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| 1 | Petroleum geology of the Melut Basin and the Great Palogue Field,Sudan显示文摘 | Dou Lirong Xiao Kunye Cheng Dingsheng | 2007 | Marine and Petroleum Geology2007，24，3： | 1 |
| 2 | Petroleum geology of the Melut Basin and the Great Palogue Field, Sudan显示文摘 | Lirong Dou Kunye Xiao Dingsheng Cheng Buqing Shi Zhi Li | 2007 | Marine and Petroleum Geology2007，，3： | 1 |
| 3 | Petroleumgeology of the Melut Basin and the Great Palogue Field,Sudan显示文摘 | DOU Lirong XIAO Kunye CHENG Dingsheng | 2007 | Marine and Petroleum Geology2007，24，3： | 1 |
| 4 | Accuracy analysis of a single-fault Markov model for FADEC system显示文摘Time-limited dispatching(TLD)analysis of the full authority digital engine control(FADEC)systems is an important part of the aircraft system safety analysis and a necessary task for the certification of commercial aircraft and aeroengines.In the time limited dispatch guidance document ARP5107B,a single-fault Markov model(MM)approach is proposed for TLD analysis.However,ARP5107B also requires that the loss of thrust control(LOTC)rate error calculated by applying the single-fault MM must be less than 5%when performing airworthiness certification.Firstly,the sources of accuracy errors in three kinds of MM are analyzed and specified through a case study of the general FADEC system,and secondly a two-fault MM considering maintenance policy is established through analyzing and calculating the expected repair time when two related faults happen.Finally,a specific FADEC system is given to study on the influence factors of accuracy error in the single-fault MM,and the results show that the accuracy error of the single-fault MM decreases with the increase of short or long prescribed dispatch time,and the range values of short time(ST)and long time(LT)are determined to satisfy the requirement of accuracy error within 5%. | CAI Jing HU Wei CAI Kunye | 2019 | Journal of Systems Engineering and Electronics2019，30，5： | 1 |
| 5 | Unusual high acidity oils from the Great Palogue Field, Melut Basin, Sudan显示文摘 | Lirong Dou Dingsheng Cheng Maowen Li Kunye Xiao Buqing Shi Zhi Li | 2007 | Organic Geochemistry2007，，2： | 1 |
| 6 | Petroleum geology of the Melut Basin and the Great Palogue Field,Sudan显示文摘 | Dou Lirong Xiao Kunye Cheng Dingsheng | 2007 | Marine and Petroleum Geology2007，24，： | 1 |
| 7 | Inner retina remodeling in a mouse model of stargardt-like macular dystrophy(STGD3)显示文摘 | Kuny S Gaillard F Mema SC | | 0，，： | 1 |
| 8 | Employee Attrition Classification Model Based on Stacking Algorithm显示文摘This paper aims to build an employee attrition classification model based on the Stacking algorithm.Oversampling algorithm is applied to address the issue of data imbalance and the Randomforest feature importance ranking method is used to resolve the overfitting problem after data cleaning and preprocessing.Then,different algorithms are used to establish classification models as control experiments,and R-squared indicators are used to compare.Finally,the Stacking algorithm is used to establish the final classification model.This model has practical and significant implications for both human resource management and employee attrition analysis. | CHEN Yanming LIN Xinyu ZHAN Kunye | 2023 | Psychology Research2023，13，6： | 0 |
| 9 | Exploration discovery and hydrocarbon accumulation characteristics of the Doseo strike-slip and inverted basin, Chad显示文摘Several international oil companies had conducted petroleum exploration, but failed to make any commercially viable discoveries in the Doseo Basin for over 30 years. In this article, an integrated analysis, based on the latest seismic and drilling data combined with exploration practice and tectonic, sedimentary as well as petroleum-geological characteristics of the basin, has been conducted with the aim to disclose the key factors of hydrocarbon accumulation and enrichment and then to find the potential petroleum plays. The Doseo Basin in Chad is a Meso-Cenozoic lacustrine rift basin developed on the Precambrian crystalline basement in the Central African Shear Zone. It is a half graben rift controlled by the strike-slip fault at the northern boundary, and can be divided into two sub-basins, an uplift and a slope. The basin experienced two rifting periods in the Cretaceous and was strongly inverted with the erosion thickness of 800–1000 m during the Eocene, and then entered the depression and extinction period. Structurally, a large number of normal faults and strike-slip faults are identified in the basin, and the boundary faults are inverted faults with normal at first. The main structural styles include inverted anticlines, fault noses, complex fault-blocks and flower structures. The Lower Cretaceous is the main sedimentary strata, which are divided into the Mangara Group, Kedeni, Doba and Koumra Formations from bottom to up. Two transgressive-regressive cycles developed in the Lower Cretaceous indicates with mainly lacustrine, fluvial, delta, braided-delta, fan-delta sandstone and mudstone. The effective source rock in the basin is the deep-lacustrine mudstone of the Lower Cretaceous containing the type Ⅰ and type Ⅱ;organic matters. Furthermore, Inverted anticlines and fault-complicated blocks comprise the main trap types and the Kedeni Uplift is the most favorable play, followed by the Northern Steep Slope and Southern Gentle Slope. Lateral sealing capacity of faults controls the hydrocarbon abundance. | DOU Lirong XIAO Kunye DU Yebo WANG Li ZHANG Xinshun CHENG Dingsheng HU Ying | 2022 | Petroleum Exploration and Development2022，49，2： | 0 |
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