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| 1 | Dynamic Field Division of Hydrocarbon Migration,Accumulation and Hydrocarbon Enrichment Rules in Sedimentary Basins显示文摘Hydrocarbon distribution rules in the deep and shallow parts of sedimentary basins are considerably different, particularly in the following four aspects. First, the critical porosity for hydrocarbon migration is much lower in the deep parts of basins: at a depth of 7000 m, hydrocarbons can accumulate only in rocks with porosity less than 5%. However, in the shallow parts of basins (i.e., depths of around 1000 m), hydrocarbon can accumulate in rocks only when porosity is over 20%. Second, hydrocarbon reservoirs tend to exhibit negative pressures after hydrocarbon accumulation at depth, with a pressure coefficient less than 0.7. However, hydrocarbon reservoirs at shallow depths tend to exhibit high pressure after hydrocarbon accumulation. Third, deep reservoirs tend to exhibit characteristics of oil (-gas)-water inversion, indicating that the oil (gas) accumulated under the water. However, the oil (gas) tends to accumulate over water in shallow reservoirs. Fourth, continuous unconventional tight hydrocarbon reservoirs are distributed widely in deep reservoirs, where the buoyancy force is not the primary dynamic force and the caprock is not involved during the process of hydrocarbon accumulation. Conversely, the majority of hydrocarbons in shallow regions accumulate in traps with complex structures. The results of this study indicate that two dynamic boundary conditions are primarily responsible for the above phenomena: a lower limit to the buoyancy force and the lower limit of hydrocarbon accumulation overall, corresponding to about 10%-12% porosity and irreducible water saturation of 100%, respectively. These two dynamic boundary conditions were used to divide sedimentary basins into three different dynamic fields of hydrocarbon accumulation: the free fluid dynamic field, limit fluid dynamic field, and restrain fluid dynamic field. The free fluid dynamic field is located between the surface and the lower limit of the buoyancy force, such that hydrocarbons in this field migrate and accumulate under the influence of, for example, the buoyancy force, pressure, hydrodynamic force, and capillary force. The hydrocarbon reservoirs formed are characterized as 'four high,' indicating that they accumulate in high structures, are sealed in high locations, migrate into areas of high porosity, and are stored in reservoirs at high pressure. The basic features of distribution and accumulation in this case include hydrocarbon migration as a result of the buoyancy force and formation of a reservoir by a caprock. The limit fluid dynamic field is located between the lower limit of the buoyancy force and the lower limit of hydrocarbon accumulation overall; the hydrocarbon migrates and accumulates as a result of, for example, the molecular expansion force and the capillary force. The hydrocarbon reservoirs formed are characterized as 'four low,' indicating that hydrocarbons accumulate in low structures, migrate into areas of low porosity, and accumulate in reservoirs with low pressure, and that oil(-gas)-water inversion occurs at low locations. Continuous hydrocarbon accumulation over a large area is a basic feature of this field. The restrain fluid dynamic field is located under the bottom of hydrocarbon accumulation, such that the entire pore space is filled with water. Hydrocarbons migrate as a result of the molecular diffusion force only. This field lacks many of the basic conditions required for formation of hydrocarbon reservoirs: there is no effective porosity, movable fluid, or hydrocarbon accumulation, and potential for hydrocarbon exploration is low. Many conventional hydrocarbon resources have been discovered and exploited in the free fluid dynamic field of shallow reservoirs, where exploration potential was previously considered to be low. Continuous unconventional tight hydrocarbon resources have been discovered in the limit fluid dynamic field of deep reservoirs; the exploration potential of this setting is thought to be tremendous, indicating that future exploration should be focused primarily in this direction. | PANG Xiongqi LIU Keyu MA Zhongzhen JIANG Zhenxue XIANG Caifu HUO Zhipeng PANG Hong CHEN Junqing | 2012 | Acta Geologica Sinica(English Edition)2012，86，6： | 13 |
| 2 | Classification of Complex Reservoirs in Superimposed Basins of Western China显示文摘许多通过重叠在西方的中国的沉积的盆被形成并且混合至少二以前开发了沉积的盆,一般来说,他们能作为复杂的附加的盆被称为。这些盆和单型盆之间的不同差别是他们在地质的历史上的不连续的 stratigraphic 沉积, stratigraphic 结构和 stratigraphic 压力紧张行动。在结构的节上基于按年代先后的年龄的关联,附加的盆能在这研究被划分成五种类型:(1 ) 连续沉积类型附加了盆,(2 ) 中间、迟了的 stratigraphic 附加了盆,(3 ) 早、迟了的 stratigraphic 附加了盆,(4 ) 早、中间的 stratigraphic 附加了盆,并且(5 ) 长期的暴露的附加的盆。多重 source-reservoir-caprock 集合在如此的盆发展了。另外,多级式的烃产生和逐出,多重来源,多不的烃累积和多重类型的烃水库调整,改革和破坏发生在这些盆。在附加的盆广泛地被发现了到日期的复杂水库从这的原因正在合拢的主要水库,和根有显著地不同的地质的特征,剥光和破裂效果象联系渗出物一样在附加的盆由多相的构造事件引起了,散开,掉下,氧化,降级并且裂开。基于他们的开始特征,复杂水库被划分成五个范畴:(1 ) 主要水库,(2 ) 套住调整类型水库,(3 ) 部件变体水库,(4 ) 分阶段执行变换类型水库并且(5 ) 改革规模的水库。 | PANG Xiongqi ZHOU Xinyuan LIN Changsong HUO Zhipeng LUO Xiaorong PANG Hong | 2010 | Acta Geologica Sinica(English Edition)2010，84，5： | 11 |
| 3 | Multiple-Element Matching Reservoir Formation and Quantitative Prediction of Favorable Areas in Superimposed Basins显示文摘在韦斯特中国的附加的盆经历了多级式的构造事件和 multicycle 烃水库形成,并且复杂的烃水库在这种类型的盆广泛地被发现了。大多数复杂的烃水库被重定位,规模重建,部件变化和阶段国家转变描绘,并且他们的分布是很困难的预言。研究显示出那地区性的 caprock (C) ,高质量的沉积外形(存款, D ) , paleohighs (山, M ) 并且来源岩石(S) 是贡献复杂的烃水库形成和西方的附加的盆的分发的四个地质的元素。四个元素的纵的顺序的联合控制烃水库形成的阶层,并且平面重迭和联合控制烃水库的范围,他们在 geohistory 的同时的联合效果决定烃水库形成的时间。多重元素的匹配水库形成介绍水库形成的一个基本模式在里面附加的盆,和我们建议它被表示为 T-CDMS。基于多重元素的匹配水库形成模式,一个全面水库形成索引(Tcdms ) 在这篇论文被开发描绘水库形成条件,和一个方法被介绍在附加的盆预言水库形成范围和出现的概率。通过新理论,方法和技术的申请,在奥陶纪的出现的有利水库形成范围和概率在四个不同水库形成时期在 Tarim 盆指向地区被预言。结果证明中央 Tarim, Yinmaili 和 Lunnan 是奥陶纪油和煤气的地可能形成了的三个很有利的区域。有当前发现的烃水库的预言结果的巧合到达 97% 。这反映新理论,方法和技术的有效性和可靠性。 | WANG Huaijie PANG Xiongqi WANG Zhaoming YU Qiuhua HUO Zhipeng MENG Qingyang | 2010 | Acta Geologica Sinica(English Edition)2010，84，5： | 8 |
| 4 | Ionic liquid crystal-based electrolyte with enhanced charge transport for dye-sensitized solar cells显示文摘A room temperature ionic liquid crystal,1-dodecyl-3-ethylimidazolium iodide(C12EImI),and an ionic liquid,1-decyl-3-ethylimidazolium iodide(C10EImI),have been synthesized,characterized and employed as the electrolyte for dye-sensitized solar cells(DSSC).The physicochemical properties show that a smectic A(SmA)phase with a lamellar structure is formed in C12EImI.Both C12EImI and C10EImI have good electrochemical and thermal stability facilitating their use in DSSC.The steady-state voltammograms reveal that the diffusion coefficient of I3–in C12EImI is larger than that in C10EImI,which is attributed to the existence of the SmA phase in C12EImI.Because the iodide species are located between the layers of imidazolium cations in C12EImI,exchange reaction-based diffusion is increased with a consequent increase in,the overall diffusion.The electrochemical impedance spectrum reveals that charge recombination at the dyed TiO2/electrolyte interface of a C12EImI-based DSSC is reduced due to the increase in I3–diffusion,resulting in higher open-circuit voltage.Moreover,both short-circuit current density and fill factor of the C12EImI based DSSC increase,as a result of the increasing transport of I3–in C12EImI.Consequently,the photoelectric conversion efficiency of C12EImI-based DSSC is higher than that of the C10EImI–based DSSC. | PAN Xu WANG Meng FANG XiaQing ZHANG ChangNeng HUO ZhiPeng DAI SongYuan | 2013 | Science China Chemistry2013，56，10： | 4 |
| 5 | Virtual screening,molecular docking and identification of umami peptides derived from Oncorhynchus mykiss显示文摘Oncorhynchus mykiss is delicious and contains abundant flavor substances.However,few studies focused on umami peptides of O.mykiss.In the current work,umami peptides derived from O.mykiss were identified using virtual screening,molecular docking,and electronic tongue analysis.First,the O.mykiss protein was hydrolyzed using the PeptideCutter online enzymolysis program.Subsequently,water-soluble and toxicity screening were performed by Innovagen and ToxinPred software,respectively.The potential peptides were docked with umami receptor T1R1/T1R3.Furthermore,taste properties of potential peptides were validated by electronic tongue.Docking results suggested that the three tetrapeptide EANK,EEAK,and EMQK could enter the binding pocket in the T1R1 cavity,wherein Arg151,Asp147,Gln52,and Arg277 may play key roles in the production of umami taste.Electronic tongue results showed that the umami value of EANK,EEAK,and EMQK were stronger than monosodium glutamate.This work provides a new insight for the screening of umami peptides in O.mykiss. | Wenzhu Zhao Lijun Su Shitong Huo Zhipeng Yu Jianrong Li Jingbo Liu | 2023 | Food Science and Human Wellness2023，12，1： | 2 |
| 6 | New Quinoxaline-Based Blue Emitters: Molecular Structures, Aggregation-Induced Enhanced Emission Characteristics and OLED Application显示文摘Three new deep blue light emitters,bearing quinoxaline with different substituents(biphenyl/pyrene)at the 1-or 2-position,were synthesized by a Pd-catalysed coupling reaction in high yields,and were fully characterized by 1H/13C NMR spectroscopy,single crystal X-ray diffraction,and high-resolution mass spectrometry(HRMS). | Xiaoyu Mao Fuli Xie Xiaohui Wang Qingsong Wang Zhipeng Qiu Mark R.J.Elsegood Jie Bai Xing Feng Carl Redshaw Yanping Huo Jian-Yong Hu Qing Chen | 2021 | Chinese Journal of Chemistry2021，39，8： | 1 |
| 7 | Stable quasi-solid-state dye-sensitized solar cell using a diamide derivative as low molecular mass organogelator显示文摘 | Li Tao Zhipeng Huo Songyuan Dai Jun Zhu Changneng Zhang Yang Huang Bing Zhang Jianxi Yao | 2014 | Journal of Power Sources2014，，： | 1 |
| 8 | Dynamic Field Division of Hydrocarbon Migration, Accumulation and Hydrocarbon Enrichment Rules in Sedimentary Basins显示文摘 | PANG Xiongqi LIU Keyu MA Zhongzhen JIANG Zhenxue XIANG Caifu HUO Zhipeng PANG Hong CHEN Junqing | 2013 | Acta Geologica Sinica ‐ English Edition2013，，： | 1 |
| 9 | Influence of 1-methylbenzimidazole interactions with Li and TiO2 on the performance of dye-sensitized solar cells 显示文摘 | Zhang Changneng Dai Jun Huo Zhipeng | 2008 | Electrochimica Acta2008，53，17： | 1 |
| 10 | Systematic review and Meta-analysis of 26 randomized controlled clinical trials of Compound Danshen Dripping Pill for non-proliferating diabetic retinopathy显示文摘Objective:Diabetic retinopathy(DR) is the retinal consequence of chronic progressive diabetic microvascular leakage and occlusion.Non-proliferating diabetic retinopathy(NPDR) is the early stage of DR.It eventually occurs to some degree in all patients with diabetes mellitus.In recent years,many clinical trials have shown that Compound Danshen Dripping Pill(CDDP) may be associated with the improvement of NPDR symptoms.The aim of this study was to quantitatively summarize the association between CDDP and the therapeutic effects of NPDR.Methods:It was conducted that a systematic literature search of Pub Med,Web of Science,CNKI,VIP and Wanfang Data updated in June 2020 with the following search terms:'diabetic retinopathy° or'retinopathy° or 'DR° or 'NPDR°,in combination with 'Compound Danshen Dripping Pill° or 'Salvia miltiorrhiza° or 'Danshen°.Risk ratio(RR) and weighted mean difference(WMD) with their 95% confidence interval(CI) was calculated between treatment and control groups.The sensitivity analyses were undertaken by removing each individual study when high heterogeneity appeared.Subgroup analysis,Metaregression,and publication bias analysis were also conducted.The strength of evidence was evaluated with the Grading of Recommendation,Assessment,Development,and Evaluation(GRADE) method.Results:Twenty-six RCTs involving 2047 subjects were included to conduct a Meta-analysis after screening the studies,extracting the data,and assessing the study quality.The Stata15.0 software was utilized for processing.Meta-analysis indicated that curative effects of treatment group with CDDP was significantly better than control [RR = 0.54,95% CI(0.40,0.73);moderate-quality evidence].In addition,the results showed that CDDP was significantly associated with improving retinal hemorrhages[WMD =-0.62,95% CI(-0.78,-0.46);low-quality evidence],the vision [WMD = 0.14,and 95% CI(0.09,0.19),low-quality evidence],fundus fluorescence angiography [RR = 0.37 and 95% CI(0.23,0.60);low-quality evidence],reduction of retinal microaneurysm [WMD =-3.74 and 95% CI(-4.38,-3.11);moderate-quality evidence],hemangioma volume [WMD =-3.15,95%CI(-3.45,-2.85);moderate-quality evidence],macular thickness [WMD =-5.52,95%CI =(-64.27,-48.78);low-quality evidence],mean defect [WMD =-1.65 and 95% CI(-1.95,-1.34);very low-quality evidence],fasting blooding glucose [WMD =-0.95,95% CI(-1.19,-0.70);low-quality evidence),hemoglobin A1c[WMD =-0.62,95% CI(-0.93,-0.30);low-quality evidence],high sensitive C reaction protein[WMD =-5.66,95% CI(-8.01,-3.31);low-quality evidence].Sensitivity,subgroup,and Metaregression analyses were also assessed.Conclusion:The study demonstrated that CDDP has beneficial clinical effects for treating NPDR and improve the vision.Moreover,it indicated that oral CDDP in NPDR patients led to significant regulation of serum level of fasting blooding glucose,hemoglobin A1c and high sensitive C reaction protein,which was associated with the pathogenesis of NPDR.However,high-quality and large randomized clinical trials will be needed to prove the consequence in future. | Yu Wang Lei Hao Zhipeng Huo Yuanxue Liu Yujing Sun Zhaohui Song | 2022 | Chinese Herbal Medicines2022，14，1： | 0 |
| 11 | BiVO_4 semiconductor sensitized solar cells显示文摘Semiconductor sensitized solar cells(SSSCs) are promising candidates for the third generation of cost-effective photovoltaic solar cells and it is important to develop a group of robust, environment-friendly and visible-light-responsive semiconductor sensitizers. In this paper, we first synthesized bismuth vanadate(Bi VO4) quantum dots by employing facile successive ionic layer adsorption and reaction(SILAR) deposition technique, which we then used as a sensitizer for solar energy conversion. The preliminary optimised oxide SSSC showed an efficiency of 0.36%, nearly 2 orders of magnitude enhancement compared with bare Ti O2, due to the narrow bandgap absorption of Bi VO4 quantum dots and intimate contact with the oxide substrate. This result not only demonstrates a simple method to prepare Bi VO4 quantum dots based solar cells, but also provides important insights into the low bandgap oxide SSSCs. | Yi Li Jun Zhu Hui Chu Junfeng Wei Feng Liu Mei Lv Junwang Tang Bing Zhang Jianxi Yao Zhipeng Huo Linhua Hu Songyuan Dai | 2015 | Science China Chemistry2015，58，9： | 0 |
| 12 | Study on Inventory of Supply Chain of Supermarket-oriented Agricultural Products显示文摘Using principle and method of the system dynamics,this paper takes a qualitative analysis on the inventory of supply chain of supermarket-oriented agricultural products,and compares with the supply chain of wholesale-oriented agricultural products. Two inventory models are established for these two different modes of supply chain. Through simulation of two models in the case of random demand and quantitative analysis of results,it is found that the inventory of supply chain of supermarket-oriented agricultural products has smaller fluctuation than that of wholesaler-oriented agricultural products. Besides,both the inventory level and bullwhip effect of above chain are lowered. | Hong HUO Xin SHEN Zhipeng Huang | 2013 | Asian Agricultural Research2013，5，7： | 0 |
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