Powder material special for space-based weapons

A technology of powder materials and weapons, applied in the field of nano-scale metal powder materials, can solve problems such as the unimaginable degree of attack and "destruction" of earth targets, and the development of aerospace technology.

Inactive Publication Date: 2010-06-30
王惠民
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] At present, the main problems of "space-based weapon systems" in the world: In recent years, all military powers in the world are making great efforts to research and develop space warfare weapon systems, especially the "destroy" system, because the three main forms of space warfare are The "Blind" (Blind) and "Jam" (Jam) are not difficult to develop in the current basic aerospace technology
[0009] However, at present, the world's scientific and technological forces are still unable to achieve the dual functions of being "green" and "destroying", and in future space wars, the "destroying" weapons in space-based weapon systems cannot be intercepted and blocked on the earth , and the extent to which the "destroy" weapon can strike and "destroy" targets on the earth is unimaginable, and its "destroy" capability is far greater than the powerful "atomic bombs" in the world today

Method used

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  • Powder material special for space-based weapons
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  • Powder material special for space-based weapons

Examples

Experimental program
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Effect test

Embodiment 1

[0024] Example 1, a special powder material for space-based weapons, is prepared by the following method, (for the specific processing method, refer to the metal nano powder zero-boundary particle cutting production process recorded in Patent Application No. 2006100481685,) at -5°C Under the condition that the frequency of high-frequency cutting is set at 5500 times per minute, the special nano-iron powder (nano-titanium powder, nano-tungsten powder, nano-lead powder) whose powder particle shape is irregular sphere is produced and processed, and then divided into Select (500nm is example) D3=42.21nm D25=262nm D50=500nmD75=677.2nm D97=930.3nm The particle distribution of larger powder material, then reuse (patent application number is that 2006101620469 discloses a kind of metal micro, Nano particle coating process), "DQ coating method" continues the anti-oxidation coating on the iron powder particles with a thickness of 1nm-3nm, so that the anti-oxidation time can reach more th...

Embodiment 2

[0029] Example 2, a special powder material for space-based weapons is prepared by the following method. In the case of 5°C, the number of high-frequency cutting is set at 5500 times per minute to produce and process the powder particle shape to be different The special nano-iron powder (nano-titanium powder, nano-tungsten powder, nano-lead powder) of the regular sphere, and then sorted out (500nm as an example) particles with D3=42.21nm D25=262nm D50=500nm D75=677.2nmD97=930.3nm For powder materials with a relatively large distribution, the "DQ coating method" is used to continue the anti-oxidation coating on the iron powder particles with a thickness of 1nm-3nm, so that the anti-oxidation time can reach more than 90 hours.

[0030] According to the characteristics of the use requirements, the coated powder material is input into a high-speed grinder for surface treatment of the powder particles to make the surface of the powder particle material rough and uneven.

Embodiment 3

[0031] Example 3, a special powder material for space-based weapons is prepared by the following method. In the case of 0°C, the number of high-frequency cutting is set at 5250 times per minute to produce and process the powder particle shape to be different The special nano-iron powder (nano-titanium powder, nano-tungsten powder, nano-lead powder) of the regular sphere, and then sorted out (500nm as an example) particles with D3=42.21nm D25=262nm D50=500nm D75=677.2nmD97=930.3nm For powder materials with a relatively large distribution, the "DQ coating method" is used to continue the anti-oxidation coating on the iron powder particles with a thickness of 1nm-3nm, so that the anti-oxidation time can reach more than 90 hours.

[0032] According to the characteristics of the use requirements, the coated powder material is input into a high-speed grinder for surface treatment of the powder particles to make the surface of the powder particle material rough and uneven.

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Abstract

The invention relates to a nano-scale metal powder material, in particular to a powder material special for space-based weapons, which is prepared by the following steps: under a temperature between -5 and 5 DEG C, the high-frequency cutting frequency between 5000 and 5500 times per minute, processing the raw materials into special nano-iron powders whose the powder particle is in a shape of irregular ball; and respectively selecting the powder materials with the particle distribution of D3 = 42.21nm, D25 = 262nm, D50 = 500nm, D75 = 677.2 nm, D97 = 930.3 nm; then, using a DQ coating method to carry out anti-oxidation coating for the iron powder particles; and carrying out surface treatment. The metal powders can be made into metal bars which are provided with a small booster rocket; the small booster rocket is carried on a space platform 1,000 kilometers away from the ground at ordinary times, and can powerfully attack the targets on the earth through relying on satellite guidance.

Description

technical field [0001] The invention relates to a nanoscale metal powder material, in particular to a special powder material for space-based weapons. Background technique [0002] "The sky and sea are the battlefields of the 20th century, and space will become the battlefield of the 21st century. This is the most direct expression of the fact that all the military powers in the world want to compete for the right to control space. In recent years, the United States, Russia and other countries have fought in space The competition is becoming more and more fierce. They are not only striving to develop space warfare weapons (space-based weapons), but also making various preparations for space warfare that may occur in the future. [0003] Space warfare in the 21st century refers to combat operations that use space-based weapon systems to compete for space supremacy. Space warfare usually refers to offensive and defensive operations conducted in outer space far away from the e...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B22F1/02B22F9/04F42B12/72F42B12/46
Inventor 王惠民
Owner 王惠民
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