CN102785784A - Intensive high-speed informationized target aricraft made of new graphene material - Google Patents
Intensive high-speed informationized target aricraft made of new graphene material Download PDFInfo
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- CN102785784A CN102785784A CN2012102661103A CN201210266110A CN102785784A CN 102785784 A CN102785784 A CN 102785784A CN 2012102661103 A CN2012102661103 A CN 2012102661103A CN 201210266110 A CN201210266110 A CN 201210266110A CN 102785784 A CN102785784 A CN 102785784A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
Abstract
The invention relates to an intensive high-speed informationized target aricraft made of a new graphene material, and belongs to the technical field of new materials and new energy application. The new graphene material is used for making an experimental cabin and a resource cabin of the target aricraft, so that the intensity of cabin bodies is increased, the thickness of cabin walls is reduced, and the volumes of the cabins are increased; the surfaces of the inner layers of the cabin walls are antibacterial; the new graphene material is used for making an antenna, a computer system, a communication system and an electric lead, so that the electrical conductivity is improved to improve the work efficiency of electric equipment; the new graphene material serves as anode materials of energy storage batteries to ensure quick charging and discharging; the new graphene material is used for preparing power thrusters, so that the power thrusters are supplied more quickly; and the new graphene material is used for preparing a docking mechanism to ensure that each component is firmer and space docking is safer; and a graphene solar cell serves as a solar wing, and the current generated in the sun in space charges the target aircraft.
Description
Technical field
The present invention relates to a kind of high speed information target aircraft, belong to new material, technical field of new energy application with Graphene new material manufacturing hard intensity.
Background technology
Chinese wine spring on the 29th satellite launching center successful launch September in 2011 China first target aircraft " No. one, Heavenly Palace ", 10.4 meters of " No. one, Heavenly Palace " aircraft total lengths, 3.35 meters of maximum gauges are made up of Laboratory Module and resources module.On June 18th, 2012 and No. 9 airships conducts of divine boat on June 24 " tracking aircraft ", in space, dock with the manned intersection of " No. one, Heavenly Palace " twice completion of target aircraft.
The design of " No. one, Heavenly Palace " target aircraft was 2 years orbital lifes; It is the blank of Future Outer Space space station; In the Laboratory Module of target aircraft, to carry out SPACE APPLICATION (comprising space environment and space physics exploration etc.), space science experiment, space medicine experiment and space warfare technology experiment.The space science experiment of in Laboratory Module, carrying out is more and more with the relation of common people's daily life.Contriver's Miao TongChun of this patent has been bought red, yellow very large " space green pepper " in the supermarket; Be placed into the seed of common pimento in the target aircraft Laboratory Module exactly; With target aircraft orbit the earth 88 the circle; Dock the back with target aircraft at airship, get into the pimento seed that the Laboratory Module taking-up lives through space environment " cultivation " by the cosmonaut on the manned spacecraft then; Transport the ground plantation back, in the pimento growth course, observe the variation proterties of plant, select fruit very large, nutritious " space green pepper " vegetables new varieties through artificial selection.The elderly's Miao TongChun Beijing Dong Fang Hong space Biotechnology Co., Ltd of taking every day " day bent beneficial fat health sheet " health products of producing and for example, " the red colouring agent for food, also used as a Chinese medicine bacterial strain " that will go up space exactly processed by fermentation has the health products of regulating blood fat function.
At present; The Laboratory Module of manufacturing objective aircraft and the material of resources module have much room for improvement; The flintiness of bulkhead has to be strengthened, and the thickness of bulkhead remains suitably " subtracting thick ", and the volume in the cabin remains suitably to be increased; The overall weight of target aircraft remains to be alleviated, and the electronic machine of target aircraft also remains to be raised speed.
Summary of the invention
Technical matters to be solved by this invention is the shortcoming that overcomes prior art, and a kind of high speed information target aircraft of making hard intensity with the Graphene new material is provided.
Because target aircraft is at orbit aerocraft; The time of in space, flying is long especially; In the present space, the space junk that has more than 60 ten thousand diameters to surpass 1 centimetre pushes one's way by shoving or bumping round the earth with thousands of kilometers speed per hour, and the flight safety of spacecraft in serious threat.Graphene is the maximum material of intensity in the world up to now, with crash-resistant Laboratory Module of Graphene new material manufacturing objective aircraft and resources module, can effectively resist the bump of various space junkes, the safe flight of guarantee target aircraft.
Because Graphene is an electric conductivity best material in the world at present.The kinematic velocity of electronics in grapheme material reached 1/300 of the light velocity, considerably beyond the kinematic velocity of electronics in general conductor.With Graphene antenna, the Graphene computer system in the Graphene new material manufacturing objective aircraft.Graphene communication system, graphene conductive line can realize efficient and fast speed deep space communication, space calculate, and promotes the operating efficiency of electronic machine greatly.
Because Graphene is a final thin sturdy material in the world at present,, can obtain not only approaching but also hard optimum efficiency with the resources module and the Laboratory Module of Graphene new material manufacturing objective aircraft.Keep at bulkhead under the prerequisite of certain degree of hardness, the thickness of moderate reduction bulkhead just can increase the volume in the cabin, helps space on many band experimental articles, helps doing the space science experiment more, realizes aerial " increasing production and practising economy ".Do the aeromedicine scientific experiment at Laboratory Module and need create cleaning ambient aseptic in the cabin.There is antibacterial specific function on the surface of grapheme material, makes Laboratory Module and resources module with Graphene, and is very useful to carrying out the aeromedicine experiment.
In order to solve the problems of the technologies described above, the present invention realizes through following technical scheme:
Form a kind of high speed information target aircraft of making hard intensity with the Graphene new material jointly by Graphene target aircraft 1, Graphene Laboratory Module 2, Graphene docking mechanism 3, Graphene resources module 4, Graphene antenna 5, the solar cell wing 6, Graphene power propeller 7, Graphene computer system 8, Graphene communication system 9, Graphene energy-storage battery 10, graphene conductive line 11;
And arranged on left and right sides at the Graphene resources module 4 of Graphene target aircraft 1 is installed the solar cell wing of being made up of the Graphene solar cell 6; Afterbody at Graphene resources module 4 is installed Graphene power propeller 7; Graphene conductive line 11 is installed in inside at Graphene resources module 4; Graphene antenna 5 is installed at top at Graphene resources module 4; Graphene computer system 8, Graphene communication system 9, Graphene energy-storage battery 10, graphene conductive line 11 are installed in inside at Graphene Laboratory Module 2, at the front end of Graphene Laboratory Module 2 Graphene docking mechanism 3 are installed;
The solar cell wing 6 is connected with Graphene Laboratory Module 2 in-to-in Graphene energy-storage batteries 10 through graphene conductive line 11; Graphene energy-storage battery 10 links through graphene conductive line 11 and Graphene computer system 8; Graphene energy-storage battery 10 links through graphene conductive line 11 and Graphene communication system 9, and Graphene energy-storage battery 10 links through the Graphene power propeller 7 of graphene conductive line 11 with Graphene resources module 4 afterbodys.
The intensity of Graphene resources module 4 and Graphene Laboratory Module 2 is 110GPa-121GPa.
Energy-storage battery 10 is with the Graphene lithium ion battery of Graphene as negative material.
Description of drawings
Fig. 1 is a structural representation of the present invention.
The specific embodiment
With Laboratory Module, the resources module of Graphene new material manufacturing objective aircraft, increase the volume in the intensity of cabin body, the thickness that reduces bulkhead, the increase cabin; Also has bacteriostasis on the surface of bulkhead nexine.Make antenna, computer system, communication system, conductor wire with the Graphene new material, the raising of its electric conductivity brings the raising of the work efficiency of consumer.With the negative material of Graphene new material, make speeding up of discharging and recharging as energy-storage battery.Make power propeller with the Graphene new material, it is more quick to make power propeller accept power supply.Make docking mechanism with the Graphene new material, make each parts firmer, it is safer to implement the space butt joint.With the solar cell wing of Graphene solar cell, produce electric current under the solar radiation in space and supply power to target aircraft as target aircraft.
Following the present invention will combine the embodiment in the accompanying drawing to further describe:
Form a kind of high speed information target aircraft of making hard intensity with the Graphene new material jointly by Graphene target aircraft 1, Graphene Laboratory Module 2, Graphene docking mechanism 3, Graphene resources module 4, Graphene antenna 5, the solar cell wing 6, Graphene power propeller 7, Graphene computer system 8, Graphene communication system 9, Graphene energy-storage battery 10, graphene conductive line 11;
And arranged on left and right sides at the Graphene resources module 4 of Graphene target aircraft 1 is installed the solar cell wing of being made up of the Graphene solar cell 6; Afterbody at Graphene resources module 4 is installed Graphene power propeller 7; Graphene conductive line 11 is installed in inside at Graphene resources module 4; Graphene antenna 5 is installed at top at Graphene resources module 4; Graphene computer system 8, Graphene communication system 9, Graphene energy-storage battery 10, graphene conductive line 11 are installed in inside at Graphene Laboratory Module 2, at the front end of Graphene Laboratory Module 2 Graphene docking mechanism 3 are installed;
The solar cell wing 6 is connected with Graphene Laboratory Module 2 in-to-in Graphene energy-storage batteries 10 through graphene conductive line 11; Graphene energy-storage battery 10 links through graphene conductive line 11 and Graphene computer system 8; Graphene energy-storage battery 10 links through graphene conductive line 11 and Graphene communication system 9, and Graphene energy-storage battery 10 links through the Graphene power propeller 7 of graphene conductive line 11 with Graphene resources module 4 afterbodys.
The intensity of Graphene resources module 4 and Graphene Laboratory Module 2 is 110GPa-121GPa.
Energy-storage battery 10 is with the Graphene lithium ion battery of Graphene as negative material.
The present invention is applied to the Graphene new material on orbit aerocraft, has strengthened the hardness at orbit aerocraft greatly, prevents that space junk from impinging upon orbit aerocraft, protection target aircraft flight safety in orbit.In the near earth space on earth; The metal case that is dropped of rocket, the satellite that loses effectiveness adrift; These space junkes are threatening the safety of target aircraft constantly; With the resources module and the Laboratory Module of pure Graphene new material or graphene composite material manufacturing objective aircraft, make great efforts to improve the occupation proportion of Graphene new material in the manufacturing objective aircraft, become the task of top priority of target aircraft final and decisive juncture on the space track.
At present, the electronic machine on the target aircraft comprises that automatic computer all is silica-based.The Physical Experiment at Univ Maryland-Coll Park USA's nanotechnology and advanced material center shows, the speed of transmission of electronics in Graphene be than in silicon fast 100 times, thus following semi-conducting material for example the material of supercomputing machine chip be Graphene rather than silicon.
When making later-model target aircraft; With the original silicon materials of Graphene new material replacement; Make later-model Graphene antenna, graphene conductive line, Graphene computer system, the Graphene communication system can significantly improve the running velocity of the various electronic machines in the target aircraft.When making Laboratory Module, docking mechanism, resources module, power propeller; To can adopt the place of Graphene new material to increase the occupation proportion of Graphene at all as far as possible; Make Graphene target aircraft of new generation with all strength, obtain the achievement of the novel target aircraft of better more design.
To enumerate embodiment following at present:
Embodiment one:
With Laboratory Module, the resources module of Graphene new material manufacturing objective aircraft, the intensity that increases the cabin body reaches 110GPa, reduces the thickness of bulkhead, increases the volume in the cabin; Also has bacteriostasis on the surface of bulkhead nexine.Make antenna, computer system, communication system, conductor wire with the Graphene new material, the raising of its electric conductivity brings the raising of the work efficiency of consumer.With the negative material of Graphene new material, make speeding up of discharging and recharging as energy-storage battery.Make power propeller with the Graphene new material, it is more quick to make power propeller accept power supply.Make docking mechanism with the Graphene new material, make each parts firmer, it is safer to implement the space butt joint.With the solar cell wing of Graphene solar cell, in space, produce electric current under the irradiation of sunlight and supply power to target aircraft as target aircraft.
Embodiment two:
With Laboratory Module, the resources module of Graphene new material manufacturing objective aircraft, the intensity that increases the cabin body reaches 121GPa, reduces the thickness of bulkhead, the volume in the increase cabin; Also has bacteriostasis on the surface of bulkhead nexine.Make antenna, computer system, communication system, conductor wire with the Graphene new material, the raising of its electric conductivity brings the raising of the work efficiency of consumer.With the negative material of Graphene new material, make speeding up of discharging and recharging as energy-storage battery.Make power propeller with the Graphene new material, it is more quick to make power propeller accept power supply.Make docking mechanism with the Graphene new material, make each parts firmer, it is safer to implement the space butt joint.With the solar cell wing of Graphene solar cell, in space, produce electric current under the irradiation of sunlight and supply power to target aircraft as target aircraft.
Claims (3)
1. high speed information target aircraft of making hard intensity with the Graphene new material; It is characterized in that, form a kind of high speed information target aircraft of making hard intensity with the Graphene new material jointly by Graphene target aircraft (1), Graphene Laboratory Module (2), Graphene docking mechanism (3), Graphene resources module (4), Graphene antenna (5), the solar cell wing (6), Graphene power propeller (7), Graphene computer system (8), Graphene communication system (9), Graphene energy-storage battery (10), graphene conductive line (11);
And arranged on left and right sides at the Graphene resources module (4) of Graphene target aircraft (1) is installed the solar cell wing of being made up of the Graphene solar cell (6); Afterbody at Graphene resources module (4) is installed Graphene power propeller (7); Graphene conductive line (11) is installed in inside at Graphene resources module (4); Graphene antenna (5) is installed at top at Graphene resources module (4); Graphene computer system (8), Graphene communication system (9), Graphene energy-storage battery (10), graphene conductive line (11) are installed in inside at Graphene Laboratory Module (2), at the front end of Graphene Laboratory Module (2) Graphene docking mechanism (3) are installed;
The solar cell wing (6) is connected with Graphene Laboratory Module (2) in-to-in Graphene energy-storage battery (10) through graphene conductive line (11); Graphene energy-storage battery (10) links through graphene conductive line (11) and Graphene computer system (8); Graphene energy-storage battery (10) links through graphene conductive line (11) and Graphene communication system (9), and Graphene energy-storage battery (10) links through the Graphene power propeller (7) of graphene conductive line (11) with Graphene resources module (4) afterbody.
2. a kind of high speed information target aircraft with Graphene new material manufacturing hard intensity according to claim 1 is characterized in that the intensity of described Graphene resources module (4) and Graphene Laboratory Module (2) is 110GPa-121GPa.
3. a kind of high speed information target aircraft with Graphene new material manufacturing hard intensity according to claim 1 is characterized in that described energy-storage battery (10) is with the Graphene lithium ion battery of Graphene as negative material.
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Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101484628A (en) * | 2006-05-02 | 2009-07-15 | 罗尔股份有限公司 | Modification of reinforcing fiber tows used in composite materials by using nanoreinforcements |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101484628A (en) * | 2006-05-02 | 2009-07-15 | 罗尔股份有限公司 | Modification of reinforcing fiber tows used in composite materials by using nanoreinforcements |
| US7832983B2 (en) * | 2006-05-02 | 2010-11-16 | Goodrich Corporation | Nacelles and nacelle components containing nanoreinforced carbon fiber composite material |
Non-Patent Citations (3)
| Title |
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| 五轩: "太空大厦的擎天柱——天宫一号目标飞行器述说", 《中国航天》, no. 11, 30 November 2011 (2011-11-30), pages 6 - 8 * |
| 宋丽芳等: "里里外外说天宫——天宫一号目标飞行器面面观", 《太空探索》, no. 11, 30 November 2011 (2011-11-30), pages 20 - 23 * |
| 张文毓等: "石墨烯应用研究及进展", 《传感器世界》, vol. 17, no. 5, 31 May 2011 (2011-05-31), pages 6 - 11 * |
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Application publication date: 20121121 |