Song Yan s academic achievements, Song Yan s scientific research overview

1. Song Yan, male, professional magician, born in August 1976. He is now a young magician in Jinan and the chief magician of Jinan Magic Zone. 2. Professor Song Yan of the same name, female, born in October 1957.

Yingtan graduated from East China Petroleum Institute in 1982 with a bachelor's degree in petroleum geology and a doctorate degree in 2002. 3. Song Yan, a university professor, is engaged in the theoretical simulation of material properties. The research objects involve structural materials and functional materials (energy materials, hydrogen storage materials), etc.

He is mainly engaged in the research of energy storage materials.

(1) In 2005, the project of "Research and Software Development of Numerical Simulation Methods for Special Oil and Gas Reservoirs" won the second prize of Hubei Provincial Science and Technology Progress Award, ranking second.

2) In 2006, the project of "Research and Software Development of Quantitative Evaluation Method for Reservoir Damage Well Testing" won the second prize of Hubei Provincial Science and Technology Progress Award, ranking No. 2.

3) In 2007, the project of "Engineering Calculation Methods and Applications of Deformed Medium Oil and Gas Reservoirs" won the third prize of Science and Technology Progress Award of China Petroleum and Chemical Industry Association, ranking 2nd.

4) In 2008, the project of "Oil and Gas Distribution Law and Exploration Direction in the Piedmont Zone of Central and Western China" won the third prize of Hubei Provincial Science and Technology Progress Award, ranking 1st.

5) The article "Oil and Gas Enrichment Law in China's Foreland Basin" (Geological Review) was awarded the 6th China Association for Science and Technology Journal Outstanding Academic ** in 2008.

Song Yan is a professor and doctoral supervisor of China University of Petroleum (Beijing), and the secretary of the experimental center of PetroChina Research Institute of Petroleum Exploration and Development.

In 2002, he was hired by the Ministry of Science and Technology as the chief scientist of the National 973 Project "Basic Research on the Mechanism of Coalbed Methane Accumulation and Economic Exploitation in China". Over the years, he has presided over 7 major national scientific research projects, and has made significant achievements in the research of natural gas geochemical characteristics and their genesis types, inorganic natural gas and its gas reservoir formation, China's large and medium-sized gas field accumulation mode and distribution law, natural gas accumulation zone division, characteristics and characteristics of natural gas accumulation in China, natural gas migration and accumulation dynamics, abnormal pressure and natural gas accumulation, natural gas accumulation characteristics and main controlling factors in foreland basins, and coalbed methane reservoir formation conditions. A number of research results have filled the gaps in the geological theory of natural gas in China, and made outstanding contributions to the development of natural gas storage and production in China and the resource guarantee of "West-to-East Gas Transmission".

In 2001, he was rated as an advanced individual in national scientific and technological research by the Ministry of Science and Technology; In 2004, he was rated as an advanced individual in the construction of the national west-to-east gas transmission project. He has published 105 articles in journals such as Journal of Petroleum Science and Engineering, AAPG, China Oil and Gas, Science China, Science Bulletin, Acta Petrolei Sinica, Natural Gas Industry, Petroleum Exploration and Development, including 11 SCI articles, 48 first authors and 33 second authors. He has published 12 monographs, including 5 as the first author and 4 as the second author.

Research interests: geology and geochemistry of natural gas (including coalbed methane).

Energy tension is one of the top issues facing the world in the 21st century. The world consumes 15 megawatts of energy every year, and energy demand in the United States and Europe will increase by 30% in the next 15 years, while in Asia it can reach 60%. By the end of the century, global temperatures will rise to degrees, which will lead to devastating damage to the global environment.

In view of this reason, this field is one of the key research areas of developed countries in the world. The United States, Britain and other countries have invested considerable manpower and material resources in research. He has made breakthroughs in the research of energy storage materials (mechanically speaking, it involves quantum physics and quantum chemistry, and it also involves the preparation of materials), and has made breakthroughs in the study of the hydrogen storage properties of magnesium hydrides and the bond interaction mechanism of Li-N-H systems, which were published in Phys

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