U.S. IMINT & Analyiss website November 3, 2009 issue entitled and a free electron laser anti-satellite weapons is likely to have a place to deploy the Northwest. The article also mentioned that the U.S. government acknowledges the satellite flew over the territory of China who have been in China when the laser targeting system. Text reads as follows:
Iran, Afghanistan, Iraq, North Korea, these are in fact well known or potential areas of conflict, but behind them there is a new kind of conflict, this potential conflict does not in the public sight. There are signs that China is also involved in a potential space arms race control, and their anti-satellite laser weapons (anti-satellitelaser).
laser weapons development
China's interest in the laser weapon system began in the 60s of last century, the development of such systems was designated as the subproject was named intercept high-flying aircraft. However,
80 in the last century, China began to seriously study the high-energy laser (HEL), and free electron laser (FEL, freeelectronlaser), chemical oxygen iodine laser (COIL, chemicaloxygen-iodinelasers) is one of the most significant R & D work. Anti-satellite systems they hope to achieve the required specifications data, but it is believed that China has not been required to respond effectively to the objectives of the ability of outer space.
the true free-electron laser research began in 1985 in China Academy of Engineering Physics (CAEP) were. China's first free electron laser named SG-1, successfully developed in 1993 by the China Academy of Engineering Physics under the Southwest Institute of Fluid Mechanics (SouthwestInstituteofFluidPhysics) research and development. The University of Science and Technology of China (USTC) in 1987 started with a linear accelerator (linearaccelerator), their R & D for the free-electron lasers, no later than 2003, perhaps earlier. The development of chemical oxygen-iodine laser 80 from the last century, Dalian Institute of Chemical Physics (DICP) started research and development, carried out in 1993 to combat chemical oxygen-iodine laser target distance of 140 meters test.
Shanghai Institute of Optics and Fine Mechanics, Anhui Institute of Optics and Fine Mechanics (AIOFM) have been involved in adaptive optics and deformable mirrors (adaptive opticsanddeformablemirrors) research in the field. Shanghai Institute of Optics and Fine Mechanics 80 in the last century began to pay attention to this study, it was reported that China in the 90s of last century made a breakthrough in this field. China has been studied for tracking a variety of satellite and laser ranging system may also be used for other purposes.
laser weapons research might also help the development of China's ballistic missile program. China has studied the ballistic missiles during the process of rolling the concept, which is used to prevent ground-based lasers will focus on the projectile energy a single point, thus preventing the laser beam to intercept ballistic missiles to be destroyed; in order to obtain the test accurate results, to laser weapons and missile defense (BMD) other items of countermeasures, they may use a certain section of the prototype high-energy lasers.
three locations
2009, the publicly reported that a province in northwest China has deployed an anti-satellite laser weapons, in the Tianshan Mountains (TianShanmountain) within or near the Tianshan Mountains. View of this area has provided a possible location specific targeting, further said that this kind of background near the site closely, and then with the other known high-energy laser configuration comparison sites can be drawn from credible Conclusion - some form of high-energy laser system is deployed.
can actually deployed for the development of a ground-based laser anti-satellite weapons system, China needs not only lasers, but also have enough deformable optics and target tracking system, and now the assumption is: the design of the Chinese Academy of Engineering Physics free electron laser and from Anhui Institute of Optics and Fine Mechanics of two optical devices combined together to create.
be pointed out that the Chinese Academy of Engineering Physics is located somewhere in the Sichuan and Sichuan, Anhui Institute of Optics and Fine Mechanics a place located in Anhui. Confirmed from the above two places facilities (satellite image interpretation) and the orientation of weapons in outer space (exoatmospheric-orientedweapons) related research and development work, which can be expected that the facilities may be deployed near the Tianshan Mountains in Anhui Province is largely Sichuan, a place and a place in the same facility.
from the Anhui Institute of Optics and Fine Mechanics can confirm some of the satellite images may be used to support a free electron laser system development and deployment of related facilities, where facilities include a very unique structure, obviously designed for support a A large square building is equipped with a sliding roof, the roof of the building occupies more than half the width, suggesting that it may be a Anhui Institute of Optics and Fine Mechanics and mirror optical equipment testing center. Anhui Institute of Optics and Fine Mechanics may also study various levels of laser energy.
University of Science and Technology of China, and Anhui may Institute of Optics and Fine Mechanics, Chinese Academy of subordinate units to share a device, the device contains a 200 MeV linear accelerator. 2003 China University of Technology, Anhui University received a license to continue research and development related to the various linear accelerator free-electron lasers. Scientific journals have described the equipment. Chinese Academy of Engineering Physics
a place in Sichuan facility is the headquarters of a large number of R & D projects, in addition to free-electron lasers, it is an important venue nuclear weapons design. Sichuan, China Academy of Engineering Physics may be developed in a manner that China's first free electron laser, but the potential anti-satellite equipment is new, and looks built between 2002 -2004, the period might provide a free electron laser-based anti-satellite weapons development work in general timetable. The facilities mentioned above was similar to the Anhui Institute of Optics and Fine Mechanics equipment.
the Chinese Academy of Engineering Physics, Anhui Institute of Optics and Fine Mechanics has a large sliding roof with a square building, which suggests that these facilities are designed to facilitate observation through the roof space. The construction of these buildings suggests that time-based free-electron laser research and development of anti-satellite weapons program.
Anhui facilities in a place already in 2004, the state of completion, and the Chinese Academy of Engineering Physics of the equipment is still under construction. Free electron laser-based systems, whether developed or tested by the China Academy of Engineering Physics before the weapons of all will be in the Anhui Institute of Optics and Fine Mechanics adjustment of optical devices. This indicates that the free electron laser-based systems around 2000, still under development, but by around 2004 the Chinese Academy of Engineering Physics in the checksum test.
2009 of the report referred to in the deployment of equipment in the Tianshan Mountains, near the more attractive. The facilities and a place of Anhui and Sichuan are very similar to a place, but they camouflage paint and tight security measures that the military uses defensive characteristics, in its internal research and development is likely to have the freedom or deployed electron laser-based anti-satellite weapons. Photo shows the facilities here, was built in 2005, including two large sliding roof of the warehouse, there are one-third of the building, a warehouse seems to be placed Anhui Institute of Optics and Fine Mechanics tracking system developed, the other One is the placement of the Chinese Academy of Engineering Physics of free electron laser research and development, and the third sheds some support systems may be
resettlement places. There is a chart showing the three sites mentioned above, the proportion of facilities in the same contrast, large buildings can be seen that the specifications are the same, each with a sliding roof, that they are the two units to free electron laser-based anti-satellite device research and development related facilities.
further confirm?
simple research, or even match the associated facilities, which are not sufficient to show that China is indeed responsible for anti-satellite laser system for the role. But the events of 2006, provides another perspective: in August 2006 and September, the U.S. government admitted that when the United States when the satellite flew over the territory of China by the Chinese laser targeting system. Analysts pointed out that this can be seen as a Chinese anti-satellite weapon systems the display of low-energy state, but some people think that this is only the laser range finder carried out a precise satellite orbit determination only. A low-energy anti-satellite weapons display, do not open or destructive testing, it does provide a (laser anti-satellite) capacity for notices; even if only a precise positioning of the satellite orbit, it will be ASAT network building weapons (combat) targets specific information.
answer should be the last possible combination of these two statements. As mentioned above, China has indeed deployed a variety of laser systems used to track satellites. Tuned near the Tianshan good optical and tracking systems and other facilities for the ability to menace, which sends a subtle signal: such a system in place. The other is the U.S. Department of Defense published a case in 2009,
Conclusion:
In this case, the public seems to have verified the image and information sources about 2009 in northwest China, a laser system configured in a report. Really have the emission energy, the ability to destroy satellites is still not known, but admittedly have full details of the evidence seems to indicate that it is a system or are in place, it is likely that free-electron lasers. (LONDON)
Iran, Afghanistan, Iraq, North Korea, these are in fact well known or potential areas of conflict, but behind them there is a new kind of conflict, this potential conflict does not in the public sight. There are signs that China is also involved in a potential space arms race control, and their anti-satellite laser weapons (anti-satellitelaser).
laser weapons development
China's interest in the laser weapon system began in the 60s of last century, the development of such systems was designated as the subproject was named intercept high-flying aircraft. However,
80 in the last century, China began to seriously study the high-energy laser (HEL), and free electron laser (FEL, freeelectronlaser), chemical oxygen iodine laser (COIL, chemicaloxygen-iodinelasers) is one of the most significant R & D work. Anti-satellite systems they hope to achieve the required specifications data, but it is believed that China has not been required to respond effectively to the objectives of the ability of outer space.
the true free-electron laser research began in 1985 in China Academy of Engineering Physics (CAEP) were. China's first free electron laser named SG-1, successfully developed in 1993 by the China Academy of Engineering Physics under the Southwest Institute of Fluid Mechanics (SouthwestInstituteofFluidPhysics) research and development. The University of Science and Technology of China (USTC) in 1987 started with a linear accelerator (linearaccelerator), their R & D for the free-electron lasers, no later than 2003, perhaps earlier. The development of chemical oxygen-iodine laser 80 from the last century, Dalian Institute of Chemical Physics (DICP) started research and development, carried out in 1993 to combat chemical oxygen-iodine laser target distance of 140 meters test.
Shanghai Institute of Optics and Fine Mechanics, Anhui Institute of Optics and Fine Mechanics (AIOFM) have been involved in adaptive optics and deformable mirrors (adaptive opticsanddeformablemirrors) research in the field. Shanghai Institute of Optics and Fine Mechanics 80 in the last century began to pay attention to this study, it was reported that China in the 90s of last century made a breakthrough in this field. China has been studied for tracking a variety of satellite and laser ranging system may also be used for other purposes.
laser weapons research might also help the development of China's ballistic missile program. China has studied the ballistic missiles during the process of rolling the concept, which is used to prevent ground-based lasers will focus on the projectile energy a single point, thus preventing the laser beam to intercept ballistic missiles to be destroyed; in order to obtain the test accurate results, to laser weapons and missile defense (BMD) other items of countermeasures, they may use a certain section of the prototype high-energy lasers.
three locations
2009, the publicly reported that a province in northwest China has deployed an anti-satellite laser weapons, in the Tianshan Mountains (TianShanmountain) within or near the Tianshan Mountains. View of this area has provided a possible location specific targeting, further said that this kind of background near the site closely, and then with the other known high-energy laser configuration comparison sites can be drawn from credible Conclusion - some form of high-energy laser system is deployed.
can actually deployed for the development of a ground-based laser anti-satellite weapons system, China needs not only lasers, but also have enough deformable optics and target tracking system, and now the assumption is: the design of the Chinese Academy of Engineering Physics free electron laser and from Anhui Institute of Optics and Fine Mechanics of two optical devices combined together to create.
be pointed out that the Chinese Academy of Engineering Physics is located somewhere in the Sichuan and Sichuan, Anhui Institute of Optics and Fine Mechanics a place located in Anhui. Confirmed from the above two places facilities (satellite image interpretation) and the orientation of weapons in outer space (exoatmospheric-orientedweapons) related research and development work, which can be expected that the facilities may be deployed near the Tianshan Mountains in Anhui Province is largely Sichuan, a place and a place in the same facility.
from the Anhui Institute of Optics and Fine Mechanics can confirm some of the satellite images may be used to support a free electron laser system development and deployment of related facilities, where facilities include a very unique structure, obviously designed for support a A large square building is equipped with a sliding roof, the roof of the building occupies more than half the width, suggesting that it may be a Anhui Institute of Optics and Fine Mechanics and mirror optical equipment testing center. Anhui Institute of Optics and Fine Mechanics may also study various levels of laser energy.
University of Science and Technology of China, and Anhui may Institute of Optics and Fine Mechanics, Chinese Academy of subordinate units to share a device, the device contains a 200 MeV linear accelerator. 2003 China University of Technology, Anhui University received a license to continue research and development related to the various linear accelerator free-electron lasers. Scientific journals have described the equipment. Chinese Academy of Engineering Physics
a place in Sichuan facility is the headquarters of a large number of R & D projects, in addition to free-electron lasers, it is an important venue nuclear weapons design. Sichuan, China Academy of Engineering Physics may be developed in a manner that China's first free electron laser, but the potential anti-satellite equipment is new, and looks built between 2002 -2004, the period might provide a free electron laser-based anti-satellite weapons development work in general timetable. The facilities mentioned above was similar to the Anhui Institute of Optics and Fine Mechanics equipment.
the Chinese Academy of Engineering Physics, Anhui Institute of Optics and Fine Mechanics has a large sliding roof with a square building, which suggests that these facilities are designed to facilitate observation through the roof space. The construction of these buildings suggests that time-based free-electron laser research and development of anti-satellite weapons program.
Anhui facilities in a place already in 2004, the state of completion, and the Chinese Academy of Engineering Physics of the equipment is still under construction. Free electron laser-based systems, whether developed or tested by the China Academy of Engineering Physics before the weapons of all will be in the Anhui Institute of Optics and Fine Mechanics adjustment of optical devices. This indicates that the free electron laser-based systems around 2000, still under development, but by around 2004 the Chinese Academy of Engineering Physics in the checksum test.
2009 of the report referred to in the deployment of equipment in the Tianshan Mountains, near the more attractive. The facilities and a place of Anhui and Sichuan are very similar to a place, but they camouflage paint and tight security measures that the military uses defensive characteristics, in its internal research and development is likely to have the freedom or deployed electron laser-based anti-satellite weapons. Photo shows the facilities here, was built in 2005, including two large sliding roof of the warehouse, there are one-third of the building, a warehouse seems to be placed Anhui Institute of Optics and Fine Mechanics tracking system developed, the other One is the placement of the Chinese Academy of Engineering Physics of free electron laser research and development, and the third sheds some support systems may be
resettlement places. There is a chart showing the three sites mentioned above, the proportion of facilities in the same contrast, large buildings can be seen that the specifications are the same, each with a sliding roof, that they are the two units to free electron laser-based anti-satellite device research and development related facilities.
further confirm?
simple research, or even match the associated facilities, which are not sufficient to show that China is indeed responsible for anti-satellite laser system for the role. But the events of 2006, provides another perspective: in August 2006 and September, the U.S. government admitted that when the United States when the satellite flew over the territory of China by the Chinese laser targeting system. Analysts pointed out that this can be seen as a Chinese anti-satellite weapon systems the display of low-energy state, but some people think that this is only the laser range finder carried out a precise satellite orbit determination only. A low-energy anti-satellite weapons display, do not open or destructive testing, it does provide a (laser anti-satellite) capacity for notices; even if only a precise positioning of the satellite orbit, it will be ASAT network building weapons (combat) targets specific information.
answer should be the last possible combination of these two statements. As mentioned above, China has indeed deployed a variety of laser systems used to track satellites. Tuned near the Tianshan good optical and tracking systems and other facilities for the ability to menace, which sends a subtle signal: such a system in place. The other is the U.S. Department of Defense published a case in 2009,
Conclusion:
In this case, the public seems to have verified the image and information sources about 2009 in northwest China, a laser system configured in a report. Really have the emission energy, the ability to destroy satellites is still not known, but admittedly have full details of the evidence seems to indicate that it is a system or are in place, it is likely that free-electron lasers. (LONDON)
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