Rotary detonation engine flow field testing device

Abstract

The invention discloses a rotary detonation engine flow field testing device which is composed of 144 temperature and pressure integrated sensors, a rotary detonation engine combustion chamber (9), a rotary detonation engine jet pipe contraction section (10), a rotary detonation engine jet pipe throat portion (11) and a rotary detonation engine jet pipe expansion section (12). Each group can be used for measuring the axial pressure and temperature distribution of a rotary detonation engine combustion chamber (9), a rotary detonation engine jet pipe contraction section (10), a rotary detonation engine jet pipe throat part (11) and a rotary detonation engine jet pipe expansion section (12); the eight groups of sensors can be used in combination to measure the pressure and temperature distribution of the whole flow field of a rotary detonation engine combustion chamber (9), a rotary detonation engine nozzle contraction section (10), a rotary detonation engine nozzle throat part (11) and a rotary detonation engine nozzle expansion section (12).

Description

Technical Field

[0001] The invention relates to an engine testing device, in particular to a rotating detonation engine flow field testing device. Background Art

[0002] In order to seize the commanding heights of space, the world's major space powers have vigorously developed advanced space technology. After decades of development, the technology of traditional engines using isobaric combustion mode has become relatively mature, and it is very difficult to significantly improve their specific impulse, thrust-to-weight ratio and other performance. Breakthroughs in the principles of engine thermodynamic cycles provide the possibility of further promoting the leapfrog development of my country's advanced propulsion technology. Detonation combustion uses an approximately isochoric combustion mode, which has a higher thermal cycle efficiency than the isobaric combustion mode, and has the potential to reduce the requirements of the supply pump system. Since the 21st century, engine application research based on detonation combustion has received widespread attention worldwide. How to measure the flow field of a rotating detonation engine is a research focus in this field. Summary of the invention

[0003] The present invention discloses a rotating detonation engine flow field testing device, comprising a temperature-pressure integrated sensor A1 (1-1), a temperature-pressure integrated sensor A2 (1-2), a temperature-pressure integrated sensor A3 (1-3), a temperature-pressure integrated sensor A4 (1-4), a temperature-pressure integrated sensor A5 (1-5), a temperature-pressure integrated sensor A6 (1-6), a temperature-pressure integrated sensor A7 (1-7), a temperature-pressure integrated sensor A8 (1-8), a temperature-pressure integrated sensor A9 (1-9), a temperature-pressure integrated sensor A10 (1-10), a temperature-pressure integrated sensor A11 (1-11), a temperature-pressure integrated sensor A12 (1-12), a temperature-pressure integrated sensor A13 (1-13), a temperature-pressure integrated sensor A14 (1-14), a temperature-pressure integrated sensor Temperature and pressure sensor A15 (1-15), temperature and pressure integrated sensor A16 (1-16), temperature and pressure integrated sensor A17 (1-17), temperature and pressure integrated sensor A18 (1-18), temperature and pressure integrated sensor B1 (22-1), temperature and pressure integrated sensor B2 (22-2), temperature and pressure integrated sensor B3 (22-3), temperature and pressure integrated sensor B4 (22-4), temperature and pressure integrated sensor B5 (22-5), temperature and pressure integrated sensor B6 (22-6), temperature and pressure integrated sensor B7 (22-7), temperature and pressure integrated sensor B8 (22-8), temperature and pressure integrated sensor B9 (22-9), temperature and pressure integrated sensor B10 (22-10), temperature and pressure integrated sensor B11 (22-11), temperature and pressure integrated sensor B12 (22-12), temperature and pressure integrated sensor B13 (22-13), temperature and pressure integrated sensor B14 (22-14), temperature and pressure integrated sensor B15 (22-15), temperature and pressure integrated sensor B16 (22-16), temperature and pressure integrated sensor B17 (22-17), temperature and pressure integrated sensor B18 (22-18), temperature and pressure integrated sensor C1 (3-1), temperature and pressure integrated sensor C2 (3-2), temperature and pressure integrated sensor C3 (3-3), temperature and pressure integrated sensor C4 (3-4), temperature and pressure integrated sensor C5 (3-5), temperature and pressure integrated sensor C6 (3-6), temperature and pressure integrated sensor C7 (3-7), temperature and pressure integrated sensor C8 (3-8), temperature and pressure integrated sensor C9 (3-9), integrated temperature and pressure sensor C10 (3-10), integrated temperature and pressure sensor C11 (3-11), integrated temperature and pressure sensor C12 (3-12), integrated temperature and pressure sensor C13 (3-13), integrated temperature and pressure sensor C14 (3-14), integrated temperature and pressure sensor C15 (3-15), integrated temperature and pressure sensor C16 (3-16), integrated temperature and pressure sensor C17 (3-17), integrated temperature and pressure sensor C18 (3-18), integrated temperature and pressure sensor D1 (4-1), integrated temperature and pressure sensor D2 (4-2), integrated temperature and pressure sensor D3 (4-3), integrated temperature and pressure sensor D4 (4-4), integrated temperature and pressure sensor D5 (4-5), integrated temperature and pressure sensor D6 (4-6),Temperature and pressure integrated sensor D7 (4-7), temperature and pressure integrated sensor D8 (4-8), temperature and pressure integrated sensor D9 (4-9), temperature and pressure integrated sensor D10 (4-10), temperature and pressure integrated sensor D11 (4-11), temperature and pressure integrated sensor D12 (4-12), temperature and pressure integrated sensor D13 (4-13), temperature and pressure integrated sensor D14 (4-14), temperature and pressure integrated sensor D15 (4-15), temperature and pressure integrated sensor D16 (4-16), temperature and pressure integrated sensor D17 (4-17), temperature and pressure integrated sensor D18 (4-18), temperature and pressure integrated sensor E1 (5-1), temperature and pressure integrated sensor E2 (5-2), temperature and pressure integrated sensor E3 (5-3), temperature and pressure integrated sensor Temperature and pressure sensor E4 (5-4), temperature and pressure integrated sensor E5 (5-5), temperature and pressure integrated sensor E6 (5-6), temperature and pressure integrated sensor E7 (5-7), temperature and pressure integrated sensor E8 (5-8), temperature and pressure integrated sensor E9 (5-9), temperature and pressure integrated sensor E10 (5-10), temperature and pressure integrated sensor E11 (5-11), temperature and pressure integrated sensor E12 (5-12), temperature and pressure integrated sensor E13 (5-13), temperature and pressure integrated sensor E14 (5-14), temperature and pressure integrated sensor E15 (5-15), temperature and pressure integrated sensor E16 (5-16), temperature and pressure integrated sensor E17 (5-17), temperature and pressure integrated sensor E18 (5-18), temperature and pressure integrated sensor F1 (6 -1)、Temperature and pressure integrated sensor F2(6-2)、Temperature and pressure integrated sensor F3(6-3)、Temperature and pressure integrated sensor F4(6-4)、Temperature and pressure integrated sensor F5(6-5)、Temperature and pressure integrated sensor F6(6-6)、Temperature and pressure integrated sensor F7(6-7)、Temperature and pressure integrated sensor F8(6-8)、Temperature and pressure integrated sensor F9(6-9)、Temperature and pressure integrated sensor F10(6-10)、Temperature and pressure integrated sensor F11(6-11)、Temperature and pressure integrated sensor F12(6-12)、Temperature and pressure integrated sensor F13(6-13)、Temperature and pressure integrated sensor F14(6-14)、Temperature and pressure integrated sensor F15(6-15)、Temperature and pressure integrated sensor F16(6-16)、Temperature and pressure integrated sensor Sensor F17 (6-17), temperature and pressure integrated sensor F18 (6-18), temperature and pressure integrated sensor G1 (7-1), temperature and pressure integrated sensor G2 (7-2), temperature and pressure integrated sensor G3 (7-3), temperature and pressure integrated sensor G4 (7-4), temperature and pressure integrated sensor G5 (7-5), temperature and pressure integrated sensor G6 (7-6), temperature and pressure integrated sensor G7 (7-7), temperature and pressure integrated sensor G8 (7-8), temperature and pressure integrated sensor G9 (7-9), temperature and pressure integrated sensor G10 (7-10), temperature and pressure integrated sensor G11 (7-11), temperature and pressure integrated sensor G12 (7-12), temperature and pressure integrated sensor G13 (7-13), temperature and pressure integrated sensor G14 (7-14),Temperature and pressure integrated sensor G15 (7-15), temperature and pressure integrated sensor G16 (7-16), temperature and pressure integrated sensor G17 (7-17), temperature and pressure integrated sensor G18 (7-18), temperature and pressure integrated sensor H1 (8-1), temperature and pressure integrated sensor H2 (8-2), temperature and pressure integrated sensor H3 (8-3), temperature and pressure integrated sensor H4 (8-4), temperature and pressure integrated sensor H5 (8-5), temperature and pressure integrated sensor H6 (8-6), temperature and pressure integrated sensor H7 (8-7), temperature and pressure integrated sensor H8 (8-8), temperature and pressure integrated sensor H9 (8-9), temperature and pressure integrated sensor H 10 (8-10), temperature and pressure integrated sensor H11 (8-11), temperature and pressure integrated sensor H12 (8-12), temperature and pressure integrated sensor H13 (8-13), temperature and pressure integrated sensor H14 (8-14), temperature and pressure integrated sensor H15 (8-15), temperature and pressure integrated sensor H16 (8-16), temperature and pressure integrated sensor H17 (8-17), temperature and pressure integrated sensor H18 (8-18), rotating detonation engine combustion chamber (9), rotating detonation engine nozzle contraction section (10), rotating detonation engine nozzle throat (11), rotating detonation engine nozzle expansion section (12). The flow field of the rotating detonation engine is measured by the temperature and pressure integrated sensor. BRIEF DESCRIPTION OF THE DRAWINGS

[0004] Figure 1 A rotating detonation engine flow field test device front view cross-sectional view

[0005] Figure 2 Left view of a rotating detonation engine flow field test device

[0006] Figure 3 A rotating detonation engine flow field test device cross-section BB

[0007] Figure 4 A cross-sectional view of a rotating detonation engine flow field test device

[0008] Figure 5 A cross-sectional view of a rotating detonation engine flow field test device

[0009] In the figure

[0010] 1-1. Temperature and pressure integrated sensor A1 1-2. Temperature and pressure integrated sensor A2

[0011] 1-3. Temperature and pressure integrated sensor A3 1-4. Temperature and pressure integrated sensor A4

[0012] 1-5. Temperature and pressure integrated sensor A5 1-6. Temperature and pressure integrated sensor A6

[0013] 1-7. Temperature and pressure integrated sensor A7 1-8. Temperature and pressure integrated sensor A8

[0014] 1-9. Temperature and pressure integrated sensor A9 1-10. Temperature and pressure integrated sensor A10

[0015] 1-11. Temperature and pressure integrated sensor A11 1-12. Temperature and pressure integrated sensor A12

[0016] 1-13. Temperature and pressure integrated sensor A13 1-14. Temperature and pressure integrated sensor A14

[0017] 1-15. Temperature and pressure integrated sensor A15 1-16. Temperature and pressure integrated sensor A16

[0018] 1-17. Temperature and pressure integrated sensor A17 1-18. Temperature and pressure integrated sensor A18

[0019] 2-1. Temperature and pressure integrated sensor B1 2-2. Temperature and pressure integrated sensor B2

[0020] 2-3. Temperature and pressure integrated sensor B3 2-4. Temperature and pressure integrated sensor B4

[0021] 2-5. Temperature and pressure integrated sensor B5 2-6. Temperature and pressure integrated sensor B6

[0022] 2-7. Temperature and pressure integrated sensor B7 2-8. Temperature and pressure integrated sensor B8

[0023] 2-9. Temperature and pressure integrated sensor B9 2-10. Temperature and pressure integrated sensor B10

[0024] 2-11. Temperature and pressure integrated sensor B11 2-12. Temperature and pressure integrated sensor B12

[0025] 2-13. Temperature and pressure integrated sensor B13 2-14 Temperature and pressure integrated sensor B14

[0026] 2-15. Temperature and pressure integrated sensor B15 2-16. Temperature and pressure integrated sensor B16

[0027] 2-17. Temperature and pressure integrated sensor B17 2-18. Temperature and pressure integrated sensor B18

[0028] 3-1. Temperature and pressure integrated sensor C1 3-2. Temperature and pressure integrated sensor C2

[0029] 3-3. Temperature and pressure integrated sensor C3 3-4. Temperature and pressure integrated sensor C4

[0030] 3-5. Temperature and pressure integrated sensor C5 3-6. Temperature and pressure integrated sensor C6

[0031] 3-7. Temperature and pressure integrated sensor C7 3-8. Temperature and pressure integrated sensor C8

[0032] 3-9. Temperature and pressure integrated sensor C9 3-10. Temperature and pressure integrated sensor C10

[0033] 3-11. Temperature and pressure integrated sensor C11 3-12. Temperature and pressure integrated sensor C12

[0034] 3-13. Temperature and pressure integrated sensor C13 3-14 Temperature and pressure integrated sensor C14

[0035] 3-15. Temperature and pressure integrated sensor C15 3-16. Temperature and pressure integrated sensor C16

[0036] 3-17. Temperature and pressure integrated sensor C17 3-18. Temperature and pressure integrated sensor C18

[0037] 4-1. Temperature and pressure integrated sensor D1 4-2. Temperature and pressure integrated sensor D2

[0038] 4-3. Temperature and pressure integrated sensor D3 4-4. Temperature and pressure integrated sensor D4

[0039] 4-5. Temperature and pressure integrated sensor D5 4-6. Temperature and pressure integrated sensor D6

[0040] 4-7. Temperature and pressure integrated sensor D7 4-8. Temperature and pressure integrated sensor D8

[0041] 4-9. Temperature and pressure integrated sensor D9 4-10. Temperature and pressure integrated sensor D10

[0042] 4-11. Temperature and pressure integrated sensor D11 4-12. Temperature and pressure integrated sensor D12

[0043] 4-13. Temperature and pressure integrated sensor D13 4-14. Temperature and pressure integrated sensor D14

[0044] 4-15. Temperature and pressure integrated sensor D15 4-16. Temperature and pressure integrated sensor D16

[0045] 4-17. Temperature and pressure integrated sensor D17 4-18. Temperature and pressure integrated sensor D18

[0046] 5-1. Temperature and pressure integrated sensor E1 5-2. Temperature and pressure integrated sensor E2

[0047] 5-3. Temperature and pressure integrated sensor E3 5-4. Temperature and pressure integrated sensor E4

[0048] 5-5. Temperature and pressure integrated sensor E5 5-6. Temperature and pressure integrated sensor E6

[0049] 5-7. Temperature and pressure integrated sensor E7 5-8. Temperature and pressure integrated sensor E8

[0050] 5-9. Temperature and pressure integrated sensor E9 5-10. Temperature and pressure integrated sensor E10

[0051] 5-11. Temperature and pressure integrated sensor E11 5-12. Temperature and pressure integrated sensor E12

[0052] 5-13. Temperature and pressure integrated sensor E13 5-14 Temperature and pressure integrated sensor E14

[0053] 5-15. Temperature and pressure integrated sensor E15 5-16. Temperature and pressure integrated sensor E16

[0054] 5-17. Temperature and pressure integrated sensor E17 5-18. Temperature and pressure integrated sensor E18

[0055] 6-1. Temperature and pressure integrated sensor F1 6-2. Temperature and pressure integrated sensor F2

[0056] 6-3. Temperature and pressure integrated sensor F3 6-4. Temperature and pressure integrated sensor F4

[0057] 6-5. Temperature and pressure integrated sensor F5 6-6. Temperature and pressure integrated sensor F6

[0058] 6-7. Temperature and pressure integrated sensor F7 6-B. Temperature and pressure integrated sensor F8

[0059] 6-9. Temperature and pressure integrated sensor F9 6-10. Temperature and pressure integrated sensor F10

[0060] 6-11. Temperature and pressure integrated sensor F11 6-12. Temperature and pressure integrated sensor F12

[0061] 6-13. Temperature and pressure integrated sensor F13 6-14 Temperature and pressure integrated sensor F14

[0062] 6-15. Temperature and pressure integrated sensor F15 6-16. Temperature and pressure integrated sensor F16

[0063] 6-17. Temperature and pressure integrated sensor F17 6-18. Temperature and pressure integrated sensor F18

[0064] 7-1. Temperature and pressure integrated sensor G1 7-2. Temperature and pressure integrated sensor G2

[0065] 7-3. Temperature and pressure integrated sensor G3 7-4. Temperature and pressure integrated sensor G4

[0066] 7-5. Temperature and pressure integrated sensor G5 7-6. Temperature and pressure integrated sensor G6

[0067] 7-7. Temperature and pressure integrated sensor G7 7-8. Temperature and pressure integrated sensor G8

[0068] 7-9. Temperature and pressure integrated sensor G9 7-10. Temperature and pressure integrated sensor G10

[0069] 7-11. Temperature and pressure integrated sensor G11 7-12. Temperature and pressure integrated sensor G12

[0070] 7-13. Temperature and pressure integrated sensor G13 7-14. Temperature and pressure integrated sensor G14

[0071] 7-15. Temperature and pressure integrated sensor G15 7-16. Temperature and pressure integrated sensor G16

[0072] 7-17. Temperature and pressure integrated sensor G17 7-18. Temperature and pressure integrated sensor G18

[0073] 8-1. Temperature and pressure integrated sensor H1 8-2. Temperature and pressure integrated sensor H2

[0074] 8-3. Temperature and pressure integrated sensor H3 8-4. Temperature and pressure integrated sensor H4

[0075] 8-5. Temperature and pressure integrated sensor H5 8-6. Temperature and pressure integrated sensor H6

[0076] 8-7. Temperature and pressure integrated sensor H7 8-8. Temperature and pressure integrated sensor H8

[0077] 8-9. Temperature and pressure integrated sensor H9 8-10. Temperature and pressure integrated sensor H10

[0078] 8-11. Temperature and pressure integrated sensor H11 8-12. Temperature and pressure integrated sensor H12

[0079] 8-13. Temperature and pressure integrated sensor H13 8-14 Temperature and pressure integrated sensor H14

[0080] 8-15. Temperature and pressure integrated sensor H15 8-16. Temperature and pressure integrated sensor H16

[0081] 8-17. Temperature and pressure integrated sensor H17 8-18. Temperature and pressure integrated sensor H18

[0082] 9. Rotating detonation engine combustion chamber 10. Rotating detonation engine nozzle contraction section

[0083] 11. Rotating detonation engine nozzle throat 12. Rotating detonation engine nozzle expansion section DETAILED DESCRIPTION

[0084] The specific implementation modes of the present invention are further described in detail below with reference to the accompanying drawings.

[0085] The present invention discloses a rotating detonation engine flow field testing device, comprising a temperature-pressure integrated sensor A1 (1-1), a temperature-pressure integrated sensor A2 (1-2), a temperature-pressure integrated sensor A3 (1-3), a temperature-pressure integrated sensor A4 (1-4), a temperature-pressure integrated sensor A5 (1-5), a temperature-pressure integrated sensor A6 (1-6), a temperature-pressure integrated sensor A7 (1-7), a temperature-pressure integrated sensor A8 (1-8), a temperature-pressure integrated sensor A9 (1-9), a temperature-pressure integrated sensor A10 (1-10), a temperature-pressure integrated sensor A11 (1-11), a temperature-pressure integrated sensor A12 (1-12), a temperature-pressure integrated sensor A13 (1-13), a temperature-pressure integrated sensor A14 (1-14), a temperature-pressure integrated sensor Temperature and pressure sensor A15 (1-15), temperature and pressure integrated sensor A16 (1-16), temperature and pressure integrated sensor A17 (1-17), temperature and pressure integrated sensor A18 (1-18), temperature and pressure integrated sensor B1 (22-1), temperature and pressure integrated sensor B2 (22-2), temperature and pressure integrated sensor B3 (22-3), temperature and pressure integrated sensor B4 (22-4), temperature and pressure integrated sensor B5 (22-5), temperature and pressure integrated sensor B6 (22-6), temperature and pressure integrated sensor B7 (22-7), temperature and pressure integrated sensor B8 (22-8), temperature and pressure integrated sensor B9 (22-9), temperature and pressure integrated sensor B10 (22-10), temperature and pressure integrated sensor B11 (22-11), temperature and pressure integrated sensor B12 (22-12), temperature and pressure integrated sensor B13 (22-13), temperature and pressure integrated sensor B14 (22-14), temperature and pressure integrated sensor B15 (22-15), temperature and pressure integrated sensor B16 (22-16), temperature and pressure integrated sensor B17 (22-17), temperature and pressure integrated sensor B18 (22-18), temperature and pressure integrated sensor C1 (3-1), temperature and pressure integrated sensor C2 (3-2), temperature and pressure integrated sensor C3 (3-3), temperature and pressure integrated sensor C4 (3-4), temperature and pressure integrated sensor C5 (3-5), temperature and pressure integrated sensor C6 (3-6), temperature and pressure integrated sensor C7 (3-7), temperature and pressure integrated sensor C8 (3-8), temperature and pressure integrated sensor C9 (3-9), integrated temperature and pressure sensor C10 (3-10), integrated temperature and pressure sensor C11 (3-11), integrated temperature and pressure sensor C12 (3-12), integrated temperature and pressure sensor C13 (3-13), integrated temperature and pressure sensor C14 (3-14), integrated temperature and pressure sensor C15 (3-15), integrated temperature and pressure sensor C16 (3-16), integrated temperature and pressure sensor C17 (3-17), integrated temperature and pressure sensor C18 (3-18), integrated temperature and pressure sensor D1 (4-1), integrated temperature and pressure sensor D2 (4-2), integrated temperature and pressure sensor D3 (4-3), integrated temperature and pressure sensor D4 (4-4), integrated temperature and pressure sensor D5 (4-5), integrated temperature and pressure sensor D6 (4-6),Temperature and pressure integrated sensor D7 (4-7), temperature and pressure integrated sensor D8 (4-8), temperature and pressure integrated sensor D9 (4-9), temperature and pressure integrated sensor D10 (4-10), temperature and pressure integrated sensor D11 (4-11), temperature and pressure integrated sensor D12 (4-12), temperature and pressure integrated sensor D13 (4-13), temperature and pressure integrated sensor D14 (4-14), temperature and pressure integrated sensor D15 (4-15), temperature and pressure integrated sensor D16 (4-16), temperature and pressure integrated sensor D17 (4-17), temperature and pressure integrated sensor D18 (4-18), temperature and pressure integrated sensor E1 (5-1), temperature and pressure integrated sensor E2 (5-2), temperature and pressure integrated sensor E3 (5-3), temperature and pressure integrated sensor Temperature and pressure sensor E4 (5-4), temperature and pressure integrated sensor E5 (5-5), temperature and pressure integrated sensor E6 (5-6), temperature and pressure integrated sensor E7 (5-7), temperature and pressure integrated sensor E8 (5-8), temperature and pressure integrated sensor E9 (5-9), temperature and pressure integrated sensor E10 (5-10), temperature and pressure integrated sensor E11 (5-11), temperature and pressure integrated sensor E12 (5-12), temperature and pressure integrated sensor E13 (5-13), temperature and pressure integrated sensor E14 (5-14), temperature and pressure integrated sensor E15 (5-15), temperature and pressure integrated sensor E16 (5-16), temperature and pressure integrated sensor E17 (5-17), temperature and pressure integrated sensor E18 (5-18), temperature and pressure integrated sensor F1 (6 -1)、Temperature and pressure integrated sensor F2(6-2)、Temperature and pressure integrated sensor F3(6-3)、Temperature and pressure integrated sensor F4(6-4)、Temperature and pressure integrated sensor F5(6-5)、Temperature and pressure integrated sensor F6(6-6)、Temperature and pressure integrated sensor F7(6-7)、Temperature and pressure integrated sensor F8(6-8)、Temperature and pressure integrated sensor F9(6-9)、Temperature and pressure integrated sensor F10(6-10)、Temperature and pressure integrated sensor F11(6-11)、Temperature and pressure integrated sensor F12(6-12)、Temperature and pressure integrated sensor F13(6-13)、Temperature and pressure integrated sensor F14(6-14)、Temperature and pressure integrated sensor F15(6-15)、Temperature and pressure integrated sensor F16(6-16)、Temperature and pressure integrated sensor Sensor F17 (6-17), temperature and pressure integrated sensor F18 (6-18), temperature and pressure integrated sensor G1 (7-1), temperature and pressure integrated sensor G2 (7-2), temperature and pressure integrated sensor G3 (7-3), temperature and pressure integrated sensor G4 (7-4), temperature and pressure integrated sensor G5 (7-5), temperature and pressure integrated sensor G6 (7-6), temperature and pressure integrated sensor G7 (7-7), temperature and pressure integrated sensor G8 (7-8), temperature and pressure integrated sensor G9 (7-9), temperature and pressure integrated sensor G10 (7-10), temperature and pressure integrated sensor G11 (7-11), temperature and pressure integrated sensor G12 (7-12), temperature and pressure integrated sensor G13 (7-13), temperature and pressure integrated sensor G14 (7-14),Temperature and pressure integrated sensor G15 (7-15), temperature and pressure integrated sensor G16 (7-16), temperature and pressure integrated sensor G17 (7-17), temperature and pressure integrated sensor G18 (7-18), temperature and pressure integrated sensor H1 (8-1), temperature and pressure integrated sensor H2 (8-2), temperature and pressure integrated sensor H3 (8-3), temperature and pressure integrated sensor H4 (8-4), temperature and pressure integrated sensor H5 (8-5), temperature and pressure integrated sensor H6 (8-6), temperature and pressure integrated sensor H7 (8-7), temperature and pressure integrated sensor H8 (8-8), temperature and pressure integrated sensor H9 (8-9), temperature and pressure integrated sensor H 10 (8-10), temperature and pressure integrated sensor H11 (8-11), temperature and pressure integrated sensor H12 (8-12), temperature and pressure integrated sensor H13 (8-13), temperature and pressure integrated sensor H14 (8-14), temperature and pressure integrated sensor H15 (8-15), temperature and pressure integrated sensor H16 (8-16), temperature and pressure integrated sensor H17 (8-17), temperature and pressure integrated sensor H18 (8-18), rotating detonation engine combustion chamber (9), rotating detonation engine nozzle contraction section (10), rotating detonation engine nozzle throat (11), rotating detonation engine nozzle expansion section (12).

[0086] Temperature and pressure integrated sensor A1 (1-1), temperature and pressure integrated sensor A2 (1-2), temperature and pressure integrated sensor A3 (1-3), temperature and pressure integrated sensor A4 (1-4), temperature and pressure integrated sensor A5 (1-5), temperature and pressure integrated sensor A6 (1-6), temperature and pressure integrated sensor A7 (1-7), temperature and pressure integrated sensor A8 (1-8), temperature and pressure integrated sensor A9 (1-9), temperature and pressure integrated sensor A10 (1-10), temperature and pressure integrated sensor A11 (1-11), temperature and pressure integrated sensor A12 (1-12), temperature and pressure integrated sensor A13 (1-13), temperature and pressure integrated sensor A14 (1-14), temperature-pressure integrated sensor A15 (1-15), temperature-pressure integrated sensor A16 (1-16), temperature-pressure integrated sensor A17 (1-17), and temperature-pressure integrated sensor A18 (1-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor A1 (1-1), the temperature-pressure integrated sensor A2 (1-2), the temperature-pressure integrated sensor A3 (1-3), the temperature-pressure integrated sensor A4 (1-4), the temperature-pressure integrated sensor A5 (1-5), the temperature-pressure integrated sensor A6 (1-6), the temperature-pressure integrated sensor A7 (1-7), the temperature-pressure integrated sensor The integrated sensor A8 (1-8) and the integrated temperature and pressure sensor A9 (1-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor A10 (1-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor A11 (1-11) and the integrated temperature and pressure sensor A12 (1-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); a temperature-pressure integrated sensor A13 (1-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); a temperature-pressure integrated sensor A14 (1-14), a temperature-pressure integrated sensor A15 (1-15), a temperature-pressure integrated sensor A16 (1-16), a temperature-pressure integrated sensor A17 (1-17), and a temperature-pressure integrated sensor A18 (1-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0087] Temperature and pressure integrated sensor B1 (2-1), temperature and pressure integrated sensor B2 (2-2), temperature and pressure integrated sensor B3 (2-3), temperature and pressure integrated sensor B4 (2-4), temperature and pressure integrated sensor B5 (2-5), temperature and pressure integrated sensor B6 (2-6), temperature and pressure integrated sensor B7 (2-7), temperature and pressure integrated sensor B8 (2-8), temperature and pressure integrated sensor B9 (2-9), temperature and pressure integrated sensor B10 (2-10), temperature and pressure integrated sensor B11 (2-11), temperature and pressure integrated sensor B12 (2-12), temperature and pressure integrated sensor B13 (2-13), temperature and pressure integrated sensor B14 (2-14), temperature-pressure integrated sensor B15 (2-15), temperature-pressure integrated sensor B16 (2-16), temperature-pressure integrated sensor B17 (2-17), and temperature-pressure integrated sensor B18 (2-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor B1 (2-1), the temperature-pressure integrated sensor B2 (2-2), the temperature-pressure integrated sensor B3 (2-3), the temperature-pressure integrated sensor B4 (2-4), the temperature-pressure integrated sensor B5 (2-5), the temperature-pressure integrated sensor B6 (2-6), the temperature-pressure integrated sensor B7 (2-7), the temperature-pressure integrated sensor The integrated sensor B8 (2-8) and the integrated temperature and pressure sensor B9 (2-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor B10 (2-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor B11 (2-11) and the integrated temperature and pressure sensor B12 (2-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); the integrated temperature and pressure sensor B13 (2-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); the integrated temperature and pressure sensor B14 (2-14), the integrated temperature and pressure sensor B15 (2-15), the integrated temperature and pressure sensor B16 (2-16), the integrated temperature and pressure sensor B17 (2-17), and the integrated temperature and pressure sensor B18 (2-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0088] Temperature and pressure integrated sensor C1 (3-1), temperature and pressure integrated sensor C2 (3-2), temperature and pressure integrated sensor C3 (3-3), temperature and pressure integrated sensor C4 (3-4), temperature and pressure integrated sensor C5 (3-5), temperature and pressure integrated sensor C6 (3-6), temperature and pressure integrated sensor C7 (3-7), temperature and pressure integrated sensor C8 (3-8), temperature and pressure integrated sensor C9 (3-9), temperature and pressure integrated sensor C10 (3-10), temperature and pressure integrated sensor C11 (3-11), temperature and pressure integrated sensor C12 (3-12), temperature and pressure integrated sensor C13 (3-13), temperature and pressure integrated sensor C14 (3-14), temperature-pressure integrated sensor C15 (3-15), temperature-pressure integrated sensor C16 (3-16), temperature-pressure integrated sensor C17 (3-17), and temperature-pressure integrated sensor C18 (3-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor C1 (3-1), the temperature-pressure integrated sensor C2 (3-2), the temperature-pressure integrated sensor C3 (3-3), the temperature-pressure integrated sensor C4 (3-4), the temperature-pressure integrated sensor C5 (3-5), the temperature-pressure integrated sensor C6 (3-6), the temperature-pressure integrated sensor C7 (3-7), the temperature-pressure integrated sensor The integrated sensor C8 (3-8) and the integrated temperature and pressure sensor C9 (3-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor C10 (3-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor C11 (3-11) and the integrated temperature and pressure sensor C12 (3-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); the integrated temperature and pressure sensor C13 (3-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); the integrated temperature and pressure sensor C14 (3-14), the integrated temperature and pressure sensor C15 (3-15), the integrated temperature and pressure sensor C16 (3-16), the integrated temperature and pressure sensor C17 (3-17), and the integrated temperature and pressure sensor C18 (3-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0089] Temperature and pressure integrated sensor D1 (4-1), temperature and pressure integrated sensor D2 (4-2), temperature and pressure integrated sensor D3 (4-3), temperature and pressure integrated sensor D4 (4-4), temperature and pressure integrated sensor D5 (4-5), temperature and pressure integrated sensor D6 (4-6), temperature and pressure integrated sensor D7 (4-7), temperature and pressure integrated sensor D8 (4-8), temperature and pressure integrated sensor D9 (4-9), temperature and pressure integrated sensor D10 (4-10), temperature and pressure integrated sensor D11 (4-11), temperature and pressure integrated sensor D12 (4-12), temperature and pressure integrated sensor D13 (4-13), temperature and pressure integrated sensor D14 (4-14), temperature-pressure integrated sensor D15 (4-15), temperature-pressure integrated sensor D16 (4-16), temperature-pressure integrated sensor D17 (4-17), and temperature-pressure integrated sensor D18 (4-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor D1 (4-1), the temperature-pressure integrated sensor D2 (4-2), the temperature-pressure integrated sensor D3 (4-3), the temperature-pressure integrated sensor D4 (4-4), the temperature-pressure integrated sensor D5 (4-5), the temperature-pressure integrated sensor D6 (4-6), the temperature-pressure integrated sensor D7 (4-7), the temperature-pressure integrated sensor The integrated sensor D8 (4-8) and the integrated temperature and pressure sensor D9 (4-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor D10 (4-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor D11 (4-11) and the integrated temperature and pressure sensor D12 (4-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); the integrated temperature and pressure sensor D13 (4-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); the integrated temperature and pressure sensor D14 (4-14), the integrated temperature and pressure sensor D15 (4-15), the integrated temperature and pressure sensor D16 (4-16), the integrated temperature and pressure sensor D17 (4-17), and the integrated temperature and pressure sensor D18 (4-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0090] Temperature and pressure integrated sensor E1 (5-1), temperature and pressure integrated sensor E2 (5-2), temperature and pressure integrated sensor E3 (5-3), temperature and pressure integrated sensor E4 (5-4), temperature and pressure integrated sensor E5 (5-5), temperature and pressure integrated sensor E6 (5-6), temperature and pressure integrated sensor E7 (5-7), temperature and pressure integrated sensor E8 (5-8), temperature and pressure integrated sensor E9 (5-9), temperature and pressure integrated sensor E10 (5-10), temperature and pressure integrated sensor E11 (5-11), temperature and pressure integrated sensor E12 (5-12), temperature and pressure integrated sensor E13 (5-13), temperature and pressure integrated sensor E14 (5-14), temperature-pressure integrated sensor E15 (5-15), temperature-pressure integrated sensor E16 (5-16), temperature-pressure integrated sensor E17 (5-17), and temperature-pressure integrated sensor E18 (5-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor E1 (5-1), the temperature-pressure integrated sensor E2 (5-2), the temperature-pressure integrated sensor E3 (5-3), the temperature-pressure integrated sensor E4 (5-4), the temperature-pressure integrated sensor E5 (5-5), the temperature-pressure integrated sensor E6 (5-6), the temperature-pressure integrated sensor E7 (5-7), the temperature-pressure integrated sensor The integrated sensor E8 (5-8) and the integrated temperature and pressure sensor E9 (5-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor E10 (5-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor E11 (5-11) and the integrated temperature and pressure sensor E12 (5-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); the integrated temperature and pressure sensor E13 (5-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); the integrated temperature and pressure sensor E14 (5-14), the integrated temperature and pressure sensor E15 (5-15), the integrated temperature and pressure sensor E16 (5-16), the integrated temperature and pressure sensor E17 (5-17), and the integrated temperature and pressure sensor E18 (5-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0091] Temperature and pressure integrated sensor F1 (6-1), temperature and pressure integrated sensor F2 (6-2), temperature and pressure integrated sensor F3 (6-3), temperature and pressure integrated sensor F4 (6-4), temperature and pressure integrated sensor F5 (6-5), temperature and pressure integrated sensor F6 (6-6), temperature and pressure integrated sensor F7 (6-7), temperature and pressure integrated sensor F8 (6-8), temperature and pressure integrated sensor F9 (6-9), temperature and pressure integrated sensor F10 (6-10), temperature and pressure integrated sensor F11 (6-11), temperature and pressure integrated sensor F12 (6-12), temperature and pressure integrated sensor F13 (6-13), temperature and pressure integrated sensor F14 (6-14), temperature-pressure integrated sensor F15 (6-15), temperature-pressure integrated sensor F16 (6-16), temperature-pressure integrated sensor F17 (6-17), and temperature-pressure integrated sensor F18 (6-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor F1 (6-1), the temperature-pressure integrated sensor F2 (6-2), the temperature-pressure integrated sensor F3 (6-3), the temperature-pressure integrated sensor F4 (6-4), the temperature-pressure integrated sensor F5 (6-5), the temperature-pressure integrated sensor F6 (6-6), the temperature-pressure integrated sensor F7 (6-7), the temperature-pressure integrated sensor The integrated sensor F8 (6-8) and the integrated temperature and pressure sensor F9 (6-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor F10 (6-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor F11 (6-11) and the integrated temperature and pressure sensor F12 (6-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); a temperature-pressure integrated sensor F13 (6-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); a temperature-pressure integrated sensor F14 (6-14), a temperature-pressure integrated sensor F15 (6-15), a temperature-pressure integrated sensor F16 (6-16), a temperature-pressure integrated sensor F17 (6-17), and a temperature-pressure integrated sensor F18 (6-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0092] Temperature and pressure integrated sensor G1 (7-1), temperature and pressure integrated sensor G2 (7-2), temperature and pressure integrated sensor G3 (7-3), temperature and pressure integrated sensor G4 (7-4), temperature and pressure integrated sensor G5 (7-5), temperature and pressure integrated sensor G6 (7-6), temperature and pressure integrated sensor G7 (7-7), temperature and pressure integrated sensor G8 (7-8), temperature and pressure integrated sensor G9 (7-9), temperature and pressure integrated sensor G10 (7-10), temperature and pressure integrated sensor G11 (7-11), temperature and pressure integrated sensor G12 (7-12), temperature and pressure integrated sensor G13 (7-13), temperature and pressure integrated sensor G14 (7-14), temperature and pressure integrated sensor G15 (7-15), temperature and pressure integrated sensor G16 (7-16), temperature and pressure integrated sensor G17 (7-17), and temperature and pressure integrated sensor G18 (7-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature and pressure integrated sensor G1 (7-1), the temperature and pressure integrated sensor G2 (7-2), the temperature and pressure integrated sensor G3 (7-3), the temperature and pressure integrated sensor G4 (7-4), the temperature and pressure integrated sensor G5 (7-5), the temperature and pressure integrated sensor G6 (7-6), the temperature and pressure integrated sensor G7 (7-7), the temperature and pressure integrated sensor The integrated sensor G8 (7-8) and the integrated temperature and pressure sensor G9 (7-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor G10 (7-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor G11 (7-11) and the integrated temperature and pressure sensor G12 (7-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10) pressure and temperature distribution; the temperature-pressure integrated sensor G13 (7-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); the temperature-pressure integrated sensor G14 (7-14), the temperature-pressure integrated sensor G15 (7-15), the temperature-pressure integrated sensor G16 (7-16), the temperature-pressure integrated sensor G17 (7-17), and the temperature-pressure integrated sensor G18 (7-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0093] Temperature and pressure integrated sensor H1 (8-1), temperature and pressure integrated sensor H2 (8-2), temperature and pressure integrated sensor H3 (8-3), temperature and pressure integrated sensor H4 (8-4), temperature and pressure integrated sensor H5 (8-5), temperature and pressure integrated sensor H6 (8-6), temperature and pressure integrated sensor H7 (8-7), temperature and pressure integrated sensor H8 (8-8), temperature and pressure integrated sensor H9 (8-9), temperature and pressure integrated sensor H10 (8-10), temperature and pressure integrated sensor H11 (8-11), temperature and pressure integrated sensor H12 (8-12), temperature and pressure integrated sensor H13 (8-13), temperature and pressure integrated sensor H14 (8-14), temperature and pressure integrated sensor H15 (8-15), temperature and pressure integrated sensor H16 (8-16), temperature and pressure integrated sensor H17 (8-17), and temperature and pressure integrated sensor H18 (8-18) are arranged in a row along the axis of the combustion chamber (9) of the rotating detonation engine in an equidistant manner, wherein the temperature and pressure integrated sensor H1 (8-1), the temperature and pressure integrated sensor H2 (8-2), the temperature and pressure integrated sensor H3 (8-3), the temperature and pressure integrated sensor H4 (8-4), the temperature and pressure integrated sensor H5 (8-5), the temperature and pressure integrated sensor H6 (8-6), the temperature and pressure integrated sensor H7 (8-7), the temperature and pressure integrated sensor The integrated sensor H8 (8-8) and the integrated temperature and pressure sensor H9 (8-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the integrated temperature and pressure sensor H10 (8-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the integrated temperature and pressure sensor H11 (8-11) and the integrated temperature and pressure sensor H12 (8-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the nozzle contraction section ( 10); the integrated temperature and pressure sensor H13 (8-13) is installed on the rotating detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotating detonation engine nozzle throat (11); the integrated temperature and pressure sensor H14 (8-14), the integrated temperature and pressure sensor H15 (8-15), the integrated temperature and pressure sensor H16 (8-16), the integrated temperature and pressure sensor H17 (8-17), and the integrated temperature and pressure sensor H18 (8-18) are installed in sequence on the rotating detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotating detonation engine nozzle expansion section (12).

[0094] {Temperature and pressure integrated sensor A1(1-1), Temperature and pressure integrated sensor A2(1-2), Temperature and pressure integrated sensor A3(1-3), Temperature and pressure integrated sensor A4(1-4), Temperature and pressure integrated sensor A5(1-5), Temperature and pressure integrated sensor A6(1-6), Temperature and pressure integrated sensor A7(1-7), Temperature and pressure integrated sensor A8(1-8), Temperature and pressure integrated sensor A9(1-9), Temperature and pressure integrated sensor A10(1-10), Temperature and pressure integrated sensor A11(1-11), Temperature and pressure integrated sensor A12(1-12), Temperature and pressure integrated sensor A13(1-13), Temperature and pressure integrated sensor A14(1-14), Temperature and pressure integrated sensor A15(1-15), Temperature and pressure integrated sensor A16 (1-16), temperature and pressure integrated sensor A17 (1-17), temperature and pressure integrated sensor A18 (1-18)}, {temperature and pressure integrated sensor B1 (22-1), temperature and pressure integrated sensor B2 (22-2), temperature and pressure integrated sensor B3 (22-3), temperature and pressure integrated sensor B4 (22-4), temperature and pressure integrated sensor B5 (22-5), temperature and pressure integrated sensor B6 (22-6), temperature and pressure integrated sensor B7 (22-7), temperature and pressure integrated sensor B8 (22-8), temperature and pressure integrated sensor B9 (22-9), temperature and pressure integrated sensor B10 (22-10), temperature and pressure integrated sensor B11 (22-11), temperature and pressure integrated sensor B12 (22-12), temperature and pressure integrated sensor B 13 (22-13), temperature and pressure integrated sensor B14 (22-14), temperature and pressure integrated sensor B15 (22-15), temperature and pressure integrated sensor B16 (22-16), temperature and pressure integrated sensor B17 (22-17), temperature and pressure integrated sensor B18 (22-18)}, {temperature and pressure integrated sensor C1 (3-1), temperature and pressure integrated sensor C2 (3-2), temperature and pressure integrated sensor C3 (3-3), temperature and pressure integrated sensor C4 (3-4), temperature and pressure integrated sensor C5 (3-5), temperature and pressure integrated sensor C6 (3-6), temperature and pressure integrated sensor C7 (3-7), temperature and pressure integrated sensor C8 (3-8), temperature and pressure integrated sensor C9 (3-9), temperature and pressure integrated sensor C10 ( 3-10), temperature and pressure integrated sensor C11 (3-11), temperature and pressure integrated sensor C12 (3-12), temperature and pressure integrated sensor C13 (3-13), temperature and pressure integrated sensor C14 (3-14), temperature and pressure integrated sensor C15 (3-15), temperature and pressure integrated sensor C16 (3-16), temperature and pressure integrated sensor C17 (3-17), temperature and pressure integrated sensor C18 (3-18)}, {temperature and pressure integrated sensor D1 (4-1), temperature and pressure integrated sensor D2 (4-2), temperature and pressure integrated sensor D3 (4-3), temperature and pressure integrated sensor D4 (4-4), temperature and pressure integrated sensor D5 (4-5), temperature and pressure integrated sensor D6 (4-6), temperature and pressure integrated sensor D7 (4-7),Temperature and pressure integrated sensor D8 (4-8), temperature and pressure integrated sensor D9 (4-9), temperature and pressure integrated sensor D10 (4-10), temperature and pressure integrated sensor D11 (4-11), temperature and pressure integrated sensor D12 (4-12), temperature and pressure integrated sensor D13 (4-13), temperature and pressure integrated sensor D14 (4-14), temperature and pressure integrated sensor D15 (4-15), temperature and pressure integrated sensor D16 (4-16), temperature and pressure integrated sensor D17 (4-17), temperature and pressure integrated sensor D18 (4-18)}, {temperature and pressure integrated sensor E1 (5-1), temperature and pressure integrated sensor E2 (5-2), temperature and pressure integrated sensor E3 (5-3), temperature and pressure integrated sensor E4 (5-4), temperature and pressure integrated sensor Integrated temperature and pressure sensor E5 (5-5), integrated temperature and pressure sensor E6 (5-6), integrated temperature and pressure sensor E7 (5-7), integrated temperature and pressure sensor E8 (5-8), integrated temperature and pressure sensor E9 (5-9), integrated temperature and pressure sensor E10 (5-10), integrated temperature and pressure sensor E11 (5-11), integrated temperature and pressure sensor E12 (5-12), integrated temperature and pressure sensor E13 (5-13), integrated temperature and pressure sensor E14 (5-14), integrated temperature and pressure sensor E15 (5-15), integrated temperature and pressure sensor E16 (5-16), integrated temperature and pressure sensor E17 (5-17), integrated temperature and pressure sensor E18 (5-18)}, {integrated temperature and pressure sensor F1 (6-1), integrated temperature and pressure sensor Integrated sensor F2 (6-2), integrated temperature and pressure sensor F3 (6-3), integrated temperature and pressure sensor F4 (6-4), integrated temperature and pressure sensor F5 (6-5), integrated temperature and pressure sensor F6 (6-6), integrated temperature and pressure sensor F7 (6-7), integrated temperature and pressure sensor F8 (6-8), integrated temperature and pressure sensor F9 (6-9), integrated temperature and pressure sensor F10 (6-10), integrated temperature and pressure sensor F11 (6-11), integrated temperature and pressure sensor F12 (6-12), integrated temperature and pressure sensor F13 (6-13), integrated temperature and pressure sensor F14 (6-14), integrated temperature and pressure sensor F15 (6-15), integrated temperature and pressure sensor F16 (6-16), integrated temperature and pressure sensor F1 7 (6-17), temperature and pressure integrated sensor F18 (6-18)}, {temperature and pressure integrated sensor G1 (7-1), temperature and pressure integrated sensor G2 (7-2), temperature and pressure integrated sensor G3 (7-3), temperature and pressure integrated sensor G4 (7-4), temperature and pressure integrated sensor G5 (7-5), temperature and pressure integrated sensor G6 (7-6), temperature and pressure integrated sensor G7 (7-7), temperature and pressure integrated sensor G8 (7-8), temperature and pressure integrated sensor G9 (7-9), temperature and pressure integrated sensor G10 (7-10), temperature and pressure integrated sensor G11 (7-11), temperature and pressure integrated sensor G12 (7-12), temperature and pressure integrated sensor G13 (7-13), temperature and pressure integrated sensor G14 (7-14),Temperature and pressure integrated sensor G15 (7-15), temperature and pressure integrated sensor G16 (7-16), temperature and pressure integrated sensor G17 (7-17), temperature and pressure integrated sensor G18 (7-18)}, {temperature and pressure integrated sensor H1 (8-1), temperature and pressure integrated sensor H2 (8-2), temperature and pressure integrated sensor H3 (8-3), temperature and pressure integrated sensor H4 (8-4), temperature and pressure integrated sensor H5 (8-5), temperature and pressure integrated sensor H6 (8-6), temperature and pressure integrated sensor H7 (8-7), temperature and pressure integrated sensor H8 (8-8), temperature and pressure integrated sensor H9 (8-9), temperature and pressure integrated sensor H10 (8-10), temperature and pressure integrated sensor H11 (8-11), temperature and pressure integrated sensor H12 (8-12), temperature and pressure integrated sensor H13 (8-13), temperature and pressure integrated sensor H14 (8-14), temperature and pressure integrated sensor H15 (8-15), temperature and pressure integrated sensor Each of the eight groups of sensors, i.e., integrated sensor H16 (8-16), integrated temperature and pressure sensor H17 (8-17), and integrated temperature and pressure sensor H18 (8-18), can be used to measure the pressure and temperature distribution along the axial direction of the rotating detonation engine combustion chamber (9), the rotating detonation engine nozzle contraction section (10), the rotating detonation engine nozzle throat (11), and the rotating detonation engine nozzle expansion section (12). The eight groups of sensors can be used in combination to measure the pressure and temperature distribution along the circumferential direction of the rotating detonation engine combustion chamber (9), the rotating detonation engine nozzle contraction section (10), the rotating detonation engine nozzle throat (11), and the rotating detonation engine nozzle expansion section (12), thereby obtaining the pressure and temperature distribution of the entire flow field of the rotating detonation engine combustion chamber (9), the rotating detonation engine nozzle contraction section (10), the rotating detonation engine nozzle throat (11), and the rotating detonation engine nozzle expansion section (12).

[0095] The contents not described in detail in the present invention are well known to those skilled in the art.

Claims

1. A rotating detonation engine flow field test device, characterized in that Composed of temperature and pressure integrated sensor A1 (1-1), temperature and pressure integrated sensor A2 (1-2), temperature and pressure integrated sensor A3 (1-3), temperature and pressure integrated sensor A4 (1-4), temperature and pressure integrated sensor A5 (1-5), temperature and pressure integrated sensor A6 (1-6), temperature and pressure integrated sensor A7 (1-7), temperature and pressure integrated sensor A8 (1-8), temperature and pressure integrated sensor A9 (1-9), temperature and pressure integrated sensor A10 (1-10), temperature and pressure integrated sensor A11 (1-11), temperature and pressure integrated sensor A12 (1-12), temperature and pressure integrated sensor A13 (1-13), temperature and pressure integrated sensor A14 (1-14), temperature and pressure integrated sensor A15 (1-15), temperature and pressure integrated sensor A1 6 (1-16), temperature and pressure integrated sensor A17 (1-17), temperature and pressure integrated sensor A18 (1-18), temperature and pressure integrated sensor B1 (22-1), temperature and pressure integrated sensor B2 (22-2), temperature and pressure integrated sensor B3 (22-3), temperature and pressure integrated sensor B4 (22-4), temperature and pressure integrated sensor B5 (22-5), temperature and pressure integrated sensor B6 (22-6), temperature and pressure integrated sensor B7 (22-7), temperature and pressure integrated sensor B8 (22-8), temperature and pressure integrated sensor B9 (22-9), temperature and pressure integrated sensor B10 (22-10), temperature and pressure integrated sensor B11 (22-11), temperature and pressure integrated sensor B12 (22-12), temperature and pressure integrated sensor B13 (22-13), temperature and pressure integrated sensor B14 (22-14), temperature and pressure integrated sensor B15 (22-15), temperature and pressure integrated sensor B16 (22-16), temperature and pressure integrated sensor B17 (22-17), temperature and pressure integrated sensor B18 (22-18), temperature and pressure integrated sensor C1 (3-1), temperature and pressure integrated sensor C2 (3-2), temperature and pressure integrated sensor C3 (3-3), temperature and pressure integrated sensor C4 (3-4), temperature and pressure integrated sensor C5 (3-5), temperature and pressure integrated sensor C6 (3-6), temperature and pressure integrated sensor C7 (3-7), temperature and pressure integrated sensor C8 (3-8), temperature and pressure integrated sensor C9 (3-9), temperature and pressure integrated sensor C10 ( 3-10), temperature and pressure integrated sensor C11 (3-11), temperature and pressure integrated sensor C12 (3-12), temperature and pressure integrated sensor C13 (3-13), temperature and pressure integrated sensor C14 (3-14), temperature and pressure integrated sensor C15 (3-15), temperature and pressure integrated sensor C16 (3-16), temperature and pressure integrated sensor C17 (3-17), temperature and pressure integrated sensor C18 (3-18), temperature and pressure integrated sensor D1 (4-1), temperature and pressure integrated sensor D2 (4-2), temperature and pressure integrated sensor D3 (4-3), temperature and pressure integrated sensor D4 (4-4), temperature and pressure integrated sensor D5 (4-5), temperature and pressure integrated sensor D6 (4-6), temperature and pressure integrated sensor D7 (4-7),Temperature and pressure integrated sensor D8 (4-8), temperature and pressure integrated sensor D9 (4-9), temperature and pressure integrated sensor D10 (4-10), temperature and pressure integrated sensor D11 (4-11), temperature and pressure integrated sensor D12 (4-12), temperature and pressure integrated sensor D13 (4-13), temperature and pressure integrated sensor D14 (4-14), temperature and pressure integrated sensor D15 (4-15), temperature and pressure integrated sensor D16 (4-16), temperature and pressure integrated sensor D17 (4-17), temperature and pressure integrated sensor D18 (4-18), temperature and pressure integrated sensor E1 (5-1), temperature and pressure integrated sensor E2 (5-2), temperature and pressure integrated sensor E3 (5-3), temperature and pressure integrated sensor E4 (5-4), temperature and pressure integrated sensor E5 (5-5), temperature and pressure integrated sensor E6 (5-6), temperature and pressure integrated sensor E7 (5-7), temperature and pressure integrated sensor E8 (5-8), temperature and pressure integrated sensor E9 (5-9), temperature and pressure integrated sensor E10 (5-10), temperature and pressure integrated sensor E11 (5-11), temperature and pressure integrated sensor E12 (5-12), temperature and pressure integrated sensor E13 (5-13), temperature and pressure integrated sensor E14 (5-14), temperature and pressure integrated sensor E15 (5-15), temperature and pressure integrated sensor E16 (5-16), temperature and pressure integrated sensor E17 (5-17), temperature and pressure integrated sensor E18 (5-18), temperature and pressure integrated sensor F1 (6-1), temperature and pressure integrated sensor F2 (6- 2) Temperature and pressure integrated sensor F3 (6-3), Temperature and pressure integrated sensor F4 (6-4), Temperature and pressure integrated sensor F5 (6-5), Temperature and pressure integrated sensor F6 (6-6), Temperature and pressure integrated sensor F7 (6-7), Temperature and pressure integrated sensor F8 (6-8), Temperature and pressure integrated sensor F9 (6-9), Temperature and pressure integrated sensor F10 (6-10), Temperature and pressure integrated sensor F11 (6-11), Temperature and pressure integrated sensor F12 (6-12), Temperature and pressure integrated sensor F13 (6-13), Temperature and pressure integrated sensor F14 (6-14), Temperature and pressure integrated sensor F15 (6-15), Temperature and pressure integrated sensor F16 (6-16), Temperature and pressure integrated sensor F17 (6-17), Temperature and pressure integrated sensor Sensor F18 (6-18), temperature and pressure integrated sensor G1 (7-1), temperature and pressure integrated sensor G2 (7-2), temperature and pressure integrated sensor G3 (7-3), temperature and pressure integrated sensor G4 (7-4), temperature and pressure integrated sensor G5 (7-5), temperature and pressure integrated sensor G6 (7-6), temperature and pressure integrated sensor G7 (7-7), temperature and pressure integrated sensor G8 (7-8), temperature and pressure integrated sensor G9 (7-9), temperature and pressure integrated sensor G10 (7-10), temperature and pressure integrated sensor G11 (7-11), temperature and pressure integrated sensor G12 (7-12), temperature and pressure integrated sensor G13 (7-13), temperature and pressure integrated sensor G14 (7-14), temperature and pressure integrated sensor G15 (7-15),Temperature and pressure integrated sensor G16 (7-16), temperature and pressure integrated sensor G17 (7-17), temperature and pressure integrated sensor G18 (7-18), temperature and pressure integrated sensor H1 (8-1), temperature and pressure integrated sensor H2 (8-2), temperature and pressure integrated sensor H3 (8-3), temperature and pressure integrated sensor H4 (8-4), temperature and pressure integrated sensor H5 (8-5), temperature and pressure integrated sensor H6 (8-6), temperature and pressure integrated sensor H7 (8-7), temperature and pressure integrated sensor H8 (8-8), temperature and pressure integrated sensor H9 (8-9), temperature and pressure integrated sensor H10 (8-10) 、It is composed of a temperature-pressure integrated sensor H11 (8-11), a temperature-pressure integrated sensor H12 (8-12), a temperature-pressure integrated sensor H13 (8-13), a temperature-pressure integrated sensor H14 (8-14), a temperature-pressure integrated sensor H15 (8-15), a temperature-pressure integrated sensor H16 (8-16), a temperature-pressure integrated sensor H17 (8-17), a temperature-pressure integrated sensor H18 (8-18), a rotating detonation engine combustion chamber (9), a rotating detonation engine nozzle contraction section (10), a rotating detonation engine nozzle throat (11), and a rotating detonation engine nozzle expansion section (12). 、 2. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor A1 (1-1), a temperature-pressure integrated sensor A2 (1-2), a temperature-pressure integrated sensor A3 (1-3), a temperature-pressure integrated sensor A4 (1-4), a temperature-pressure integrated sensor A5 (1-5), a temperature-pressure integrated sensor A6 (1-6), a temperature-pressure integrated sensor A7 (1-7), a temperature-pressure integrated sensor A8 (1-8), a temperature-pressure integrated sensor A9 (1-9), a temperature-pressure integrated sensor A10 (1-10), a temperature-pressure integrated sensor A11 (1-11), a temperature-pressure integrated sensor A12 (1-12), a temperature-pressure integrated sensor The body sensor A13 (1-13), the temperature-pressure integrated sensor A14 (1-14), the temperature-pressure integrated sensor A15 (1-15), the temperature-pressure integrated sensor A16 (1-16), the temperature-pressure integrated sensor A17 (1-17), and the temperature-pressure integrated sensor A18 (1-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor A1 (1-1), the temperature-pressure integrated sensor A2 (1-2), the temperature-pressure integrated sensor A3 (1-3), the temperature-pressure integrated sensor A4 (1-4), the temperature-pressure integrated sensor A5 (1-5), the temperature-pressure integrated sensor A6 (1-6), the temperature-pressure integrated sensor A7 (1-7), and the temperature-pressure integrated sensor A8 (1-8). The body sensor A7 (1-7), the temperature-pressure integrated sensor A8 (1-8) and the temperature-pressure integrated sensor A9 (1-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor A10 (1-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor A11 (1-11) and the temperature-pressure integrated sensor A12 (1-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention discloses a rotary detonation engine nozzle expansion section (12) and a rotary detonation engine nozzle expansion section (12) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor A13 (1-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor A14 (1-14), a temperature-pressure integrated sensor A15 (1-15), a temperature-pressure integrated sensor A16 (1-16), a temperature-pressure integrated sensor A17 (1-17), and a temperature-pressure integrated sensor A18 (1-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

3. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor B1 (2-1), a temperature-pressure integrated sensor B2 (2-2), a temperature-pressure integrated sensor B3 (2-3), a temperature-pressure integrated sensor B4 (2-4), a temperature-pressure integrated sensor B5 (2-5), a temperature-pressure integrated sensor B6 (2-6), a temperature-pressure integrated sensor B7 (2-7), a temperature-pressure integrated sensor B8 (2-8), a temperature-pressure integrated sensor B9 (2-9), a temperature-pressure integrated sensor B10 (2-10), a temperature-pressure integrated sensor B11 (2-11), a temperature-pressure integrated sensor B12 (2-12), a temperature-pressure integrated sensor The body sensor B13 (2-13), the temperature-pressure integrated sensor B14 (2-14), the temperature-pressure integrated sensor B15 (2-15), the temperature-pressure integrated sensor B16 (2-16), the temperature-pressure integrated sensor B17 (2-17), and the temperature-pressure integrated sensor B18 (2-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor B1 (2-1), the temperature-pressure integrated sensor B2 (2-2), the temperature-pressure integrated sensor B3 (2-3), the temperature-pressure integrated sensor B4 (2-4), the temperature-pressure integrated sensor B5 (2-5), the temperature-pressure integrated sensor B6 (2-6), the temperature-pressure integrated sensor B7 (2-7), the temperature-pressure integrated sensor B8 (2-8), the temperature-pressure integrated sensor B9 (2-9), the temperature-pressure integrated sensor B10 (2-11), the temperature-pressure integrated sensor B11 (2-12), the temperature-pressure integrated sensor B12 (2-23), the temperature-pressure integrated sensor B13 (2-13), the temperature-pressure integrated sensor B14 (2-14), the temperature-pressure integrated sensor B15 (2-5), the temperature-pressure integrated sensor B16 (2-16), the temperature-pressure integrated sensor B17 (2-17), and the temperature-pressure integrated sensor B18 (2-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor B1 The body sensor B7 (2-7), the temperature-pressure integrated sensor B8 (2-8) and the temperature-pressure integrated sensor B9 (2-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor B10 (2-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor B11 (2-11) and the temperature-pressure integrated sensor B12 (2-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention discloses a rotary detonation engine nozzle expansion section (12) and a rotary detonation engine nozzle expansion section (12) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor B13 (2-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor B14 (2-14), a temperature-pressure integrated sensor B15 (2-15), a temperature-pressure integrated sensor B16 (2-16), a temperature-pressure integrated sensor B17 (2-17) and a temperature-pressure integrated sensor B18 (2-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

4. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor C1 (3-1), a temperature-pressure integrated sensor C2 (3-2), a temperature-pressure integrated sensor C3 (3-3), a temperature-pressure integrated sensor C4 (3-4), a temperature-pressure integrated sensor C5 (3-5), a temperature-pressure integrated sensor C6 (3-6), a temperature-pressure integrated sensor C7 (3-7), a temperature-pressure integrated sensor C8 (3-8), a temperature-pressure integrated sensor C9 (3-9), a temperature-pressure integrated sensor C10 (3-10), a temperature-pressure integrated sensor C11 (3-11), a temperature-pressure integrated sensor C12 (3-12), a temperature-pressure integrated sensor The body sensor C13 (3-13), the temperature-pressure integrated sensor C14 (3-14), the temperature-pressure integrated sensor C15 (3-15), the temperature-pressure integrated sensor C16 (3-16), the temperature-pressure integrated sensor C17 (3-17), and the temperature-pressure integrated sensor C18 (3-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor C1 (3-1), the temperature-pressure integrated sensor C2 (3-2), the temperature-pressure integrated sensor C3 (3-3), the temperature-pressure integrated sensor C4 (3-4), the temperature-pressure integrated sensor C5 (3-5), the temperature-pressure integrated sensor C6 (3-6), the temperature-pressure integrated sensor The body sensor C7 (3-7), the temperature-pressure integrated sensor C8 (3-8) and the temperature-pressure integrated sensor C9 (3-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor C10 (3-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor C11 (3-11) and the temperature-pressure integrated sensor C12 (3-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention relates to a rotary detonation engine nozzle contraction section (10) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor C13 (3-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor C14 (3-14), a temperature-pressure integrated sensor C15 (3-15), a temperature-pressure integrated sensor C16 (3-16), a temperature-pressure integrated sensor C17 (3-17), and a temperature-pressure integrated sensor C18 (3-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

5. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor D1 (4-1), a temperature-pressure integrated sensor D2 (4-2), a temperature-pressure integrated sensor D3 (4-3), a temperature-pressure integrated sensor D4 (4-4), a temperature-pressure integrated sensor D5 (4-5), a temperature-pressure integrated sensor D6 (4-6), a temperature-pressure integrated sensor D7 (4-7), a temperature-pressure integrated sensor D8 (4-8), a temperature-pressure integrated sensor D9 (4-9), a temperature-pressure integrated sensor D10 (4-10), a temperature-pressure integrated sensor D11 (4-11), a temperature-pressure integrated sensor D12 (4-12), a temperature-pressure integrated sensor The body sensor D13 (4-13), the temperature-pressure integrated sensor D14 (4-14), the temperature-pressure integrated sensor D15 (4-15), the temperature-pressure integrated sensor D16 (4-16), the temperature-pressure integrated sensor D17 (4-17), and the temperature-pressure integrated sensor D18 (4-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor D1 (4-1), the temperature-pressure integrated sensor D2 (4-2), the temperature-pressure integrated sensor D3 (4-3), the temperature-pressure integrated sensor D4 (4-4), the temperature-pressure integrated sensor D5 (4-5), the temperature-pressure integrated sensor D6 (4-6), and the temperature-pressure integrated sensor D7 (4-7). The body sensor D7 (4-7), the temperature-pressure integrated sensor D8 (4-8) and the temperature-pressure integrated sensor D9 (4-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor D10 (4-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor D11 (4-11) and the temperature-pressure integrated sensor D12 (4-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention discloses a rotary detonation engine nozzle expansion section (12) and a rotary detonation engine nozzle expansion section (12) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor D13 (4-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor D14 (4-14), a temperature-pressure integrated sensor D15 (4-15), a temperature-pressure integrated sensor D16 (4-16), a temperature-pressure integrated sensor D17 (4-17) and a temperature-pressure integrated sensor D18 (4-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

6. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor E1 (5-1), a temperature-pressure integrated sensor E2 (5-2), a temperature-pressure integrated sensor E3 (5-3), a temperature-pressure integrated sensor E4 (5-4), a temperature-pressure integrated sensor E5 (5-5), a temperature-pressure integrated sensor E6 (5-6), a temperature-pressure integrated sensor E7 (5-7), a temperature-pressure integrated sensor E8 (5-8), a temperature-pressure integrated sensor E9 (5-9), a temperature-pressure integrated sensor E10 (5-10), a temperature-pressure integrated sensor E11 (5-11), a temperature-pressure integrated sensor E12 (5-12), a temperature-pressure integrated sensor The body sensor E13 (5-13), the temperature-pressure integrated sensor E14 (5-14), the temperature-pressure integrated sensor E15 (5-15), the temperature-pressure integrated sensor E16 (5-16), the temperature-pressure integrated sensor E17 (5-17), and the temperature-pressure integrated sensor E18 (5-18) are arranged in a row at equal intervals along the axis of the combustion chamber (9) of the rotating detonation engine, wherein the temperature-pressure integrated sensor E1 (5-1), the temperature-pressure integrated sensor E2 (5-2), the temperature-pressure integrated sensor E3 (5-3), the temperature-pressure integrated sensor E4 (5-4), the temperature-pressure integrated sensor E5 (5-5), the temperature-pressure integrated sensor E6 (5-6), the temperature-pressure integrated sensor E7 (5-7), and the temperature-pressure integrated sensor E8 (5-8). The body sensor E7 (5-7), the temperature-pressure integrated sensor E8 (5-8) and the temperature-pressure integrated sensor E9 (5-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor E10 (5-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor E11 (5-11) and the temperature-pressure integrated sensor E12 (5-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention discloses a rotary detonation engine nozzle expansion section (12) and a rotary detonation engine nozzle expansion section (12) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor E13 (5-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor E14 (5-14), a temperature-pressure integrated sensor E15 (5-15), a temperature-pressure integrated sensor E16 (5-16), a temperature-pressure integrated sensor E17 (5-17), and a temperature-pressure integrated sensor E18 (5-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

7. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor F1 (6-1), a temperature-pressure integrated sensor F2 (6-2), a temperature-pressure integrated sensor F3 (6-3), a temperature-pressure integrated sensor F4 (6-4), a temperature-pressure integrated sensor F5 (6-5), a temperature-pressure integrated sensor F6 (6-6), a temperature-pressure integrated sensor F7 (6-7), a temperature-pressure integrated sensor F8 (6-8), a temperature-pressure integrated sensor F9 (6-9), a temperature-pressure integrated sensor F10 (6-10), a temperature-pressure integrated sensor F11 (6-11), a temperature-pressure integrated sensor F12 (6-12), a temperature-pressure integrated sensor The body sensor F13 (6-13), the temperature-pressure integrated sensor F14 (6-14), the temperature-pressure integrated sensor F15 (6-15), the temperature-pressure integrated sensor F16 (6-16), the temperature-pressure integrated sensor F17 (6-17), and the temperature-pressure integrated sensor F18 (6-18) are arranged in a row at equal intervals along the axis of the combustion chamber (9) of the rotating detonation engine, wherein the temperature-pressure integrated sensor F1 (6-1), the temperature-pressure integrated sensor F2 (6-2), the temperature-pressure integrated sensor F3 (6-3), the temperature-pressure integrated sensor F4 (6-4), the temperature-pressure integrated sensor F5 (6-5), the temperature-pressure integrated sensor F6 (6-6), the temperature-pressure integrated sensor F7 (6-7), the temperature-pressure integrated sensor F8 (6-8), the temperature-pressure integrated sensor F9 (6-9), the temperature-pressure integrated sensor F10 (6-11), the temperature-pressure integrated sensor F12 (6-12), the temperature-pressure integrated sensor F13 (6-13), the temperature-pressure integrated sensor F14 (6-14), the temperature-pressure integrated sensor F15 (6-15), the temperature-pressure integrated sensor F16 (6-16), the temperature-pressure integrated sensor F17 (6-17), and the temperature-pressure integrated sensor F18 (6-18) are arranged in a row at equal intervals along the axis of the combustion chamber (9) of the rotating detonation engine The body sensor F7 (6-7), the temperature-pressure integrated sensor F8 (6-8) and the temperature-pressure integrated sensor F9 (6-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor F10 (6-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor F11 (6-11) and the temperature-pressure integrated sensor F12 (6-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention discloses a rotary detonation engine nozzle expansion section (12) and a rotary detonation engine nozzle expansion section (12) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor F13 (6-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor F14 (6-14), a temperature-pressure integrated sensor F15 (6-15), a temperature-pressure integrated sensor F16 (6-16), a temperature-pressure integrated sensor F17 (6-17) and a temperature-pressure integrated sensor F18 (6-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

8. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor G1 (7-1), a temperature-pressure integrated sensor G2 (7-2), a temperature-pressure integrated sensor G3 (7-3), a temperature-pressure integrated sensor G4 (7-4), a temperature-pressure integrated sensor G5 (7-5), a temperature-pressure integrated sensor G6 (7-6), a temperature-pressure integrated sensor G7 (7-7), a temperature-pressure integrated sensor G8 (7-8), a temperature-pressure integrated sensor G9 (7-9), a temperature-pressure integrated sensor G10 (7-10), a temperature-pressure integrated sensor G11 (7-11), a temperature-pressure integrated sensor G12 (7-12), a temperature-pressure integrated sensor The body sensor G13 (7-13), the temperature-pressure integrated sensor G14 (7-14), the temperature-pressure integrated sensor G15 (7-15), the temperature-pressure integrated sensor G16 (7-16), the temperature-pressure integrated sensor G17 (7-17), and the temperature-pressure integrated sensor G18 (7-18) are arranged in a row at equal intervals along the axis of the rotating detonation engine combustion chamber (9), wherein the temperature-pressure integrated sensor G1 (7-1), the temperature-pressure integrated sensor G2 (7-2), the temperature-pressure integrated sensor G3 (7-3), the temperature-pressure integrated sensor G4 (7-4), the temperature-pressure integrated sensor G5 (7-5), the temperature-pressure integrated sensor G6 (7-6), the temperature-pressure integrated sensor G7 (7-7), and the temperature-pressure integrated sensor G8 (7-8). The body sensor G7 (7-7), the temperature-pressure integrated sensor G8 (7-8) and the temperature-pressure integrated sensor G9 (7-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor G10 (7-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor G11 (7-11) and the temperature-pressure integrated sensor G12 (7-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention discloses a rotary detonation engine nozzle expansion section (12) and a rotary detonation engine nozzle expansion section (12) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor G13 (7-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor G14 (7-14), a temperature-pressure integrated sensor G15 (7-15), a temperature-pressure integrated sensor G16 (7-16), a temperature-pressure integrated sensor G17 (7-17) and a temperature-pressure integrated sensor G18 (7-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

9. A rotating detonation engine flow field test device according to claim 1, a temperature-pressure integrated sensor H1 (8-1), a temperature-pressure integrated sensor H2 (8-2), a temperature-pressure integrated sensor H3 (8-3), a temperature-pressure integrated sensor H4 (8-4), a temperature-pressure integrated sensor H5 (8-5), a temperature-pressure integrated sensor H6 (8-6), a temperature-pressure integrated sensor H7 (8-7), a temperature-pressure integrated sensor H8 (8-8), a temperature-pressure integrated sensor H9 (8-9), a temperature-pressure integrated sensor H10 (8-10), a temperature-pressure integrated sensor H11 (8-11), a temperature-pressure integrated sensor H12 (8-12), a temperature-pressure integrated sensor The body sensor H13 (8-13), the temperature-pressure integrated sensor H14 (8-14), the temperature-pressure integrated sensor H15 (8-15), the temperature-pressure integrated sensor H16 (8-16), the temperature-pressure integrated sensor H17 (8-17), and the temperature-pressure integrated sensor H18 (8-18) are arranged in a row at equal intervals along the axis of the combustion chamber (9) of the rotating detonation engine, wherein the temperature-pressure integrated sensor H1 (8-1), the temperature-pressure integrated sensor H2 (8-2), the temperature-pressure integrated sensor H3 (8-3), the temperature-pressure integrated sensor H4 (8-4), the temperature-pressure integrated sensor H5 (8-5), the temperature-pressure integrated sensor H6 (8-6), the temperature-pressure integrated sensor The body sensor H7 (8-7), the temperature-pressure integrated sensor H8 (8-8) and the temperature-pressure integrated sensor H9 (8-9) are sequentially installed on the combustion chamber (9) of the rotating detonation engine to measure the axial pressure and temperature distribution of the combustion chamber (9) of the rotating detonation engine; the temperature-pressure integrated sensor H10 (8-10) is installed at the junction of the combustion chamber (9) of the rotating detonation engine and the nozzle contraction section (10) of the rotating detonation engine to measure the pressure and temperature values ​​there; the temperature-pressure integrated sensor H11 (8-11) and the temperature-pressure integrated sensor H12 (8-12) are installed on the nozzle contraction section (10) of the rotating detonation engine to measure the rotating detonation engine The invention relates to a rotary detonation engine nozzle contraction section (10) for measuring the pressure and temperature distribution of the rotary detonation engine nozzle; a temperature-pressure integrated sensor H13 (8-13) is installed on the rotary detonation engine nozzle throat (11) to measure the pressure and temperature values ​​at the rotary detonation engine nozzle throat (11); a temperature-pressure integrated sensor H14 (8-14), a temperature-pressure integrated sensor H15 (8-15), a temperature-pressure integrated sensor H16 (8-16), a temperature-pressure integrated sensor H17 (8-17) and a temperature-pressure integrated sensor H18 (8-18) are installed in sequence on the rotary detonation engine nozzle expansion section (12) to measure the pressure and temperature distribution of the rotary detonation engine nozzle expansion section (12).

10. A rotating detonation engine flow field test device according to claim 1, {temperature-pressure integrated sensor A1 (1-1), temperature-pressure integrated sensor A2 (1-2), temperature-pressure integrated sensor A3 (1-3), temperature-pressure integrated sensor A4 (1-4), temperature-pressure integrated sensor A5 (1-5), temperature-pressure integrated sensor A6 (1-6), temperature-pressure integrated sensor A7 (1-7), temperature-pressure integrated sensor A8 (1-8), temperature-pressure integrated sensor A9 (1-9), temperature-pressure integrated sensor A10 (1-10), temperature-pressure integrated sensor A11 (1-11), temperature-pressure integrated sensor A12 (1-12), temperature-pressure integrated sensor A13 (1-13), temperature-pressure integrated sensor A14 (1-14 )、Temperature and pressure integrated sensor A15 (1-15), Temperature and pressure integrated sensor A16 (1-16), Temperature and pressure integrated sensor A17 (1-17), Temperature and pressure integrated sensor A18 (1-18)}、{Temperature and pressure integrated sensor B1 (22-1), Temperature and pressure integrated sensor B2 (22-2), Temperature and pressure integrated sensor B3 (22-3), Temperature and pressure integrated sensor B4 (22-4), Temperature and pressure integrated sensor B5 (22-5), Temperature and pressure integrated sensor B6 (22-6), Temperature and pressure integrated sensor B7 (22-7), Temperature and pressure integrated sensor B8 (22-8), Temperature and pressure integrated sensor B9 (22-9), Temperature and pressure integrated sensor B10 (22-10), Temperature and pressure integrated sensor B11 (22- 11), temperature and pressure integrated sensor B12 (22-12), temperature and pressure integrated sensor B13 (22-13), temperature and pressure integrated sensor B14 (22-14), temperature and pressure integrated sensor B15 (22-15), temperature and pressure integrated sensor B16 (22-16), temperature and pressure integrated sensor B17 (22-17), temperature and pressure integrated sensor B18 (22-18)}, {temperature and pressure integrated sensor C1 (3-1), temperature and pressure integrated sensor C2 (3-2), temperature and pressure integrated sensor C3 (3-3), temperature and pressure integrated sensor C4 (3-4), temperature and pressure integrated sensor C5 (3-5), temperature and pressure integrated sensor C6 (3-6), temperature and pressure integrated sensor C7 (3-7), temperature and pressure integrated sensor C8 (3 -8)、temperature and pressure integrated sensor C9 (3-9)、temperature and pressure integrated sensor C10 (3-10)、temperature and pressure integrated sensor C11 (3-11)、temperature and pressure integrated sensor C12 (3-12)、temperature and pressure integrated sensor C13 (3-13)、temperature and pressure integrated sensor C14 (3-14)、temperature and pressure integrated sensor C15 (3-15)、temperature and pressure integrated sensor C16 (3-16)、temperature and pressure integrated sensor C17 (3-17)、temperature and pressure integrated sensor C18 (3-18)}、{temperature and pressure integrated sensor D1 (4-1)、temperature and pressure integrated sensor D2 (4-2)、temperature and pressure integrated sensor D3 (4-3)、temperature and pressure integrated sensor D4 (4-4)、temperature and pressure integrated sensor D5 (4-5)、Temperature and pressure integrated sensor D6 (4-6), temperature and pressure integrated sensor D7 (4-7), temperature and pressure integrated sensor D8 (4-8), temperature and pressure integrated sensor D9 (4-9), temperature and pressure integrated sensor D10 (4-10), temperature and pressure integrated sensor D11 (4-11), temperature and pressure integrated sensor D12 (4-12), temperature and pressure integrated sensor D13 (4-13), temperature and pressure integrated sensor D14 (4-14), temperature and pressure integrated sensor D15 (4-15), temperature and pressure integrated sensor D16 (4-16), temperature and pressure integrated sensor D17 (4-17), temperature and pressure integrated sensor D18 (4-18)}, {temperature and pressure integrated sensor E1 (5-1), temperature and pressure integrated sensor E2 (5-2), temperature and pressure integrated Sensor E3 (5-3), temperature and pressure integrated sensor E4 (5-4), temperature and pressure integrated sensor E5 (5-5), temperature and pressure integrated sensor E6 (5-6), temperature and pressure integrated sensor E7 (5-7), temperature and pressure integrated sensor E8 (5-8), temperature and pressure integrated sensor E9 (5-9), temperature and pressure integrated sensor E10 (5-10), temperature and pressure integrated sensor E11 (5-11), temperature and pressure integrated sensor E12 (5-12), temperature and pressure integrated sensor E13 (5-13), temperature and pressure integrated sensor E14 (5-14), temperature and pressure integrated sensor E15 (5-15), temperature and pressure integrated sensor E16 (5-16), temperature and pressure integrated sensor E17 (5-17), temperature and pressure integrated sensor E18 (5- 18)}, {temperature-pressure integrated sensor F1 (6-1), temperature-pressure integrated sensor F2 (6-2), temperature-pressure integrated sensor F3 (6-3), temperature-pressure integrated sensor F4 (6-4), temperature-pressure integrated sensor F5 (6-5), temperature-pressure integrated sensor F6 (6-6), temperature-pressure integrated sensor F7 (6-7), temperature-pressure integrated sensor F8 (6-8), temperature-pressure integrated sensor F9 (6-9), temperature-pressure integrated sensor F10 (6-10), temperature-pressure integrated sensor F11 (6-11), temperature-pressure integrated sensor F12 (6-12), temperature-pressure integrated sensor F13 (6-13), temperature-pressure integrated sensor F14 (6-14), temperature-pressure integrated sensor F15 (6-15), temperature-pressure integrated sensor F16 (6-16), temperature and pressure integrated sensor F17 (6-17), temperature and pressure integrated sensor F18 (6-18)}, {temperature and pressure integrated sensor G1 (7-1), temperature and pressure integrated sensor G2 (7-2), temperature and pressure integrated sensor G3 (7-3), temperature and pressure integrated sensor G4 (7-4), temperature and pressure integrated sensor G5 (7-5), temperature and pressure integrated sensor G6 (7-6), temperature and pressure integrated sensor G7 (7-7), temperature and pressure integrated sensor G8 (7-8), temperature and pressure integrated sensor G9 (7-9), temperature and pressure integrated sensor G10 (7-10), temperature and pressure integrated sensor G11 (7-11), temperature and pressure integrated sensor G12 (7-12), temperature and pressure integrated sensor G13 (7-13),Temperature and pressure integrated sensor G14 (7-14), temperature and pressure integrated sensor G15 (7-15), temperature and pressure integrated sensor G16 (7-16), temperature and pressure integrated sensor G17 (7-17), temperature and pressure integrated sensor G18 (7-18)}, {temperature and pressure integrated sensor H1 (8-1), temperature and pressure integrated sensor H2 (8-2), temperature and pressure integrated sensor H3 (B-3), temperature and pressure integrated sensor H4 (8-4), temperature and pressure integrated sensor H5 (8-5), temperature and pressure integrated sensor H6 (8-6), temperature and pressure integrated sensor H7 (8-7), temperature and pressure integrated sensor H8 (8-8), temperature and pressure integrated sensor H9 (8-9), temperature and pressure integrated sensor H10 (8-10), temperature and pressure integrated sensor H11 (8-11), temperature and pressure integrated sensor H12 (8-12), temperature and pressure integrated sensor H13 (8-13), temperature and pressure integrated sensor H14 (8-14), temperature and pressure integrated sensor H15 ( Each of the eight groups of sensors, namely, temperature and pressure integrated sensor H16 (8-16), temperature and pressure integrated sensor H17 (8-17), and temperature and pressure integrated sensor H18 (8-18), can be used to measure the pressure and temperature distribution along the axial direction of the rotating detonation engine combustion chamber (9), the rotating detonation engine nozzle contraction section (10), the rotating detonation engine nozzle throat (11), and the rotating detonation engine nozzle expansion section (12). The eight groups of sensors can be used in combination to measure the pressure and temperature distribution along the circumferential direction of the rotating detonation engine combustion chamber (9), the rotating detonation engine nozzle contraction section (10), the rotating detonation engine nozzle throat (11), and the rotating detonation engine nozzle expansion section (12), thereby obtaining the pressure and temperature distribution of the entire flow field of the rotating detonation engine combustion chamber (9), the rotating detonation engine nozzle contraction section (10), the rotating detonation engine nozzle throat (11), and the rotating detonation engine nozzle expansion section (12).

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