Hybrid accelerating focusing super-conduction cavity

A superconducting cavity and superconducting technology, applied in accelerators, electrical components, etc., can solve the problems of complex installation of accelerator equipment, many accelerator components, and low acceleration efficiency, and achieve excellent beam quality, few accelerator components, and high-frequency low loss effect

Active Publication Date: 2016-06-29
INST OF MODERN PHYSICS CHINESE ACADEMY OF SCI
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

To solve the acceleration and focusing of ion beams with low energy and high current intensity, it avoids the problems of low acceleration efficiency, complicated installation of accelerator equipment, high construction cost, many accelerator components, low integration and poor stability in the existing technology

Method used

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  • Hybrid accelerating focusing super-conduction cavity

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Effect test

Embodiment 1

[0023] Embodiment 1: A hybrid accelerated focusing superconducting cavity, its main feature is that four liquid helium cooling tanks 5 parallel to each other are provided on the superconducting resonant cavity tube 1, and the opposite two liquid helium cooling tanks 5 pass through multiple The conical cylinders 11 are connected; between the two conical cylinders 11, there is an annular accelerating tube 10, and a plurality of accelerating tubes 10 and the superconducting resonant cavity cylinder 1 are on a central line; four focusing boxes 9 perpendicular to each other are arranged on Between the accelerating tubes 10, they are symmetrically fixed on the liquid helium cooling tank 5. The conical cylinder 11 forms a passage with the liquid helium cooling tank 5 , and the liquid helium in the conical cylinder 11 and the liquid helium in the liquid helium cooling tank 5 freely circulate.

[0024] The cross-section of the liquid helium cooling tank 5 is rectangular, and four liqui...

Embodiment 2

[0030] Embodiment 2: A hybrid accelerated focusing superconducting cavity, its main feature is that four liquid helium cooling tanks 5 parallel to each other are provided on the superconducting resonant cavity tube 1, and the two opposite liquid helium cooling tanks 5 pass through multiple The conical cylinders 11 are connected; between the two conical cylinders 11, there is an annular accelerating tube 10, and a plurality of accelerating tubes 10 and the superconducting resonant cavity cylinder 1 are on a central line; four focusing boxes 9 perpendicular to each other are arranged on Between the accelerating tubes 10, they are symmetrically fixed on the liquid helium cooling tank 5. The conical cylinder 11 forms a passage with the liquid helium cooling tank 5 , and the liquid helium in the conical cylinder 11 and the liquid helium in the liquid helium cooling tank 5 freely circulate.

[0031] The cross-section of the liquid helium cooling tank 5 is rectangular, and four liqui...

Embodiment 3

[0037] Embodiment 3: A hybrid accelerated focusing superconducting cavity, its main feature is that four liquid helium cooling tanks 5 parallel to each other are provided on the superconducting resonant cavity tube 1, and the two opposite liquid helium cooling tanks 5 pass through multiple The conical cylinders 11 are connected; between the two conical cylinders 11, there is an annular accelerating tube 10, and a plurality of accelerating tubes 10 and the superconducting resonant cavity cylinder 1 are on a central line; four focusing boxes 9 perpendicular to each other are arranged on Between the accelerating tubes 10, they are symmetrically fixed on the liquid helium cooling tank 5. The conical cylinder 11 forms a passage with the liquid helium cooling tank 5 , and the liquid helium in the conical cylinder 11 and the liquid helium in the liquid helium cooling tank 5 freely circulate.

[0038] The cross-section of the liquid helium cooling tank 5 is rectangular, and four liqui...

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Abstract

The invention relates to a hybrid accelerating focusing super-conduction cavity. Four liquid helium cooling grooves are formed in a super-conduction resonant cavity cylinder and are in parallel to one another, two opposite liquid helium cooling grooves are communicated by a plurality of conical cylinders, a circular ring-shaped accelerating tube is arranged between two conical cylinders, the central lines of the plurality of accelerating tubes and the central line of the super-conduction resonant cylinders are in the same central line, four focusing box are arranged among the accelerating tubes, are perpendicular to one another and are symmetrically fixed on the liquid helium cooling grooves, the conical cylinders communicates with the liquid helium cooling grooves, and liquid helium in the conical cylinders communicates with liquid helium in the liquid helium cooling grooves. The hybrid accelerating focusing super-conduction cavity has the advantages that the hybrid accelerating focusing super-conduction cavity is in a super-conduction state when working in a low-temperature state, the resistance is small, and the high-frequency loss is small; the beam acceleration function and the beam focusing function are combined in the same high-frequency structure, the structure is compact, and the beam quality is excellent; and the length of an accelerator is effectively reduced, and the construction cost of the accelerator is reduced.

Description

technical field [0001] The invention relates to an ion acceleration resonant cavity, which belongs to the technical field of accelerators. Background technique [0002] In the past 20 to 30 years, with the improvement of industrial technology, superconducting high-frequency resonant cavity technology has developed rapidly. Compared with the normal temperature resonator, the superconducting high-frequency resonator has the advantages of high acceleration gradient, small high-frequency power loss, and low long-term operation cost, which has attracted the attention of accelerator scientists all over the world. China's SNS, FRIB, Europe's Spallation Neutron Source, and China's ADS accelerator have all chosen superconducting accelerator structures. The structure of the superconducting cavity in the high-energy section of the superconducting accelerator is relatively simple, and the technology development is relatively mature; the structure of the superconducting cavity in the lo...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H05H7/20
CPCH05H7/20
Inventor 何源张生虎岳伟明李永明张聪蒋天才张升学王志军
Owner INST OF MODERN PHYSICS CHINESE ACADEMY OF SCI
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