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Reprinted from: Qualification Scholarship | Source: Shangguan News, China University of Petroleum (Beijing) official website
On September 14, China University of Petroleum (Beijing) issued an obituary: Comrade Zhang Jiajia, School of Earth Sciences, China University of Petroleum (Beijing), unfortunately passed away in Beijing at 19:41 on September 13 due to ineffective treatment. He was 33 years old.
According to public information on the school's official website, Zhang Jiajia, male, Han nationality, was born in Dezhou, Shandong Province in January 1990. He is a Ph.D. and associate professor. He was selected as one of the "Young Top Talents" of China University of Petroleum (Beijing) in 2021. Mainly engaged in teaching and scientific research related to oil and gas field development geology.
He graduated with a doctorate in geological resources and geological engineering from China University of Petroleum (Beijing) in September 2019, and won the Li Siguang Outstanding Graduate Award; from December 2019 to January 2022, he studied geological resources and geological engineering at China University of Petroleum (Beijing) The mobile station is engaged in postdoctoral research. In January 2022, he was selected as one of the top young talents of China University of Petroleum (Beijing) and stayed at the school to teach; he was promoted to associate professor in July 2023.
According to the website of the School of Earth Sciences of China University of Petroleum (Beijing), Zhang Jiajia is mainly engaged in teaching and scientific research related to oil and gas field development geology, especially in deepwater oil and gas field reservoir heterogeneity mechanisms and refined characterization and modeling technology. Experience and research results have been published in high-level domestic and foreign academic journals such as "GSA Bulletin", "Tectonics", "AAPG Bulletin", "Marine and Petroleum Geology", and "Petroleum and Natural Gas Geology".
He has successively undertaken 1 National Natural Science Youth Fund project, 1 China Postdoctoral Science Foundation General Project, and 2 University Scientific Research Startup Fund projects, and authorized 1 national invention patent.
Biography of Associate Professor Zhang Jiajia
Education background:
2008.09~2012.06: China University of Petroleum (Beijing), geological engineering major, Bachelor of Engineering
2012.09~2015.06: China University of Petroleum (Beijing), geological engineering major, Master of Engineering
2015.09~2019.09: China University of Petroleum (Beijing), Geological Resources and Geological Engineering, PhD in Engineering
2017.11~2018.11: University of Texas at Austin, majoring in marine geology and geophysics, joint doctoral training
work experience:
2020.01~2021.12: China University of Petroleum (Beijing), Department of Oil and Gas Exploration and Development Geology, Postdoctoral Fellow
Research direction: Heterogeneous mechanism and refined characterization of oil and gas field reservoirs
Research interests:
Deepwater sequence stratigraphy development model
Deep water gravity flow sedimentation process mechanism
Sea (lacustrine) bottom fan sedimentary architecture model and reservoir quality difference mechanism
Three-dimensional geological modeling of oil and gas reservoirs
Scientific research projects:
2021.01~2023.12: "Submarine fan sedimentary architecture model under the coupling effect of continental slope gravity thrust and mud bottom splitting", National Natural Science Youth Foundation, 42002112, research in progress, host
2022.01~2023.12: "Study on the sedimentary architecture model and genetic mechanism of sublacustrine fans in the steep slope zone of depression lake basins", Scientific Research Start-up Fund for Top Talents, 2462022YJRC005, Research in Progress, Host
2020.1~2021.12: "Research on submarine fan sedimentary architecture and reservoir quality under the interaction of gravity flow and bottom flow in the Rovuma Basin, East Africa", University Outstanding Postdoctoral Research Start-up Fund, 2462020XKBH008, project conclusion, host
2020.06~2021.12: "Study on quantitative architecture model and genetic mechanism of gravity flow channel-sublacustrine fan sedimentation in depression lake basin", China Postdoctoral Fund (Second Class), 2020M670580, project conclusion, host
Representative papers:
Zhang, J., Wu, S., Hu, G., Yue, D., Xu, Z., Chen, C., Zhang, K., Wang, J., Wen, S. Role of Shale Deformation in the Structural Development of a Deepwater Gravitational System in the Niger Delta. Tectonics, 2021, 40, e2020TC006491, 1–33.
Zhang, J., Gulick, SPS, Sequence stratigraphy and depositional history of the Baranof Fan: insights into Cordilleran Ice Sheet outflow to the Gulf of Alaska. GSA Bulletin, 2020, 132(1/2), 353–372.
Zhang, J., Wu, S., Hu, G., Fan, T., Lin, Y., Fan, H., Jiang, L., Ling, P., Application of four-dimensional monitoring to understand reservoir heterogeneity controls on fluid flow during the development of a submarine channel system. AAPG Bulletin, 2018, 102(10), 2017–2044.
Zhang, J., Wu, S., Hu, G., Fan, T., Yu, B., Lin, P., Jiang, S., Sea-level control on the submarine fan architecture in a deepwater sequence of the Niger Delta Basin. Marine and Petroleum Geology, 2018, 94, 179–197.
Zhang, J., Wu, S., Wang, X., Lin, Y., Fan, H., Jiang, L., Wan, Q., Yin, H., Lu Y., Reservoir quality variations within a sinuous deepwater channel system in the Niger Delta Basin, offshore West Africa. Marine and Petroleum Geology, 2015, 63, 166–188.
Main awards:
Won the sixth Li Siguang Outstanding Graduate Award in 2015
A recent survey released by the China Association for Science and Technology showed that the average working hours of science and technology workers is 8.6 hours, and the longest working time is 16 hours a day. People with a high degree of education work longer hours every day and suffer from severe sleep deprivation. Science and technology workers with a doctorate degree work the longest average daily hours at 9.29 hours. At the same time, scientific and technological workers with doctoral and master's degrees spend less than 5 hours a week on exercise, which is significantly less than other academic groups.
The person in charge of the survey, Professor Chen Zhiyan from the Institute of Psychology, Chinese Academy of Sciences, said that from the data, science and technology workers with doctoral degrees may squeeze out healthy exercise time in exchange for more working hours . In the long run, this may have a negative impact on their physical and mental health. bring adverse effects.
A survey initiated by Intellectuals in conjunction with Natural Science Research and others showed a similar conclusion. The survey said that 12.84% of young scientific researchers work no more than 40 hours a week, which just meets the requirements of the Labor Law (no more than 44 hours a week); while as many as 58.39% of young scientific researchers The average weekly working hours exceeds 50 hours. The survey showed that nearly half of the people said they were overtired and not very healthy; only 10% said they were very healthy.
Young scholars are in the rising stage of their careers. Whether they are tired or worried, they are one of the main killers of the health of young researchers.
For the sustainable development of individuals and scientific research, we should:
Establish a healthy work outlook and values, and develop healthy living and exercise habits. Regular work and rest, eating on time, and sleeping well are crucial to our health. On this basis, develop a good habit of exercise, do some stretching after working for a period of time, and insist on moderate-intensity exercise for about an hour every day. This can not only improve physical fitness, but also relieve work stress. Why not do it? .
I hope that scientific researchers who are struggling on the road can take good care of their bodies.
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