超级军网前几天新疆实验的原来是动能3号啊 ，自由灯塔报道了
来源：百度文库 编辑：超级军网 时间：2024/04/26 10:55:02
前几天实验的原来是动能3号啊 ，自由灯塔报道了 ，著名的 中国人民的老哥们Bill Gertz，Bill Gates的弟弟。
China Tests Anti-Satellite Missile
New ASAT interceptor threatens U.S. spy satellites
BY: Bill Gertz Follow @BillGertz
November 9, 2015 5:00 am
China recently conducted a flight test of a new missile capable of knocking out U.S. satellites as part of Beijing’s growing space warfare arsenal.
The test of a Dong Neng-3 exoatmospheric vehicle was carried out Oct. 30 from China’s Korla Missile Test Complex in western China, said two defense officials familiar with reports of the test.
A Chinese press report also provided details of what was said to be a missile defense interceptor flight test carried out Nov. 1. Photos of the missile’s contrails were posted online.
However, the defense officials said the DN-3 is primarily a direct-ascent missile designed to ram into satellites and destroy them, even if intelligence assessments hold that the weapon has some missile defense capabilities.
The DN-3 flight test was the eighth time China carried out an anti-satellite missile test. An earlier test occurred in July 2014, which China also asserted was a missile defense test.
State Department and Pentagon officials declined to comment on the anti-satellite test.
A Chinese Embassy spokesman said: “I don’t have detailed information about the missile test you mentioned.”
“China advocates for the peaceful use of outer space, and opposes space weaponization or arms race in space,” the spokesman said in an email.
A State official referred to a speech from February by Frank Rose, assistant secretary of State for arms control, verification and compliance, who commented on the 2014 test.
“Despite China’s claims that this was not an ASAT [anti-satellite] test; let me assure you the United States has high confidence in its assessment, that the event was indeed an ASAT test,” Rose said.
“The continued development and testing of destructive ASAT systems is both destabilizing and threatens the long-term security and sustainability of the outer space environment,” he added.
China’s most disruptive ASAT test occurred in January 2007 when a direct ascent missile destroyed a Chinese weather satellite, creating tens of thousands of debris pieces that pose a continuing danger to both satellites and manned spacecraft, like the International Space Station.
Rose said the secrecy surrounding China’s ASAT program is preventing any U.S. cooperation with Beijing on space. Cooperation will only possible after “China changes its behavior with regard to ASATs,” he said.
Documents disclosed by Wikileaks revealed that the United States and Asian allies issued protests to China over a January 2010 flight test of an anti-satellite missile from an SC-19 rocket booster
It could not be learned if protests were lodged over the Oct. 30 test.
China’s Guancha.com reported Nov. 1 that the unusual contrails near the city of Korla, in Xinjiang province, that appeared to be signs of a spacecraft launch or possibly “a midcourse anti-missile test.”
“In recent years, similar clouds have appeared over the skies of Xinjiang many times,” the report said. “A few of them have been linked to land-based midcourse anti-missile interception tests.”
Hong Kong’s Ming Pao then reported Nov. 4 that the test appear to be a “final-phase missile interception test had been conducted in the upper atmosphere.”
“The capability to intercept was one of the capabilities of the PRC Hongqi-19 missile, and may be employed to intercept high supersonic gliding targets on the offensive,” Ming Pao stated.
A forthcoming report by the congressional U.S.-China Economic and Security Review Commission contains an entire chapter on China’s military and civilian space capabilities.
The report discusses two anti-satellite missiles, the SC-19 and the larger DN-2, which are meant to be fired in pre-determined flight paths as a satellite passes over Chinese territory.
The report suggests that China disguised its anti-satellite tests in 2010, 2013, and 2014 as missile defense interceptor tests. It stated that each test involved a high-speed intercept of a mock warhead launched by a ballistic missile and not a satellite as a way to avoid debris.
“Although China has called these tests ‘land-based missile interception tests,’ available evidence suggests they were indeed antisatellite tests,” the report said.
The May 2013 DN-2 anti-satellite test involved “nearly geosynchronous orbit” where most intelligence and navigation satellites are located. The commission described that test as demonstrating “a new high-altitude anti-satellite capability” that could be deployed as early as 2020.
The 2013 test, which reached 18,600 miles into space, was first reported by the Washington Free Beacon.
Since 2005, China has conducted seven anti-satellite direct-ascent missile tests, according to the commission report. The report did not include the latest DN-3 test.
U.S.-China Economic and Security Review CommissionU.S.-China Economic and Security Review Commission
“China is pursuing a broad and robust array of counterspace capabilities, which includes direct-ascent anti-satellite missiles, co-orbital anti-satellite systems, computer network operations, ground-based satellite jammers, and directed energy weapons,” the report said.
Air Force Lt. Gen. John “Jay” Raymond, commander of the Joint Functional Component Command for Space, said at a House hearing in March that “we are quickly approaching the point where every satellite in every orbit can be threatened.”
Rick Fisher, a military analyst with the International Assessment and Strategy Center, said if the DN-3 interceptor test is confirmed, “this is the first mention of the DN-3, apparently either a modified version of the DN-2 or a new anti-satellite weapon.”
Fisher said the missile designated as the DN-1 was based on the SC-19 anti-satellite missile first tested in 2007, and that the DN-1’s booster appeared to be based on the KT-1 solid-fueled space launch vehicle, produced by China Aerospace Science and Industry Corporation. “It would follow that the DN-2 and DN-3 may also be [the corporation’s] products,” he said.
China recently developed two new and more powerful space launchers called the KZ-1 and KZ-11.
A DN-3 weapon based on the KZ-11 launcher would be capable of hitting targets at higher orbits.
If the recent test involved missile defenses, “China may be developing [anti-ballistic missile] ABM systems capable of intercepts at much longer ranges than U.S. Ground-Based Interceptors based at Fort Greely in Alaska,” Fisher said.
China has been harshly critical of U.S. missile defenses and has said it opposes all space weapons.
However, the development of both missile defenses and anti-satellite missiles by China has been underway since the early 1990s, Fisher said.
“The United States so far has not developed very high-altitude ASAT systems like the DN-2 and DN-3, also proving that China has little intention to follow the example of American restraint,” he said.A report by the Rand Corporation published in September concluded that the Chinese threat to U.S. satellites is increasing.
“The risk to most U.S. space functions appears to be growing faster than the U.S. ability or effort to mitigate them,” the report said, noting that Chinese space warfare capabilities “are increasing across the board.”
“In a number of areas, the U.S. military is taking steps to mitigate the threat,” the report said. “Whether these efforts succeed in making U.S. systems safe or, at least, unattractive targets should a U.S.-China conflict occur will depend on what investments the United States makes in space defense in the coming years and whether it can find ways to reduce its systems’ vulnerabilities.”
Air Force Gen. John Hyten, head of the Air Force Space Command told CBS’s 60 Minutes in April that U.S. weapons are being developed to counter China’s space arms.
Hyten said if U.S. satellites are threatened, “we have the right of self defense and we’ll make sure we can execute that right.”
On the possible future use of military force in space, Hyten bluntly said: “That’s why we have a military … I’m not NASA.”
Defense Secretary Ash Carter told sailors aboard the aircraft carrier USS Roosevelt last week that the Pentagon is closely watching Chinese weapons developments. “And so, we see them building a system that’s new, we make sure we have countermeasures to that and actually, we’re making new substantial investments, new investments,” he said, noting electronic warfare, cyber defenses, air defenses, cruise missile defenses.
“All that’s really important because we’ve got to make sure the balance doesn’t change here, qualitatively or quantitatively, and we’re not going to let that happen,” Carter said.
China Tests Anti-Satellite Missile - Washington Free Beacon
http://freebeacon.com/national-s ... -satellite-missile/前几天实验的原来是动能3号啊 ，自由灯塔报道了 ，著名的 中国人民的老哥们Bill Gertz，Bill Gates的弟弟。
China Tests Anti-Satellite Missile
New ASAT interceptor threatens U.S. spy satellites
BY: Bill Gertz Follow @BillGertz
November 9, 2015 5:00 am
China recently conducted a flight test of a new missile capable of knocking out U.S. satellites as part of Beijing’s growing space warfare arsenal.
The test of a Dong Neng-3 exoatmospheric vehicle was carried out Oct. 30 from China’s Korla Missile Test Complex in western China, said two defense officials familiar with reports of the test.
A Chinese press report also provided details of what was said to be a missile defense interceptor flight test carried out Nov. 1. Photos of the missile’s contrails were posted online.
However, the defense officials said the DN-3 is primarily a direct-ascent missile designed to ram into satellites and destroy them, even if intelligence assessments hold that the weapon has some missile defense capabilities.
The DN-3 flight test was the eighth time China carried out an anti-satellite missile test. An earlier test occurred in July 2014, which China also asserted was a missile defense test.
State Department and Pentagon officials declined to comment on the anti-satellite test.
A Chinese Embassy spokesman said: “I don’t have detailed information about the missile test you mentioned.”
“China advocates for the peaceful use of outer space, and opposes space weaponization or arms race in space,” the spokesman said in an email.
A State official referred to a speech from February by Frank Rose, assistant secretary of State for arms control, verification and compliance, who commented on the 2014 test.
“Despite China’s claims that this was not an ASAT [anti-satellite] test; let me assure you the United States has high confidence in its assessment, that the event was indeed an ASAT test,” Rose said.
“The continued development and testing of destructive ASAT systems is both destabilizing and threatens the long-term security and sustainability of the outer space environment,” he added.
China’s most disruptive ASAT test occurred in January 2007 when a direct ascent missile destroyed a Chinese weather satellite, creating tens of thousands of debris pieces that pose a continuing danger to both satellites and manned spacecraft, like the International Space Station.
Rose said the secrecy surrounding China’s ASAT program is preventing any U.S. cooperation with Beijing on space. Cooperation will only possible after “China changes its behavior with regard to ASATs,” he said.
Documents disclosed by Wikileaks revealed that the United States and Asian allies issued protests to China over a January 2010 flight test of an anti-satellite missile from an SC-19 rocket booster
It could not be learned if protests were lodged over the Oct. 30 test.
China’s Guancha.com reported Nov. 1 that the unusual contrails near the city of Korla, in Xinjiang province, that appeared to be signs of a spacecraft launch or possibly “a midcourse anti-missile test.”
“In recent years, similar clouds have appeared over the skies of Xinjiang many times,” the report said. “A few of them have been linked to land-based midcourse anti-missile interception tests.”
Hong Kong’s Ming Pao then reported Nov. 4 that the test appear to be a “final-phase missile interception test had been conducted in the upper atmosphere.”
“The capability to intercept was one of the capabilities of the PRC Hongqi-19 missile, and may be employed to intercept high supersonic gliding targets on the offensive,” Ming Pao stated.
A forthcoming report by the congressional U.S.-China Economic and Security Review Commission contains an entire chapter on China’s military and civilian space capabilities.
The report discusses two anti-satellite missiles, the SC-19 and the larger DN-2, which are meant to be fired in pre-determined flight paths as a satellite passes over Chinese territory.
The report suggests that China disguised its anti-satellite tests in 2010, 2013, and 2014 as missile defense interceptor tests. It stated that each test involved a high-speed intercept of a mock warhead launched by a ballistic missile and not a satellite as a way to avoid debris.
“Although China has called these tests ‘land-based missile interception tests,’ available evidence suggests they were indeed antisatellite tests,” the report said.
The May 2013 DN-2 anti-satellite test involved “nearly geosynchronous orbit” where most intelligence and navigation satellites are located. The commission described that test as demonstrating “a new high-altitude anti-satellite capability” that could be deployed as early as 2020.
The 2013 test, which reached 18,600 miles into space, was first reported by the Washington Free Beacon.
Since 2005, China has conducted seven anti-satellite direct-ascent missile tests, according to the commission report. The report did not include the latest DN-3 test.
U.S.-China Economic and Security Review CommissionU.S.-China Economic and Security Review Commission
“China is pursuing a broad and robust array of counterspace capabilities, which includes direct-ascent anti-satellite missiles, co-orbital anti-satellite systems, computer network operations, ground-based satellite jammers, and directed energy weapons,” the report said.
Air Force Lt. Gen. John “Jay” Raymond, commander of the Joint Functional Component Command for Space, said at a House hearing in March that “we are quickly approaching the point where every satellite in every orbit can be threatened.”
Rick Fisher, a military analyst with the International Assessment and Strategy Center, said if the DN-3 interceptor test is confirmed, “this is the first mention of the DN-3, apparently either a modified version of the DN-2 or a new anti-satellite weapon.”
Fisher said the missile designated as the DN-1 was based on the SC-19 anti-satellite missile first tested in 2007, and that the DN-1’s booster appeared to be based on the KT-1 solid-fueled space launch vehicle, produced by China Aerospace Science and Industry Corporation. “It would follow that the DN-2 and DN-3 may also be [the corporation’s] products,” he said.
China recently developed two new and more powerful space launchers called the KZ-1 and KZ-11.
A DN-3 weapon based on the KZ-11 launcher would be capable of hitting targets at higher orbits.
If the recent test involved missile defenses, “China may be developing [anti-ballistic missile] ABM systems capable of intercepts at much longer ranges than U.S. Ground-Based Interceptors based at Fort Greely in Alaska,” Fisher said.
China has been harshly critical of U.S. missile defenses and has said it opposes all space weapons.
However, the development of both missile defenses and anti-satellite missiles by China has been underway since the early 1990s, Fisher said.
“The United States so far has not developed very high-altitude ASAT systems like the DN-2 and DN-3, also proving that China has little intention to follow the example of American restraint,” he said.A report by the Rand Corporation published in September concluded that the Chinese threat to U.S. satellites is increasing.
“The risk to most U.S. space functions appears to be growing faster than the U.S. ability or effort to mitigate them,” the report said, noting that Chinese space warfare capabilities “are increasing across the board.”
“In a number of areas, the U.S. military is taking steps to mitigate the threat,” the report said. “Whether these efforts succeed in making U.S. systems safe or, at least, unattractive targets should a U.S.-China conflict occur will depend on what investments the United States makes in space defense in the coming years and whether it can find ways to reduce its systems’ vulnerabilities.”
Air Force Gen. John Hyten, head of the Air Force Space Command told CBS’s 60 Minutes in April that U.S. weapons are being developed to counter China’s space arms.
Hyten said if U.S. satellites are threatened, “we have the right of self defense and we’ll make sure we can execute that right.”
On the possible future use of military force in space, Hyten bluntly said: “That’s why we have a military … I’m not NASA.”
Defense Secretary Ash Carter told sailors aboard the aircraft carrier USS Roosevelt last week that the Pentagon is closely watching Chinese weapons developments. “And so, we see them building a system that’s new, we make sure we have countermeasures to that and actually, we’re making new substantial investments, new investments,” he said, noting electronic warfare, cyber defenses, air defenses, cruise missile defenses.
“All that’s really important because we’ve got to make sure the balance doesn’t change here, qualitatively or quantitatively, and we’re not going to let that happen,” Carter said.
China Tests Anti-Satellite Missile - Washington Free Beacon
http://freebeacon.com/national-s ... -satellite-missile/
China Tests Anti-Satellite Missile
New ASAT interceptor threatens U.S. spy satellites
BY: Bill Gertz Follow @BillGertz
November 9, 2015 5:00 am
China recently conducted a flight test of a new missile capable of knocking out U.S. satellites as part of Beijing’s growing space warfare arsenal.
The test of a Dong Neng-3 exoatmospheric vehicle was carried out Oct. 30 from China’s Korla Missile Test Complex in western China, said two defense officials familiar with reports of the test.
A Chinese press report also provided details of what was said to be a missile defense interceptor flight test carried out Nov. 1. Photos of the missile’s contrails were posted online.
However, the defense officials said the DN-3 is primarily a direct-ascent missile designed to ram into satellites and destroy them, even if intelligence assessments hold that the weapon has some missile defense capabilities.
The DN-3 flight test was the eighth time China carried out an anti-satellite missile test. An earlier test occurred in July 2014, which China also asserted was a missile defense test.
State Department and Pentagon officials declined to comment on the anti-satellite test.
A Chinese Embassy spokesman said: “I don’t have detailed information about the missile test you mentioned.”
“China advocates for the peaceful use of outer space, and opposes space weaponization or arms race in space,” the spokesman said in an email.
A State official referred to a speech from February by Frank Rose, assistant secretary of State for arms control, verification and compliance, who commented on the 2014 test.
“Despite China’s claims that this was not an ASAT [anti-satellite] test; let me assure you the United States has high confidence in its assessment, that the event was indeed an ASAT test,” Rose said.
“The continued development and testing of destructive ASAT systems is both destabilizing and threatens the long-term security and sustainability of the outer space environment,” he added.
China’s most disruptive ASAT test occurred in January 2007 when a direct ascent missile destroyed a Chinese weather satellite, creating tens of thousands of debris pieces that pose a continuing danger to both satellites and manned spacecraft, like the International Space Station.
Rose said the secrecy surrounding China’s ASAT program is preventing any U.S. cooperation with Beijing on space. Cooperation will only possible after “China changes its behavior with regard to ASATs,” he said.
Documents disclosed by Wikileaks revealed that the United States and Asian allies issued protests to China over a January 2010 flight test of an anti-satellite missile from an SC-19 rocket booster
It could not be learned if protests were lodged over the Oct. 30 test.
China’s Guancha.com reported Nov. 1 that the unusual contrails near the city of Korla, in Xinjiang province, that appeared to be signs of a spacecraft launch or possibly “a midcourse anti-missile test.”
“In recent years, similar clouds have appeared over the skies of Xinjiang many times,” the report said. “A few of them have been linked to land-based midcourse anti-missile interception tests.”
Hong Kong’s Ming Pao then reported Nov. 4 that the test appear to be a “final-phase missile interception test had been conducted in the upper atmosphere.”
“The capability to intercept was one of the capabilities of the PRC Hongqi-19 missile, and may be employed to intercept high supersonic gliding targets on the offensive,” Ming Pao stated.
A forthcoming report by the congressional U.S.-China Economic and Security Review Commission contains an entire chapter on China’s military and civilian space capabilities.
The report discusses two anti-satellite missiles, the SC-19 and the larger DN-2, which are meant to be fired in pre-determined flight paths as a satellite passes over Chinese territory.
The report suggests that China disguised its anti-satellite tests in 2010, 2013, and 2014 as missile defense interceptor tests. It stated that each test involved a high-speed intercept of a mock warhead launched by a ballistic missile and not a satellite as a way to avoid debris.
“Although China has called these tests ‘land-based missile interception tests,’ available evidence suggests they were indeed antisatellite tests,” the report said.
The May 2013 DN-2 anti-satellite test involved “nearly geosynchronous orbit” where most intelligence and navigation satellites are located. The commission described that test as demonstrating “a new high-altitude anti-satellite capability” that could be deployed as early as 2020.
The 2013 test, which reached 18,600 miles into space, was first reported by the Washington Free Beacon.
Since 2005, China has conducted seven anti-satellite direct-ascent missile tests, according to the commission report. The report did not include the latest DN-3 test.
U.S.-China Economic and Security Review CommissionU.S.-China Economic and Security Review Commission
“China is pursuing a broad and robust array of counterspace capabilities, which includes direct-ascent anti-satellite missiles, co-orbital anti-satellite systems, computer network operations, ground-based satellite jammers, and directed energy weapons,” the report said.
Air Force Lt. Gen. John “Jay” Raymond, commander of the Joint Functional Component Command for Space, said at a House hearing in March that “we are quickly approaching the point where every satellite in every orbit can be threatened.”
Rick Fisher, a military analyst with the International Assessment and Strategy Center, said if the DN-3 interceptor test is confirmed, “this is the first mention of the DN-3, apparently either a modified version of the DN-2 or a new anti-satellite weapon.”
Fisher said the missile designated as the DN-1 was based on the SC-19 anti-satellite missile first tested in 2007, and that the DN-1’s booster appeared to be based on the KT-1 solid-fueled space launch vehicle, produced by China Aerospace Science and Industry Corporation. “It would follow that the DN-2 and DN-3 may also be [the corporation’s] products,” he said.
China recently developed two new and more powerful space launchers called the KZ-1 and KZ-11.
A DN-3 weapon based on the KZ-11 launcher would be capable of hitting targets at higher orbits.
If the recent test involved missile defenses, “China may be developing [anti-ballistic missile] ABM systems capable of intercepts at much longer ranges than U.S. Ground-Based Interceptors based at Fort Greely in Alaska,” Fisher said.
China has been harshly critical of U.S. missile defenses and has said it opposes all space weapons.
However, the development of both missile defenses and anti-satellite missiles by China has been underway since the early 1990s, Fisher said.
“The United States so far has not developed very high-altitude ASAT systems like the DN-2 and DN-3, also proving that China has little intention to follow the example of American restraint,” he said.A report by the Rand Corporation published in September concluded that the Chinese threat to U.S. satellites is increasing.
“The risk to most U.S. space functions appears to be growing faster than the U.S. ability or effort to mitigate them,” the report said, noting that Chinese space warfare capabilities “are increasing across the board.”
“In a number of areas, the U.S. military is taking steps to mitigate the threat,” the report said. “Whether these efforts succeed in making U.S. systems safe or, at least, unattractive targets should a U.S.-China conflict occur will depend on what investments the United States makes in space defense in the coming years and whether it can find ways to reduce its systems’ vulnerabilities.”
Air Force Gen. John Hyten, head of the Air Force Space Command told CBS’s 60 Minutes in April that U.S. weapons are being developed to counter China’s space arms.
Hyten said if U.S. satellites are threatened, “we have the right of self defense and we’ll make sure we can execute that right.”
On the possible future use of military force in space, Hyten bluntly said: “That’s why we have a military … I’m not NASA.”
Defense Secretary Ash Carter told sailors aboard the aircraft carrier USS Roosevelt last week that the Pentagon is closely watching Chinese weapons developments. “And so, we see them building a system that’s new, we make sure we have countermeasures to that and actually, we’re making new substantial investments, new investments,” he said, noting electronic warfare, cyber defenses, air defenses, cruise missile defenses.
“All that’s really important because we’ve got to make sure the balance doesn’t change here, qualitatively or quantitatively, and we’re not going to let that happen,” Carter said.
China Tests Anti-Satellite Missile - Washington Free Beacon
http://freebeacon.com/national-s ... -satellite-missile/前几天实验的原来是动能3号啊 ，自由灯塔报道了 ，著名的 中国人民的老哥们Bill Gertz，Bill Gates的弟弟。
China Tests Anti-Satellite Missile
New ASAT interceptor threatens U.S. spy satellites
BY: Bill Gertz Follow @BillGertz
November 9, 2015 5:00 am
China recently conducted a flight test of a new missile capable of knocking out U.S. satellites as part of Beijing’s growing space warfare arsenal.
The test of a Dong Neng-3 exoatmospheric vehicle was carried out Oct. 30 from China’s Korla Missile Test Complex in western China, said two defense officials familiar with reports of the test.
A Chinese press report also provided details of what was said to be a missile defense interceptor flight test carried out Nov. 1. Photos of the missile’s contrails were posted online.
However, the defense officials said the DN-3 is primarily a direct-ascent missile designed to ram into satellites and destroy them, even if intelligence assessments hold that the weapon has some missile defense capabilities.
The DN-3 flight test was the eighth time China carried out an anti-satellite missile test. An earlier test occurred in July 2014, which China also asserted was a missile defense test.
State Department and Pentagon officials declined to comment on the anti-satellite test.
A Chinese Embassy spokesman said: “I don’t have detailed information about the missile test you mentioned.”
“China advocates for the peaceful use of outer space, and opposes space weaponization or arms race in space,” the spokesman said in an email.
A State official referred to a speech from February by Frank Rose, assistant secretary of State for arms control, verification and compliance, who commented on the 2014 test.
“Despite China’s claims that this was not an ASAT [anti-satellite] test; let me assure you the United States has high confidence in its assessment, that the event was indeed an ASAT test,” Rose said.
“The continued development and testing of destructive ASAT systems is both destabilizing and threatens the long-term security and sustainability of the outer space environment,” he added.
China’s most disruptive ASAT test occurred in January 2007 when a direct ascent missile destroyed a Chinese weather satellite, creating tens of thousands of debris pieces that pose a continuing danger to both satellites and manned spacecraft, like the International Space Station.
Rose said the secrecy surrounding China’s ASAT program is preventing any U.S. cooperation with Beijing on space. Cooperation will only possible after “China changes its behavior with regard to ASATs,” he said.
Documents disclosed by Wikileaks revealed that the United States and Asian allies issued protests to China over a January 2010 flight test of an anti-satellite missile from an SC-19 rocket booster
It could not be learned if protests were lodged over the Oct. 30 test.
China’s Guancha.com reported Nov. 1 that the unusual contrails near the city of Korla, in Xinjiang province, that appeared to be signs of a spacecraft launch or possibly “a midcourse anti-missile test.”
“In recent years, similar clouds have appeared over the skies of Xinjiang many times,” the report said. “A few of them have been linked to land-based midcourse anti-missile interception tests.”
Hong Kong’s Ming Pao then reported Nov. 4 that the test appear to be a “final-phase missile interception test had been conducted in the upper atmosphere.”
“The capability to intercept was one of the capabilities of the PRC Hongqi-19 missile, and may be employed to intercept high supersonic gliding targets on the offensive,” Ming Pao stated.
A forthcoming report by the congressional U.S.-China Economic and Security Review Commission contains an entire chapter on China’s military and civilian space capabilities.
The report discusses two anti-satellite missiles, the SC-19 and the larger DN-2, which are meant to be fired in pre-determined flight paths as a satellite passes over Chinese territory.
The report suggests that China disguised its anti-satellite tests in 2010, 2013, and 2014 as missile defense interceptor tests. It stated that each test involved a high-speed intercept of a mock warhead launched by a ballistic missile and not a satellite as a way to avoid debris.
“Although China has called these tests ‘land-based missile interception tests,’ available evidence suggests they were indeed antisatellite tests,” the report said.
The May 2013 DN-2 anti-satellite test involved “nearly geosynchronous orbit” where most intelligence and navigation satellites are located. The commission described that test as demonstrating “a new high-altitude anti-satellite capability” that could be deployed as early as 2020.
The 2013 test, which reached 18,600 miles into space, was first reported by the Washington Free Beacon.
Since 2005, China has conducted seven anti-satellite direct-ascent missile tests, according to the commission report. The report did not include the latest DN-3 test.
U.S.-China Economic and Security Review CommissionU.S.-China Economic and Security Review Commission
“China is pursuing a broad and robust array of counterspace capabilities, which includes direct-ascent anti-satellite missiles, co-orbital anti-satellite systems, computer network operations, ground-based satellite jammers, and directed energy weapons,” the report said.
Air Force Lt. Gen. John “Jay” Raymond, commander of the Joint Functional Component Command for Space, said at a House hearing in March that “we are quickly approaching the point where every satellite in every orbit can be threatened.”
Rick Fisher, a military analyst with the International Assessment and Strategy Center, said if the DN-3 interceptor test is confirmed, “this is the first mention of the DN-3, apparently either a modified version of the DN-2 or a new anti-satellite weapon.”
Fisher said the missile designated as the DN-1 was based on the SC-19 anti-satellite missile first tested in 2007, and that the DN-1’s booster appeared to be based on the KT-1 solid-fueled space launch vehicle, produced by China Aerospace Science and Industry Corporation. “It would follow that the DN-2 and DN-3 may also be [the corporation’s] products,” he said.
China recently developed two new and more powerful space launchers called the KZ-1 and KZ-11.
A DN-3 weapon based on the KZ-11 launcher would be capable of hitting targets at higher orbits.
If the recent test involved missile defenses, “China may be developing [anti-ballistic missile] ABM systems capable of intercepts at much longer ranges than U.S. Ground-Based Interceptors based at Fort Greely in Alaska,” Fisher said.
China has been harshly critical of U.S. missile defenses and has said it opposes all space weapons.
However, the development of both missile defenses and anti-satellite missiles by China has been underway since the early 1990s, Fisher said.
“The United States so far has not developed very high-altitude ASAT systems like the DN-2 and DN-3, also proving that China has little intention to follow the example of American restraint,” he said.A report by the Rand Corporation published in September concluded that the Chinese threat to U.S. satellites is increasing.
“The risk to most U.S. space functions appears to be growing faster than the U.S. ability or effort to mitigate them,” the report said, noting that Chinese space warfare capabilities “are increasing across the board.”
“In a number of areas, the U.S. military is taking steps to mitigate the threat,” the report said. “Whether these efforts succeed in making U.S. systems safe or, at least, unattractive targets should a U.S.-China conflict occur will depend on what investments the United States makes in space defense in the coming years and whether it can find ways to reduce its systems’ vulnerabilities.”
Air Force Gen. John Hyten, head of the Air Force Space Command told CBS’s 60 Minutes in April that U.S. weapons are being developed to counter China’s space arms.
Hyten said if U.S. satellites are threatened, “we have the right of self defense and we’ll make sure we can execute that right.”
On the possible future use of military force in space, Hyten bluntly said: “That’s why we have a military … I’m not NASA.”
Defense Secretary Ash Carter told sailors aboard the aircraft carrier USS Roosevelt last week that the Pentagon is closely watching Chinese weapons developments. “And so, we see them building a system that’s new, we make sure we have countermeasures to that and actually, we’re making new substantial investments, new investments,” he said, noting electronic warfare, cyber defenses, air defenses, cruise missile defenses.
“All that’s really important because we’ve got to make sure the balance doesn’t change here, qualitatively or quantitatively, and we’re not going to let that happen,” Carter said.
China Tests Anti-Satellite Missile - Washington Free Beacon
http://freebeacon.com/national-s ... -satellite-missile/
国语国语！
Bill Gertz，Fisher都出来了 。动能3号，红旗19
看不懂的可以找我来学习英语
来自:关于超级大本营
能不能说普通话？听不懂方言啊，但是我估计明天观察者会全文翻译的
军事试验基地，中国的Korla县市
反卫星用DN3实验，迄今第8次了，另，也具备部分反导功能
这是第一次涉及DN3出现的新闻，以前的新闻都是DN2
可在高轨道借助KZ-11快舟11火箭攻击目标
“快舟十一号”有望2016年首飞
梁纪秋表示，“快舟十一号”充分继承了此前快舟小型固体运载火箭的技术特点和成果，运载能力提升了5倍，能够满足卫星商业化高密度、快速发射的需求。其采用移动方式发射，起飞质量为78吨，近地轨道最大运载能力约1.5吨，主要面向400至1500公里近地和太阳同步轨道卫星单星或多星组网发射服务。
军事试验基地，中国的Korla县市
反卫星用DN3实验，迄今第8次了，另，也具备部分反导功能
这是第一次涉及DN3出现的新闻，以前的新闻都是DN2
可在高轨道借助KZ-11快舟11火箭攻击目标
“快舟十一号”有望2016年首飞
梁纪秋表示，“快舟十一号”充分继承了此前快舟小型固体运载火箭的技术特点和成果，运载能力提升了5倍，能够满足卫星商业化高密度、快速发射的需求。其采用移动方式发射，起飞质量为78吨，近地轨道最大运载能力约1.5吨，主要面向400至1500公里近地和太阳同步轨道卫星单星或多星组网发射服务。
看起来高大上。
看见有人造谣中国试验失败不敢报道，美国人就出来辟谣了。果然好基友
谁翻译下啊
中段反导和反卫星技术上有什么区别？美国佬怎么就能一口咬定是ASAT？除非这次拦截高度远远超出反导需求，看新疆UFO照片又不像是～MD又在傲娇了吧？
中宣部！你欠美媒一年稿费。不带这么偷懒，大事连笔墨也省了每次都是日本美国帮忙喊
LiveLiub 发表于 2015-11-10 01:55
能不能说普通话？听不懂方言啊，但是我估计明天观察者会全文翻译的
灯塔国媒体和观察者网互动的节奏？另外啥方言，那个香港人说的？还是说英语的一种方言？呃，我猜你应该是指原文链接里面的视频吧
LiveLiub 发表于 2015-11-10 01:55
能不能说普通话？听不懂方言啊，但是我估计明天观察者会全文翻译的
灯塔国媒体和观察者网互动的节奏？另外啥方言，那个香港人说的？还是说英语的一种方言？呃，我猜你应该是指原文链接里面的视频吧
中宣部！你欠美媒一年稿费。不带这么偷懒，大事连笔墨也省了每次都是日本美国帮忙喊
渣部费用都去追捧男女明星了
渣部费用都去追捧男女明星了
中段反导和反卫星技术上有什么区别？美国佬怎么就能一口咬定是ASAT？除非这次拦截高度远远超出反导需求，看 ...
一口咬定反卫星这样才有借口说中国威胁各国卫星了，把中国塑造成一个十恶不赦的形象
一口咬定反卫星这样才有借口说中国威胁各国卫星了，把中国塑造成一个十恶不赦的形象
future220 发表于 2015-11-10 07:48
一口咬定反卫星这样才有借口说中国威胁各国卫星了，把中国塑造成一个十恶不赦的形象
大胆，你肿么把米帝中宣部的战略意图暴露了
一口咬定反卫星这样才有借口说中国威胁各国卫星了，把中国塑造成一个十恶不赦的形象
大胆，你肿么把米帝中宣部的战略意图暴露了
来自:关于超级大本营
enroger 发表于 2015-11-10 03:21
中段反导和反卫星技术上有什么区别？美国佬怎么就能一口咬定是ASAT？除非这次拦截高度远远超出反导需求，看 ...
可能他们没有发现试验中没有使用测验目标弹？
中段反导和反卫星技术上有什么区别？美国佬怎么就能一口咬定是ASAT？除非这次拦截高度远远超出反导需求，看 ...
可能他们没有发现试验中没有使用测验目标弹？
美国的报道比中国的报道全面很多啊。
当缩头乌龟就不会有人注意到自己吗？
当缩头乌龟就不会有人注意到自己吗？
美国的报道比中国的报道全面很多啊。
当缩头乌龟就不会有人注意到自己吗？
美国人报道就是准确么
当缩头乌龟就不会有人注意到自己吗？
美国人报道就是准确么
动能3， 美国人知道得那么清楚啊
不会是自己起的名字吧， 美国最喜欢这套
不会是自己起的名字吧， 美国最喜欢这套
动能3？不是破片杀伤了？
xuese 发表于 2015-11-10 12:34
美国人报道就是准确么
问题是一边没报道一边装作详细报道了啊。
所以说国内的宣传部门是垃圾 大部分宣传口的麻烦都是自己不作为造成的。
美国人报道就是准确么
问题是一边没报道一边装作详细报道了啊。
所以说国内的宣传部门是垃圾 大部分宣传口的麻烦都是自己不作为造成的。
xuese 发表于 2015-11-10 12:34
美国人报道就是准确么
这种事情 大概过几个月会出现一篇中规中矩的八股 以便骗一次工资。
至于装作在宣传有没有效果 反正工资到手了
美国人报道就是准确么
这种事情 大概过几个月会出现一篇中规中矩的八股 以便骗一次工资。
至于装作在宣传有没有效果 反正工资到手了
军事试验基地，中国的Korla县市
反卫星用DN3实验，迄今第8次了，另，也具备部分反导功能
这一看就是机翻，谁能翻译翻译
反卫星用DN3实验，迄今第8次了，另，也具备部分反导功能
这一看就是机翻，谁能翻译翻译
最爱中国国防部美利坚分部新闻发言人的稿子了
卧草，撸主发的都是方言啊？比温州话还难懂
好多奇怪的型号，DN、SC、KZ。。。
可摧毁美国卫星…中国测「动能3号」导弹
北美世界日报 编译 宋凌兰／综合9日电 November 10, 2015, 6:31 am
中国最近对一种可摧毁美国卫星的新型导弹进行飞行测试，以作为北京不断增加的太空武器之一。两名美国国防官员透露，中国曾在10月30日于新疆库尔勒导弹测试场，进行「动能3号」外大气层载具的测试。
「华盛顿自由灯塔」(Washington Free Beacon)报导，中国媒体则曾就本月1日所谓的导弹防御拦截器飞行测试提供细节，网上也公布了导弹轨迹的照片。然而，国防官员指出，动能3号主要是旨在撞击和摧毁卫星的「直升式」导弹，虽然情报评估认为，该型武器也具有一些导弹防御的能力。动能3号飞行测试，是中国第八次进行反卫星导弹测试。前一次的测试在2014年7月进行，中国也称是导弹防御测试。美国国务院和国防部官员都拒绝评论反卫星测试，中国大使馆发言人则说，没有相关测试的细节。
目前尚不知美方是否已就10月30日的测试提出抗议。中国「观察者网」1日报导，库尔勒附近上空出现不寻常的飞行云，似乎是发射太空船或「中段反导弹测试」的迹象。
香港明报则于4日报导，该测试显然是「在上大气层进行的最后阶段导弹拦截测试」。
「美中经济安全审查委员会」即将公布的报告，有一整章谈及中国军方和民间的太空能力，并讨论到两种反卫星导弹：SC-19和较大型的动能2号，能在预先设定的飞行路径，对准经过中国上空的卫星发射。
报告暗示，中国把2010年、2013年和2014年的反卫星测试，掩饰为导弹防御拦截器测试，「虽然中国把这些测试称为陆基导弹拦截测试，但是证据显示，其实是反卫星测试」。
今年2月，助理国务卿罗斯(Frank Rose)谈到去年测试时也称，儘管中国宣称并非反卫星测试，但是美国对自己的评估很有把握，认为就是反卫星测试。罗斯又说，中国的反卫星计画太过隐密，使得美国无法与北京在太空方面合作。
中国在2007年1月首度展开最具破坏性的反卫星测试，当时一枚直升导弹摧毁中国气象卫星，使得数千碎片对卫星、太空船和国际太空站造成危险。
http://www.worldjournal.com/3521 ... =%E9%A6%96%E9%A0%81
北美世界日报 编译 宋凌兰／综合9日电 November 10, 2015, 6:31 am
中国最近对一种可摧毁美国卫星的新型导弹进行飞行测试，以作为北京不断增加的太空武器之一。两名美国国防官员透露，中国曾在10月30日于新疆库尔勒导弹测试场，进行「动能3号」外大气层载具的测试。
「华盛顿自由灯塔」(Washington Free Beacon)报导，中国媒体则曾就本月1日所谓的导弹防御拦截器飞行测试提供细节，网上也公布了导弹轨迹的照片。然而，国防官员指出，动能3号主要是旨在撞击和摧毁卫星的「直升式」导弹，虽然情报评估认为，该型武器也具有一些导弹防御的能力。动能3号飞行测试，是中国第八次进行反卫星导弹测试。前一次的测试在2014年7月进行，中国也称是导弹防御测试。美国国务院和国防部官员都拒绝评论反卫星测试，中国大使馆发言人则说，没有相关测试的细节。
目前尚不知美方是否已就10月30日的测试提出抗议。中国「观察者网」1日报导，库尔勒附近上空出现不寻常的飞行云，似乎是发射太空船或「中段反导弹测试」的迹象。
香港明报则于4日报导，该测试显然是「在上大气层进行的最后阶段导弹拦截测试」。
「美中经济安全审查委员会」即将公布的报告，有一整章谈及中国军方和民间的太空能力，并讨论到两种反卫星导弹：SC-19和较大型的动能2号，能在预先设定的飞行路径，对准经过中国上空的卫星发射。
报告暗示，中国把2010年、2013年和2014年的反卫星测试，掩饰为导弹防御拦截器测试，「虽然中国把这些测试称为陆基导弹拦截测试，但是证据显示，其实是反卫星测试」。
今年2月，助理国务卿罗斯(Frank Rose)谈到去年测试时也称，儘管中国宣称并非反卫星测试，但是美国对自己的评估很有把握，认为就是反卫星测试。罗斯又说，中国的反卫星计画太过隐密，使得美国无法与北京在太空方面合作。
中国在2007年1月首度展开最具破坏性的反卫星测试，当时一枚直升导弹摧毁中国气象卫星，使得数千碎片对卫星、太空船和国际太空站造成危险。
http://www.worldjournal.com/3521 ... =%E9%A6%96%E9%A0%81
东野翔1418 发表于 2015-11-10 01:38
看不懂的可以找我来学习英语
学霸，翻一下吗！
看不懂的可以找我来学习英语
学霸，翻一下吗！
看不懂的可以找我来学习英语
我就说拿，不要急，过不了几天美国霉体就会告诉我们真相……
国语国语！
应该说：说人话！
应该说：说人话！
一位固体发动机设计专家的欢喜与悲伤
发布时间：2015年11月27日 信息来源：中国航天科工集团公司
——记中国航天科工六院武器型号总设计师常肖平在忠孝间的选择
自古忠孝难两全，我为事业远双亲。
刚刚过去不久的11月1日，是一个让常肖平终身难忘的日子。因为，这一天，他作为国家某重点武器型号固体发动机的总设计师和技术总指挥，不仅在靶场亲眼目睹了该发动机首次试飞时壮观的场面，也再一次享受了首飞成功后的喜悦。这种喜悦从他2002年担任41所副总工程师、从事发动机设计工作以来，他已经享受过许多次。但是，这一天，也是一个令他十分遗憾与悲痛的日子，他的老父亲在他远在几千里之外的飞行试验基地时，带着未看他最后一眼的遗憾，悄然而去了。在欢喜与悲伤结伴过后，常肖平又有了一份担心……
组织关怀暖人心
说起已逝去的父亲时，常肖平泪眼汪汪地说，父亲做手术时我不在身旁，父亲临走时我还不在身边，兄弟姐妹们埋怨我是应该的，母亲虽然没有埋怨，但是，从她的表情中我看出，她对我是不满意的。因为，居住在呼市的父母，身边只有我一个子女，无论从相处的时间还是从感情上，我与父母是最长的、最深的，但是……，他哽咽着说不下去了。
10月8日，常肖平年迈的父亲不慎摔倒，造成股骨骨折，需要手术治疗，并将手术的日期确定在12日。可就在11日，常肖平不得不离开次日将要做大手术的父亲，前往千里之外的靶场。因为，协调、处理发射前发动机的技术问题，沟通与其它部件的装配是一项非常重要的工作，而将要进行飞行试验的武器型号是国家的一个重点预研型号，作为该武器型号“心脏”与动力发动机的总设计师，而且是该发动机研制的技术总指挥，靠前协调指挥，历来是他一贯的工作作风。
但是，所有的这一切都是国家秘密，不能向家人们吐露半句。只能以这项工作需要他为理由，在家人们的不理解、不满意中，带着十分愧疚的泪花姗姗而去。在他离去前拜托医生关照父亲时，医生告知他，他老父亲有多种病症，手术风险很大……
10月12日，当告知发动机检测、验证通过，六院试验队员在长吁一口气后，常肖平却在一旁忧心忡忡地担心着医院中的父亲。突然，家人打来电话：父亲手术后需要一人帮忙抬上病床。从未向组织张过口，一向有困难自己解决、自己扛的常肖平，此时在百般无奈之下，不得不打电话向六院工会求助。
事后，常肖平十分感慨地说，虽然父亲做手术时我不在身边是一种遗憾，但通过此次求助组织，使我不仅感受到了我们六院推行的健康、和谐、幸福“3H”关爱活动是实打实的，是暖人心的，同时也深深体验到了我们六院这个大家庭浓浓的关爱之情。12日院工会接到我的电话后，四名同志在短短的半小时之内便赶到了医院，前去帮助的有院党工部、院工会、院科技部的部长、主任，还有年轻的同事。他们在医院一直等了3个多小时，直到确定手术成功，把我父亲抬上病床后才离去。而后，院党委副书记等领导又代表院党委，带着慰问品亲自到医院看望了我父亲。
人生天枰难平衡
人生的天枰两端，一端是事业，一端是家庭，能使这一天枰始终处于平衡状态者，难！
10月26日，常肖平父亲在缓慢中渐渐好转出院了。29日，常肖平又要到靶场了，由他设计的又一武器型号发动机将要在更遥远的靶场进行首飞试验，但是，他却不知道该怎么向家人张这个“请假”的口。从外地来伺候父亲的大哥也是一位从事军工的人，他从不断接听电话的弟弟口中，大概了解了弟弟肩上担子的沉重，理解了弟弟这位从事航天事业31年人的苦衷，对他说，妈也知道你事多，你出差去吧。
靶场试飞难道非要常总去吗？对此很不理解的笔者，问常肖平的直接领导，六院副院长、科技委主任孙翔宇。孙翔宇说，常总有几个特点：他能担当、敢担当，尽管由他设计、分管的型号发动机有六个，工作非常繁忙，压力很大，但是，研制过程中的事他从不推卸，敢决策敢拍板。他不唯上、不随大流，敢于表达自己的意见。在型号设计、研制过程中，他有自己独特的想法和看法，并敢于说出来、勇于坚持。他特别较真，负责，不论是去研制、试验现场，还是参加发动机研制阶段评审的会议，他对每一个环节，都要一一审核、把关，有些评审会的会议纪要，他都要亲自起草。对发现的问题，他不回避、不推卸，直到把问题搞清。他不讲人情，敢说敢管、敢纠正，不论对谁，是对是错，泾渭分明。是一个眼里揉不得半粒沙子的专家。在他的影响带动下，这些年他带出了许多年轻人。
多年跟随常总工作的六院科技发展部型号调度张浩东说，不论是在型号研制过程中，还是在试飞靶场，常总不仅是我们的主心骨，也是整个型号的决策与灵魂人物。他说，只有认真、细致、较真，才能确保一次成功。
成功的背后是付出。11月1日，是常肖平今生难以忘怀的日子。虽然父亲已离他而去，但是，他感觉父亲总在他的面前，总在板着一副深沉的面孔对他说，儿啊，我没见到你走了，你可要多陪陪你的老母亲，别让她再伤心而去了。
这是常肖平最担心的一件事，也是他最害怕发生的事。他说，子欲养而亲不在，是做子女的一大憾事。可是，我怕遗憾再一次在我身上发生，因为，我是一个身不由己的人。是的，百善孝为先，能在父母离去时守在身边为孝之最。
可是，正因为有像常肖平这样将人生天枰一直倾斜于事业，但却给自我人生留下几多遗憾与悲伤的人，才使我们国家的航天事业，有了今天的发展与壮大，有了今天的灿烂辉煌。（文/杨世杰）
http://www.dljs.casic.cn/n1605871/n1605887/c2465724/content.html
一位固体发动机设计专家的欢喜与悲伤
发布时间：2015年11月27日 信息来源：中国航天科工集团公司
——记中国航天科工六院武器型号总设计师常肖平在忠孝间的选择
自古忠孝难两全，我为事业远双亲。
刚刚过去不久的11月1日，是一个让常肖平终身难忘的日子。因为，这一天，他作为国家某重点武器型号固体发动机的总设计师和技术总指挥，不仅在靶场亲眼目睹了该发动机首次试飞时壮观的场面，也再一次享受了首飞成功后的喜悦。这种喜悦从他2002年担任41所副总工程师、从事发动机设计工作以来，他已经享受过许多次。但是，这一天，也是一个令他十分遗憾与悲痛的日子，他的老父亲在他远在几千里之外的飞行试验基地时，带着未看他最后一眼的遗憾，悄然而去了。在欢喜与悲伤结伴过后，常肖平又有了一份担心……
组织关怀暖人心
说起已逝去的父亲时，常肖平泪眼汪汪地说，父亲做手术时我不在身旁，父亲临走时我还不在身边，兄弟姐妹们埋怨我是应该的，母亲虽然没有埋怨，但是，从她的表情中我看出，她对我是不满意的。因为，居住在呼市的父母，身边只有我一个子女，无论从相处的时间还是从感情上，我与父母是最长的、最深的，但是……，他哽咽着说不下去了。
10月8日，常肖平年迈的父亲不慎摔倒，造成股骨骨折，需要手术治疗，并将手术的日期确定在12日。可就在11日，常肖平不得不离开次日将要做大手术的父亲，前往千里之外的靶场。因为，协调、处理发射前发动机的技术问题，沟通与其它部件的装配是一项非常重要的工作，而将要进行飞行试验的武器型号是国家的一个重点预研型号，作为该武器型号“心脏”与动力发动机的总设计师，而且是该发动机研制的技术总指挥，靠前协调指挥，历来是他一贯的工作作风。
但是，所有的这一切都是国家秘密，不能向家人们吐露半句。只能以这项工作需要他为理由，在家人们的不理解、不满意中，带着十分愧疚的泪花姗姗而去。在他离去前拜托医生关照父亲时，医生告知他，他老父亲有多种病症，手术风险很大……
10月12日，当告知发动机检测、验证通过，六院试验队员在长吁一口气后，常肖平却在一旁忧心忡忡地担心着医院中的父亲。突然，家人打来电话：父亲手术后需要一人帮忙抬上病床。从未向组织张过口，一向有困难自己解决、自己扛的常肖平，此时在百般无奈之下，不得不打电话向六院工会求助。
事后，常肖平十分感慨地说，虽然父亲做手术时我不在身边是一种遗憾，但通过此次求助组织，使我不仅感受到了我们六院推行的健康、和谐、幸福“3H”关爱活动是实打实的，是暖人心的，同时也深深体验到了我们六院这个大家庭浓浓的关爱之情。12日院工会接到我的电话后，四名同志在短短的半小时之内便赶到了医院，前去帮助的有院党工部、院工会、院科技部的部长、主任，还有年轻的同事。他们在医院一直等了3个多小时，直到确定手术成功，把我父亲抬上病床后才离去。而后，院党委副书记等领导又代表院党委，带着慰问品亲自到医院看望了我父亲。
人生天枰难平衡
人生的天枰两端，一端是事业，一端是家庭，能使这一天枰始终处于平衡状态者，难！
10月26日，常肖平父亲在缓慢中渐渐好转出院了。29日，常肖平又要到靶场了，由他设计的又一武器型号发动机将要在更遥远的靶场进行首飞试验，但是，他却不知道该怎么向家人张这个“请假”的口。从外地来伺候父亲的大哥也是一位从事军工的人，他从不断接听电话的弟弟口中，大概了解了弟弟肩上担子的沉重，理解了弟弟这位从事航天事业31年人的苦衷，对他说，妈也知道你事多，你出差去吧。
靶场试飞难道非要常总去吗？对此很不理解的笔者，问常肖平的直接领导，六院副院长、科技委主任孙翔宇。孙翔宇说，常总有几个特点：他能担当、敢担当，尽管由他设计、分管的型号发动机有六个，工作非常繁忙，压力很大，但是，研制过程中的事他从不推卸，敢决策敢拍板。他不唯上、不随大流，敢于表达自己的意见。在型号设计、研制过程中，他有自己独特的想法和看法，并敢于说出来、勇于坚持。他特别较真，负责，不论是去研制、试验现场，还是参加发动机研制阶段评审的会议，他对每一个环节，都要一一审核、把关，有些评审会的会议纪要，他都要亲自起草。对发现的问题，他不回避、不推卸，直到把问题搞清。他不讲人情，敢说敢管、敢纠正，不论对谁，是对是错，泾渭分明。是一个眼里揉不得半粒沙子的专家。在他的影响带动下，这些年他带出了许多年轻人。
多年跟随常总工作的六院科技发展部型号调度张浩东说，不论是在型号研制过程中，还是在试飞靶场，常总不仅是我们的主心骨，也是整个型号的决策与灵魂人物。他说，只有认真、细致、较真，才能确保一次成功。
成功的背后是付出。11月1日，是常肖平今生难以忘怀的日子。虽然父亲已离他而去，但是，他感觉父亲总在他的面前，总在板着一副深沉的面孔对他说，儿啊，我没见到你走了，你可要多陪陪你的老母亲，别让她再伤心而去了。
这是常肖平最担心的一件事，也是他最害怕发生的事。他说，子欲养而亲不在，是做子女的一大憾事。可是，我怕遗憾再一次在我身上发生，因为，我是一个身不由己的人。是的，百善孝为先，能在父母离去时守在身边为孝之最。
可是，正因为有像常肖平这样将人生天枰一直倾斜于事业，但却给自我人生留下几多遗憾与悲伤的人，才使我们国家的航天事业，有了今天的发展与壮大，有了今天的灿烂辉煌。（文/杨世杰）
http://www.dljs.casic.cn/n1605871/n1605887/c2465724/content.html
dientes 发表于 2015-11-10 06:35
灯塔国媒体和观察者网互动的节奏？另外啥方言，那个香港人说的？还是说英语的一种方言？呃，我猜你应该 ...
他的意思是除中文外其他都是地方方言，你的明白？
灯塔国媒体和观察者网互动的节奏？另外啥方言，那个香港人说的？还是说英语的一种方言？呃，我猜你应该 ...
他的意思是除中文外其他都是地方方言，你的明白？
又是打卫星吗，太好了
看看国外的报道也挺好
看不懂方言
外媒有几句真话？看都不要看
为啥都是外国人比我们早知道