PLA Navy news, pics and videos
- Thread starter Jeff Head
- Start date
I think that if 054B contains CUVLS, it would be delayed until a quad-packed MRSAM is ready. If the delay becomes to great they might build an "interim class" with the old VLS (similar to how the 054 was built with the old HQ-7).
Jura The idiot
General
Jura The idiot
General
Today at 8:08 AM
"The Liaoning carrier and its strike group left this morning for a new training campaign. Possible stopover in Hong Kong" (automatic translation)
updating:
"The Liaoning carrier and its strike group left this morning for a new training campaign. Possible stopover in Hong Kong" (automatic translation)
Jura The idiot
General
Jura The idiot
General
sorry if it's being discussed somewhere else ... I now noticed
Has China developed the world’s most powerful submarine detector?
Saturday, 24 June
at first I translated using google (unaware of that SCMP article)
上海微系统所“航空超导全张量磁梯度测量装置”通过项目总体验收
so I'll post it:
Aeronautical full-tensor magnetic gradient measurement technology is the forefront of today's international aeromagnetic technology, can achieve the precise positioning of underground magnetic anomalies. The full-tensor system based on low-temperature superconductivity has high resolution and can realize the "true" gradient measurement of geomagnetic field. It is the best scheme to realize aerosol full-length measurement, but the system is very difficult to develop. At present, only Jena has Application of Low Temperature Superconducting Full Tensor Magnetic Gradient Measurement.
By the Shanghai micro-system researcher Xie Xiaoming led the superconducting tensor system R & D team after 4 years (2013-2016) hard work, has overcome the high balance of superconducting gauges chip independent preparation, high reliability full-length module integration , Magnetic interference suppression system, full-tensor magnetic gradient three-dimensional inversion and other key technologies to achieve the superconducting magnetometer, gauges chip localization, developed the second set of international low-temperature superconductivity magnetic gradient gradient measurement System, after several flight verification (Heilongjiang Zhanhe, Inner Mongolia Siziwangqi Honggeer hematoxylin, Inner Mongolia Wulanhaote peach wood), the system of practical, the actual flight system resolution close to the international leading level, China's aviation magnetic measurement Ability to upgrade from semi-quantitative to quantitative level. In the Inner Mongolia Wulanhaote peach wood hematoxylin carried out the aviation superconducting full-tensor magnetic gradient measurement test flight and application demonstration, successfully obtained the first domestic low-temperature superconducting full-tensor magnetic gradient distribution map, the inversion results and known geological data meets the.
Based on the research results of this project, the R & D team will carry out continuous research and improve the system reliability and realize the full practical application. The research and development of multi-platform series of low-temperature superconducting gradient measurement system will be carried out for resource detection and engineering archaeological And defense and other fields to provide high-performance technology and equipment and solutions.
"Deep resource exploration core equipment research and development" project is in the Chinese Academy of Sciences and the Ministry of Finance planning support, based on mineral resources, "exploration and exploration" in the exploration process target selection, mining exploration, ore body detailed three levels of technical needs, The selection of satellite magnetic load, aeronautic superconducting magnetic gradient measuring device, aviation transient electromagnetic exploration instrument and other eight sets of equipment to carry out research and development. The project was undertaken by the Institute of Geology and Geophysics of the Chinese Academy of Sciences and organized more than 30 research institutes in the hospital. The project was implemented from January 2013 to December 2016. Eight subprojects and 35 topics were set up. Scientists involved. After four years of research, the project successfully completed the development of eight sets of equipment tasks, a number of key technologies to fill the gaps in the relevant areas of domestic technology, breaking the equipment dependent on foreign imports of the situation, comprehensively enhance China's deep geophysical detection capabilities and technical level, For our country to implement "deep attack" to provide the core equipment, support the "deep into the earth" national strategy."
Has China developed the world’s most powerful submarine detector?
Saturday, 24 June
at first I translated using google (unaware of that SCMP article)
上海微系统所“航空超导全张量磁梯度测量装置”通过项目总体验收
so I'll post it:
"June 19, the Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences to participate in the national major scientific research equipment development project "deep resource detection core equipment research and development" passed the acceptance, Shanghai Microsystems bear the 02 sub-project " Quantitative magnetic gradient measurement device "successfully completed the task of equipment development, research and development results have been unanimously approved by the experts.
Aeronautical full-tensor magnetic gradient measurement technology is the forefront of today's international aeromagnetic technology, can achieve the precise positioning of underground magnetic anomalies. The full-tensor system based on low-temperature superconductivity has high resolution and can realize the "true" gradient measurement of geomagnetic field. It is the best scheme to realize aerosol full-length measurement, but the system is very difficult to develop. At present, only Jena has Application of Low Temperature Superconducting Full Tensor Magnetic Gradient Measurement.
By the Shanghai micro-system researcher Xie Xiaoming led the superconducting tensor system R & D team after 4 years (2013-2016) hard work, has overcome the high balance of superconducting gauges chip independent preparation, high reliability full-length module integration , Magnetic interference suppression system, full-tensor magnetic gradient three-dimensional inversion and other key technologies to achieve the superconducting magnetometer, gauges chip localization, developed the second set of international low-temperature superconductivity magnetic gradient gradient measurement System, after several flight verification (Heilongjiang Zhanhe, Inner Mongolia Siziwangqi Honggeer hematoxylin, Inner Mongolia Wulanhaote peach wood), the system of practical, the actual flight system resolution close to the international leading level, China's aviation magnetic measurement Ability to upgrade from semi-quantitative to quantitative level. In the Inner Mongolia Wulanhaote peach wood hematoxylin carried out the aviation superconducting full-tensor magnetic gradient measurement test flight and application demonstration, successfully obtained the first domestic low-temperature superconducting full-tensor magnetic gradient distribution map, the inversion results and known geological data meets the.
Based on the research results of this project, the R & D team will carry out continuous research and improve the system reliability and realize the full practical application. The research and development of multi-platform series of low-temperature superconducting gradient measurement system will be carried out for resource detection and engineering archaeological And defense and other fields to provide high-performance technology and equipment and solutions.
"Deep resource exploration core equipment research and development" project is in the Chinese Academy of Sciences and the Ministry of Finance planning support, based on mineral resources, "exploration and exploration" in the exploration process target selection, mining exploration, ore body detailed three levels of technical needs, The selection of satellite magnetic load, aeronautic superconducting magnetic gradient measuring device, aviation transient electromagnetic exploration instrument and other eight sets of equipment to carry out research and development. The project was undertaken by the Institute of Geology and Geophysics of the Chinese Academy of Sciences and organized more than 30 research institutes in the hospital. The project was implemented from January 2013 to December 2016. Eight subprojects and 35 topics were set up. Scientists involved. After four years of research, the project successfully completed the development of eight sets of equipment tasks, a number of key technologies to fill the gaps in the relevant areas of domestic technology, breaking the equipment dependent on foreign imports of the situation, comprehensively enhance China's deep geophysical detection capabilities and technical level, For our country to implement "deep attack" to provide the core equipment, support the "deep into the earth" national strategy."
As mentioned above, rumour has it that Liaoning will make a stop in Hong Kong after President Xi's visit. Several local news outlets have reported as such.
Unfortunately, I'm in the UK and will not be back home in time to see the carrier with my own eyes. Such an opportunity missed... -sigh-. Hopefully my friends will be able to get some decent photos.
Unfortunately, I'm in the UK and will not be back home in time to see the carrier with my own eyes. Such an opportunity missed... -sigh-. Hopefully my friends will be able to get some decent photos.