The amazing Woodworking collection of Zhuhai, China
A private woodworking collection, Mostly wood carving, in the Zhuhai Agricultural Research center, china.
Live: How to conserve the biodiversity in China? CGTN全景中国之保护生物多样性
CGTN is heading to Bifengxia Base of China Conservation and Research Center of Giant Panda in Ya'an, southwest China's Sichuan Province. Endowed with good quality water and air, Bifengxia Base is the perfect place for pandas to grow. It is a comprehensive conservation base combining tourism, research, and giant panda breeding. What is the importance of biodiversity conservation? How to protect plants and animals?
CGTN's special program New China gives you an in-depth look at China 70 years on. Our crew is on a 12-day journey to China's southwest, southeast and northeast. Don't miss out. #PanoramicChina #70YearsThriving
China starts to build facilities for gravitational wave research
China started to build infrastructure for its gravitational wave research project Tianqin in the southern coastal city of Zhuhai, Guangdong Province on Sunday.
Sun Yat-sen University, initiator of the program, held a foundation stone laying ceremony for a 30,000-square-meter research building, a 10,000-square-meter ultra-quiet cave laboratory and a 5,000-square-meter observation station on its Zhuhai campus.
Meanwhile, the university is recruiting research staff for the international cooperation program dominated by Chinese scientists.
With an estimated cost of 15 billion yuan, about 2.3 billion U.S. dollars, Tianqin would be carried out in four stages over the next 15 to 20 years, ultimately launching three high-orbit satellites to detect the waves.
The discovery of gravitational waves by the American Laser Interferometer Gravitational-wave Observatory (LIGO) in February has encouraged scientists worldwide to accelerate their research.
Tianqin has two domestic competitors.
Chinese scientists announced on Feb. 16 the Taiji research program that will study gravitational waves from the merging of binary black holes and other celestial bodies.
Another domestic gravitational wave project Ali, has different objectives, namely, detecting the first tremors of the Big Bang, primordial gravitational waves.
China Space Station to be completed in 2022
China Space Station is expected to be completed in 2022. In 2019, a Long March-5B rocket is scheduled to launch the first module, the Tianhe-1 core module. Zhang Bainan, chief engineer, China Academy of Space Technology (CAST), explains the progress so far and the path forward.
Credit: China Central Television (CCTV)
#ChinaSpaceStation
China's Longping High-Tech, ChemChina unit set up corn seed JV
China's Longping High-Tech, ChemChina unit set up corn seed JV.
BEIJING, March 20 (Reuters) - Chinese seed firm Yuan Longping High-Tech Agriculture on Tuesday said it is setting up a corn seed joint venture with China National Agrochemical Co Ltd, a unit of state-...
Zhuhai Art Museum
Using powerfull working stations,the latest software, experience and talent, Frontop CG reveals the dynamic part of your ideas in creating stunning and highly realistic 3D architectural animation for architects, planners, design studios, real estate developers and graphic companies. This way of accessing to the detail becomes unlimited, offering our clients the possibility to walkthrough every section of their project.
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China embraces int'l cooperation in fusion energy research
China is working with international scientists to harness fusion energy, a potential source of safe, carbon-free, and virtually limitless energy. As a frequent visitor to China, Shigeru Morita from Japan's National Institute for Fusion Science is impressed by China's fast development.
Kuaizhou-1A launches Jilin-1 Gaofen 02A
A Kuaizhou-1A (KZ-1A) launch vehicle launched the Jilin-1 Gaofen 02A satellite from the Jiuquan Satellite Launch Center, Gansu Province, northwest China, on 13 November 2019, at 03:40 UTC (11:40 local time). The Jilin-1 Gaofen 02A satellite (吉林一号高分02A) is a new optical remote sensing satellite independently developed by Chang Guang Satellite Technology Co., Ltd., featuring high resolution, wide width and high-speed data transmission. KZ-1A (快舟一号) is a type of low-cost solid-fuelled carrier rocket with high reliability, short preparation period and designed to launch low-orbit satellites weighing under 300 kg each. Kuaizhou-1A is developed by ExPace Technology Corporation, a subsidiary of China Aerospace Science and Industry Corporation (CASIC).
Credit: China Central Television (CCTV)
Chinese engineers plan 1,000km tunnel to make Xinjiang desert bloom
Chinese engineers are testing techniques that could be used to build a 1,000km tunnel – the world’s longest – to carry water from Tibet to Xinjiang, experts involved in the project say.The proposed tunnel, which would drop down from the world’s highest plateau in multiple sections connected by waterfalls, would “turn Xinjiang into California”, one geotechnical engineer said.China’s longest tunnel is the eight-year-old 85km Dahuofang water project in Liaoning province, while the world’s longest tunnel is the 137km main water supply pipe beneath the city of New York.China starts 8,000 water clean-up projects worth US$100 billion in first half of yearHowever, the Chinese government started building a tunnel in the centre of Yunnan province in August that will be more than 600km long, local media reported. Comprising more than 60 sections, each wide enough to accommodate two high-speed trains, it will pass through mountains several thousand metres above sea level in an area plagued by unstable geological conditions.Researchers said building the Yunnan tunnel would be a “rehearsal” of the new technology, engineering methods and equipment needed for the Tibet-Xinjiang tunnel, which would divert the Yarlung Tsangpo River in southern Tibet to the Taklimakan Desert in Xinjiang. Downstream, in India, the river becomes the Brahmaputra, which joins the Ganges in Bangladesh.The Tibetan Plateau stops the rain-laden Indian Ocean monsoon from reaching Xinjiang, with the Gobi Desert in the north and the Taklimakan Desert in the south leaving more than 90 per cent of the region unsuitable for human settlement.However, the Taklimakan sits right at the foot of the Tibetan Plateau, which is known as the water tower of Asia. The more than 400 billion tonnes of water it releases each year – almost enough to fill Lake Erie in the United States – also feeds the source of other major rivers, including the Yellow, Yangtze, Mekong (known in China as the Lancang) and the Ganges.The earliest proposals to divert water from Tibet to Xinjiang were made by Qing dynasty officials Lin Zexu and Zuo Zongtang in the 19th century. In recent decades, Chinese government branches, including the Ministry of Water Resources, have come up with engineering blueprints involving huge dams, pumps and tunnels.The project’s enormous cost, engineering challenges, possible environmental impact and the likelihood of protests by neighbouring countries have meant it has never left the drawing board, but Zhang Chuanqing, a researcher at the Chinese Academy of Sciences’ Institute of Rock and Soil Mechanics in Wuhan, Hubei province, said China was now taking a quiet, step-by-step approach to bring it to life.“The water diversion project in central Yunnan is a demonstration project,” said Zhang, who has played a key role in many major Chinese water tunnel projects, including the one in Yunnan. “It is to show we have the brains, muscle and tools to build super-long tunnels in hazardous terrains, and the cost does not break the bank.”The construction of the tunnel on the Yunnan-Guizhou Plateau, the country’s second-highest, would make political leaders more confident about the Tibet-Xinjiang project and more likely to approve it, he said.The Yunnan-Guizhou Plateau in southwest China is, like the Tibetan Plateau, an earthquake-prone zone with many active faults.Huge hidden ocean under Xinjiang’s Tarim basin larger than all Great Lakes combined“Fault zones are our biggest headache,” Zhang said. “If we can secure a solution, it will help us get rid of the main engineering obstacles to getting water from Tibet to Xinjiang.”The solution they came up with was inspired by subway trains, whose carriages are connected by elastic joints. In the tunnel, Zhang said, flexible materials that were also waterproof and strong would be used to bind concrete pipes together when they passed through fault zones.The Yunnan tunnel and support facilities will take eight years to build at an estimated cost of 78 billion yuan (US$11.7 billion). It will carry more than three billion tonnes of water each year from northwestern Yunnan to the province’s dry centre and directly benefit more than 11 million people, according to the provincial government.The Yunnan Daily said the tunnel would create 3.4 million jobs, more than 30,000 hectares of new farmland and give the local economy a 330 billion yuan boost.Wang Wei, a researcher who helped draft the latest Tibet-Xinjiang water tunnel proposal, which was subm
2018 Technical Seminar of Shanghai Chemical Industry Park Water Research Center
Description
Sustainability Prize 2016 Laureate YUAN Longping 2016年持續發展獎獲獎者袁隆平 (Eng Full Version)
SPACE RESEARCH CENTER, MUSEUM & SPACE PORT PROJECT
THE SPACE TOURISM
China will become a great space power by 2050.
China will become a great space power by 2050.
Last week, President Trump signed a presidential memorandum ordering NASA to send astronauts to the moon for long-term exploration and to prepare for the long-awaited manned mission on Mars. The importance of the directive is not clear, however, since it comes without a clear budget or strategy. Meanwhile, on the other side of the world, China has been making some ambitious space plans backed by multi-step procedures and lots of money. In the file: reusable space plans, nuclear-powered spacecraft and robotic lunar bases. The China Aerospace Science and Technology Corporation CASC plans to fly its reusable space plane for the first time in 2020, and have it carry taikonauts and cargo into space by 2025. The research and development of the China Launch Academy a subsidiary CASC The director Chen Hongbo told the official Xinhua news agency that the two-stage space plane would be propelled by a rocket at first, and could fly from a runway at hypersonic speeds to nearby space. Then it would separate a reusable second-stage rocket that would carry passengers and cargo and reach an altitude of 180-310 miles in orbit. In line with previous spacecraft plans, CASC will launch a scramjet-driven version of the first-stage transporter by 2030, thus increasing the payload of the second stage.
The CASC program has competence, however. Deputy Director Liu Shiquan of the rivalry of the China Aerospace Science and Aerospace Corporation CASIC said his own space program has got off to a good start, with engines and other core technologies in advanced testing. CASC also has equally ambitious plans for deep space exploration. The key between these plans is for a nuclear-powered spacecraft, which is scheduled to enter service in 2040, most likely to support a Chinese manned martian mission. CASC also has plans for China to participate in the deep-space economic activity, such as the construction of solar energy plants in orbit and the mining of asteroids and the moon.
Investment banker turned scientist on mission to revive Hong Kong’s pearl farming industry
Hong Kong is known as the Pearl of the Orient for good reason. It’s a place with a rich history of pearl fishing dating back a thousand years.
China's domestically-developed autonomous military helicopter passes missile test
China's home-made AV500W reconnaissance and combat unmanned helicopter completed the FT-8D air-to-ground missile launch test recently. It hit the target 4.5 kilometers away accurately.
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Opportunities for Science and Discovery at ORNL with Exascale Computing
With the exascale era comes the promise of truly transformative science. Oak Ridge National Laboratory Director Thomas Zacharia and Associate Lab Director Jeff Nichols describe how Frontier, the lab’s exascale supercomputer, will shape the future. Learn more at cray.com/frontier.
The World's Future MEGAPROJECTS: 2019-2040's (Season 2 - Complete)
A documentary on eight of the most ambitious mega-projects currently under development around the world, featuring: Istanbul's building boom (Turkey); the Mission to put a human on Mars; the effort to develop Lagos (Nigeria); Africa's unprecedented clean energy opportunity; the project to probe the nearest Earth-like exoplanet; Atlanta's stadium of the future (Georgia, United States); India's effort to modernize its highways; and China's unprecedented One Belt One Road, New Silk Road initiative.
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Conference in Xinjiang: Professor Dr CT FOO
This is a video of the Conference organized by Xinjiang University of Finance and Economics. Professor Dr CT FOO delivered a lecture on Sun Tzu: A Research Perspective. Also he visited Geological Institute, Hetian Jade Museum and the fabled Heavenly Earth and Heavenly Lake where Xi Wang Mu attained the Tao.
SinoGrain - sustainable grain production in China
Norway and the Norwegian Institute of Bioeconomy Research (NIBIO) have substantial experience in developing advanced technologies and practical management tools at farm level. By joining forces with leading Chinese scientists and institutions there are great potentials in cooperation for development and exchange of innovative technologies that are applicable to the Chinese challenges and beyond, for integrating environmental protection, adaptation and mitigation to climate change, food security and safety.
BMW Group Research and Development Center in China
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