Jilin University (JLU)
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Chinese super drill rig sets a new Asian depth record
By Hao Nan and Han Junhong | China Daily | Updated: 2018-06-15 08:08 Remarkable team behind achievement inspired by revered former leader One of China's most-advanced onshore drilling rigs, named Crust 1, recently set an Asian record for the deepest borehole following the completion of a four-year project. The boring machine, developed by northeastern China's Jilin University, completed a 7,018-meter-deep hole in a continental layer of rock dating back to the Cretaceous period some 66-145 million years ago. According to the university, Crust 1 can dig as deep as 10,000 meters and is China's most advanced land-based drilling rig. It makes China the third country in the world to master 10,000-meter-deep drilling equipment and relevant technologies, following Russia and Germany. The project was mainly conducted by the university's geoexploration and information technology team. Originating from the Changchun Geological Institute founded by leading geologist Li Siguang (1889-1971), the team is among China's first batch to engage in deep exploration of the Earth and the development of information technology, as well as in related training of personnel. Huang Danian was one of the team's model representatives. The geophysicist, who died last year following an illness, joined the team in 1982 and went abroad for further studies in 1992. After studying and working in the United Kingdom for nearly two decades, Huang returned to China and led the team to achieve many breakthroughs in a number of technical fields, transforming China into one of the world's leaders in deep earth exploration. Huang's life has inspired and motivated many Chinese scientists from later generations. Liu Cai, the current team leader, said they would carry forward the spirit of Huang and conduct his unfinished research projects. He said his team had made major achievements over the past year in various fields, including the 10,000-meter drilling equipment technology. On May 30, Liu's team, together with another 20 research teams, was awarded the honorary title of "Huang Danian-style Research Team" by four provincial government agencies and the Jilin Association for Science and Technology. "It is a special honor and an inspiration for us," Liu said. "We are indeed Huang Danian's team, so we should do better in promoting his spirit of patriotism, dedication and hardwork." Ma Guoqing, a doctoral student of Huang, said, "Each team member learned from Huang about research and teaching, and wants to contribute to the country's technological development with the same patriotism as he did." Yu Ping, an assistant of Huang, said that the team had developed steadily during the past year with the support of government departments at all levels. Zeng Zhaofa, head of the College of Geo-Exploration Science and Technology at Jilin University, said the team had involved nearly all the college's leading scientists and was working smoothly on Huang's unfinished research projects. Another team at Jilin University to be granted the "Huang Danian-style Research Team" honorary title was the computational physics methods and software platform research team, led by Ma Yanming. Ma, who is the head of the College of Physics, is also a professor at the State Key Laboratory of Superhard Materials. Ma's team has spent more than a decade developing an efficient method of crystal structure analysis - utilizing what is known as particle swarm optimization - and a software of that name for predictions about structures, based on swarm intelligence algorithms. Scientists said the so-called CALYPSO method and software could speed up the discovery of new materials, change people's lives and promote social progress. "We have made countless attempts on every single improvement, which probably needs years of effort, but this is science," Ma said. "You can't be afraid of failure when working on science, because results of the scientific research are innovative," he added. Currently, more than 2,000 scientists in 56 countries and regions are using the team's CALYPSO method and software. They include Nobel Prize winners and top scholars at the US National Academy of Sciences and the Chinese Academy of Sciences. Contact the writers at haonan@chinadaily.com.cn
Belt and Road Initiative five years later
By Asif Amin | chinadaily.com.cn | Updated: 2018-08-10 16:04 2018 marks five years of China’s Belt and Road Initiative (BRI), which was launched by President Xi Jinping’s visit to Kazakhstan in 2013. Since then, the BRI has become a centerpiece of China’s foreign policy. This endeavor consists of five key components, namely infrastructure development, strengthening political cooperation, uninterrupted trade ties, financial integration and people-to-people exchanges. The BRI is an ambitious initiative to revive the ancient Silk Road Economic Belt across Eurasia and the Maritime Silk Road across South East Asia, the Indian Ocean, the Middle East and Africa. According to various estimates, it covers two thirds of the world’s population. It also covers six corridors spanning across Asia, Europe and Africa. For instance, China Pakistan Economic corridor (CPEC) which is most prominent and the pilot project of BRI. The other corridors are: Bangladesh-China-India-Myanmar, China-Indochina Peninsula, China-Central Asia-West Asia, the New Eurasia Land Bridge and the China-Mongolia-Russia. Most notably, it is an outward approach when most of the western world is looking inward. One would argue, why has BRI become a corner stone of China’s foreign policy? Why is China so committed to invest billions of dollars for this grand strategy? The significance of BRI needs to be understood in the context of President Xi’s “China Dream” that is rejuvenation of a China that is prosperous and well engaged with the international society. In this respect, Xi’s ideology is to make China a great power and global economic leader. In the first decade of 21st century many scholars argued that 21st century will be an Asian century; a grand strategy like BRI can really prove that it is Asia’s century. It can be argued that even if BRI succeeds to a small extent, it could draw the wider region into a virtuous cycle of trade and prosperity. Over the past five years, the BRI has started to become a reality. During these five years, numerous infrastructure development projects - building high-speed railways and roads for connectivity - have been initiated in countries involved in BRI routes. Since the start of BRI, hundreds of freight trains have made trips to different cities in Europe. Under BRI, China and Thailand have jointly initiated a high-speed railway project from Bangkok to Northeastern Province of Nakhon Ratchasima to improve transportation infrastructure. There are several other infrastructure projects in other South East Asian countries. For instance, Jakarta-Bandung high-speed railway in Indonesia and China-Laos Railway among others. BRI’s recognition is growing both within and outside China. According to Center for Strategic and International Studies, from 2014 to 2017, the awareness of BRI has tripled in international arena. The best example of BRI’s recognition is through China’s successful hosting of the BRI summit in 2017 which was attended by almost 30 world leaders and representatives from nearly 110 countries. One could argue that the BRI has brought a spectacular opportunity to the region of Belt and Road countries to break free from the vicious cycle of poverty and under-development. BRI has brought great opportunity for the developing countries especially landlocked countries in Central Asia to connect with other markets through this endeavor. In the first phase of the BRI, China has initiated a number of infrastructure and development projects in BRI countries but one of the fastest moving projects is CPEC, a $60 billion investment. The connectivity of Gwadar port with China’s western region has created new supply and logistic chains. Pakistan’s former prime minister Nawaz Sharif during his speech at the BRI forum in 2017 stated that through CPEC, China and Pakistan are reaping the benefits of interconnected development. Twenty out of 43 projects that were confirmed in the beginning of CPEC have been completed or are under completion. According to the available data, 157 projects under the CPEC will be completed gradually. CPEC is the flagship project of BRI; it has gained great importance in China and Pakistan’s foreign policy. This project has already created 60,000 jobs and it is expected to generate hundreds of thousands jobs and benefit millions of families when completed. If CPEC achieves its desired results, experts envision that it will eventually be a game changer for South Asia. Five years of CPEC have infused vitality in Pakistan’s economy. In 2013, prior to CPEC, economic growth rate in Pakistan was 3.5 percent; in 2017, it increased to 5.97 percent. It is expected that if all the projects go smoothly, Pakistan’s growth rate can increase to 9 percent. As CPEC projects are showing signs of rapid development, there are three main challenges to focus on, namely economy, environment and security. There is no doubt that BRI has emerged as a project of the century. BRI will enable China to make friends and partners in international arena which is indispensable for China’s peaceful rise. The most important feature BRI is that it is not creating any bloc either against the US or any other leading powers in the world unlike the “Cold War.” China’s model of development is starkly based on multilateral approach and is win-win approach for the third world countries that experienced decades and centuries of imperialism and had neither prosperity nor infrastructure development. Asif Amin is a doctoral candidate at School of International and Public Affairs, Jilin University in Changchun, China. The opinions expressed here are those of the writer and do not represent the views of China Daily and China Daily website.
Chinese super drill rig sets a new Asian depth record
By Hao Nan and Han Junhong | China Daily | Updated: 2018-06-15 08:08 Remarkable team behind achievement inspired by revered former leader One of China's most-advanced onshore drilling rigs, named Crust 1, recently set an Asian record for the deepest borehole following the completion of a four-year project. The boring machine, developed by northeastern China's Jilin University, completed a 7,018-meter-deep hole in a continental layer of rock dating back to the Cretaceous period some 66-145 million years ago. According to the university, Crust 1 can dig as deep as 10,000 meters and is China's most advanced land-based drilling rig. It makes China the third country in the world to master 10,000-meter-deep drilling equipment and relevant technologies, following Russia and Germany. The project was mainly conducted by the university's geoexploration and information technology team. Originating from the Changchun Geological Institute founded by leading geologist Li Siguang (1889-1971), the team is among China's first batch to engage in deep exploration of the Earth and the development of information technology, as well as in related training of personnel. Huang Danian was one of the team's model representatives. The geophysicist, who died last year following an illness, joined the team in 1982 and went abroad for further studies in 1992. After studying and working in the United Kingdom for nearly two decades, Huang returned to China and led the team to achieve many breakthroughs in a number of technical fields, transforming China into one of the world's leaders in deep earth exploration. Huang's life has inspired and motivated many Chinese scientists from later generations. Liu Cai, the current team leader, said they would carry forward the spirit of Huang and conduct his unfinished research projects. He said his team had made major achievements over the past year in various fields, including the 10,000-meter drilling equipment technology. On May 30, Liu's team, together with another 20 research teams, was awarded the honorary title of "Huang Danian-style Research Team" by four provincial government agencies and the Jilin Association for Science and Technology. "It is a special honor and an inspiration for us," Liu said. "We are indeed Huang Danian's team, so we should do better in promoting his spirit of patriotism, dedication and hardwork." Ma Guoqing, a doctoral student of Huang, said, "Each team member learned from Huang about research and teaching, and wants to contribute to the country's technological development with the same patriotism as he did." Yu Ping, an assistant of Huang, said that the team had developed steadily during the past year with the support of government departments at all levels. Zeng Zhaofa, head of the College of Geo-Exploration Science and Technology at Jilin University, said the team had involved nearly all the college's leading scientists and was working smoothly on Huang's unfinished research projects. Another team at Jilin University to be granted the "Huang Danian-style Research Team" honorary title was the computational physics methods and software platform research team, led by Ma Yanming. Ma, who is the head of the College of Physics, is also a professor at the State Key Laboratory of Superhard Materials. Ma's team has spent more than a decade developing an efficient method of crystal structure analysis - utilizing what is known as particle swarm optimization - and a software of that name for predictions about structures, based on swarm intelligence algorithms. Scientists said the so-called CALYPSO method and software could speed up the discovery of new materials, change people's lives and promote social progress. "We have made countless attempts on every single improvement, which probably needs years of effort, but this is science," Ma said. "You can't be afraid of failure when working on science, because results of the scientific research are innovative," he added. Currently, more than 2,000 scientists in 56 countries and regions are using the team's CALYPSO method and software. They include Nobel Prize winners and top scholars at the US National Academy of Sciences and the Chinese Academy of Sciences. Contact the writers at haonan@chinadaily.com.cn
Knowledge Graph
Examples
1 Jilin University is a comprehensive and national key university.
2 Jilin University has established ties with more than 130 universities, colleges, and research institutes in 40 countries/districts.
3 Jilin University is a comprehensive and national key university.
4 Jilin University is consistently ranked as one of the most prestigious universities in China, and has research projects in automobile engineering, chemistry, computer science, electrical engineering and biology be identified as internationally renowned.
5 Jilin University has established ties with more than 130 universities, colleges, and research institutes in 40 countries/districts.
6 Jilin University has established ties with more than 130 universities, colleges, and research institutes in 40 countries/districts.
7 Jilin University is a comprehensive and national key university.
8 Jilin University is a comprehensive and national key university.
9 Jilin University is consistently ranked as one of the most prestigious universities in China, and has research projects in automobile engineering, chemistry, computer science, electrical engineering and biology be identified as internationally renowned.
10 Jilin University is consistently ranked as one of the most prestigious universities in China, and has research projects in automobile engineering, chemistry, computer science, electrical engineering and biology be identified as internationally renowned.
11 Jilin University has established ties with more than 130 universities, colleges, and research institutes in 40 countries/districts.
12 Jilin University has established ties with more than 130 universities, colleges, and research institutes in 40 countries/districts.
13 Jilin University is consistently ranked as one of the most prestigious universities in China, and has research projects in automobile engineering, chemistry, computer science, electrical engineering and biology be identified as internationally renowned.
14 Jilin University is a comprehensive and national key university.
15 Jilin University is consistently ranked as one of the most prestigious universities in China, and has research projects in automobile engineering, chemistry, computer science, electrical engineering and biology be identified as internationally renowned.