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| 1 | 固体氧化物质子传导膜H_2S燃料电池显示文摘A brief overview of the past and present state of art in the field of H2S solid oxide fuel cell is presented.Electrochemical performance of a proton-conducting solid oxide fuel cell having the configuration of H2S,(MoS2+NiS)/Li2SO4-Al2O3/Pt,air was investigated.The experimental results showed that electrolyte materials like Li2SO4-Al2O3, and anode substances such as MoS2+NiS showed good chemical stability under the operating conditions of a fuel cell using H2S as the fuel, and that binary metal sulfides such as MoS2+NiS as an anode catalyst was superior to a single metal sulfide of MoS2 which sublimes above 450 ℃, and better than Pt which could be detached and resulted in the degradation of anode due to the formation of PtS.The proton-conducting and cell performance was improved at elevated temperatures due to the increase of electrochemical reaction rate and the reduction of cell resistance.OCV values around 1.0 V were observed.The maximum current and power density values obtained at 600 ℃ were 20 mA·cm -2 and 4 mW· cm -2, and as high as 200 mA· cm -2 and 55 mW· cm -2 were achieved at 700 ℃, respectively.Three different anode catalysts, Pt, MoS2+NiS and MoS2+NiS+Ag were described.The conductance of cell increased and the cell performance was improved with Ag powder added to anode catalysts.Current density up to 250 mA· cm -2 and power density up to 70 mW· cm -2 were achieved with the anode catalyst MoS2+NiS+Ag compared to those with MoS2+NiS at 700 ℃. | 钟理 陈建军 WEI Guolin LUO Jingli CHUANG Karl | 2004 | 化工学报2004，55，10： | 6 |
| 2 | The Nano-Macro Pore Network and the Characteristics of Petroleum Migration and Accumulation in Chang 8 Tight Sandstone Reservoir in Heshui,Ordos Basin显示文摘Tight oil generally refers to the oil stored in the tight sandstone reservoir or tight carbonate reservoir that the overburden matrix permeability is less than or equal to 0.1mD(equivalent of about air permeability less than 1.0 mD)(Zeng et al.,2014).The tight oil resources are widely distributed in China,among them the Chang 6-Chang 8 of Yanchang formation in Ordos basin is an important tight | QIAO Juncheng ZENG Jianhui YANG Zhifeng FENG Xiao YAO Jingli LUO Anxiang | 2015 | Acta Geologica Sinica(English Edition)2015，89，A01： | 4 |
| 3 | Effect of H_2S Flow Rate and Concentration on Performance of H_2S/Air Solid Oxide Fuel Cell显示文摘A solid state H2S/air electrochemical cell having the configuration of H2S, (MoS2+NiS+Ag)/YSZ/Pt,air has been examined with different H2S flow rates and concentrations at atmospheric pressure and 750-850℃.Performance of the fuel cell was dependent on anode compartment H2S flow rate and concentration. The cell open-circuit voltage increased with increasing H2S flow rate. It was found that increasing both H2S flow rate and H2S concentration improved current-voltage and power density performance. This is resulted from improved gas diffusion in anode and increased concentration of anodic electroactive species. Operation at elevated H2S concentration improved the cell performance at a given gas flow rate. However, as low as 5% H2S in gas mixture can also be utilized as fuel feed to cells. Highest current and power densities, 1750mA·cm^-2 and 200mW·cm^-2,are obtained with pure H2S flow rate of 50 ml·min^-1 and air flow rate of 100ml·min^-1 at 850℃. | 钟理 张腾云 陈建军 WEI Guolin LUO Jingli K.Chung | 2004 | Chinese Journal of Chemical Engineering2004，12，2： | 4 |
| 4 | Passivity Degradation of Alloy 800 in Simulated Crevice Chemistries显示文摘Passivity degradation of Alloy 800 in simulated crevice chemistries was systematically investigated using cyclic polarization curve, electrochemical impedance spectroscopy(EIS), Mott-Schottky analysis, Auger electron spectroscopy(AES)and atomic absorption spectrometry(AAS). Cyclic polarization showed that the pitting potential in a thiosulfate solution was much lower than in either a chloride solution or a sulfate-chloride solution. Mott-Schottky results revealed that passive films showed n-type semiconductivity, and the presence of thiosulfate in chloride solution led to an increased donor density in the passive film. EIS spectra indicated that thiosulfate enhanced the film dissolution rate in chloride solutions. Moreover, thiosulfate enhanced the pitting propagation rate in chloride solution by stabilizing the metastable pits and forming sulfide within the pits. | 夏大海 Luo Jingli | 2015 | Transactions of Tianjin University2015，21，3： | 4 |
| 5 | Specific distribution of orientated C70-fullerene triggered by solvent-tuned macrocycle adlayer显示文摘在可控制的位置的器官的分子的精确本地化是向经由自底向上的策略构造功能的 nanostructures 的一个重要步骤。此处,超分子地在修改 macrocycle 的表面上组织了 C70-fullerene 集会用随理论计算在联合扫描通道显微镜学(STM ) 被调查。结果表明 C70-fullerene adlayers 的一个起来集会成功地在底部 macrocycle 数组上被形成。密度功能的理论(DFT ) 计算证实与共同吸附的溶剂 1-phenyloctane 一起的 macrocycle 网络为套住 C70-fullerene 分子在用作一个选择模板光谱地点并且充当了对 C70-fullerene 分子的支持。C70-fullerene 分子的期刊分发应该在特定的相互作用之上便于 C70-fullerene 的安排的强壮的依赖的理解(除了空间识别) 源于亚单层的修正。 | Yanfang Geng Ping Li Jindong Xue Dapeng Luo Junyong Zhang Lijin Shu Ke Deng Jingli Xie Qingdao Zeng | 2017 | Nano Research2017，10，3： | 2 |
| 6 | 1-D dynamic modeling of SOFC with analytical solution for reac- ting gas-flow problem显示文摘 | Qi Yutong Biao Huang Luo Jingli | 2008 | AIChE Journal2008，54，6： | 1 |
| 7 | Effects of particle angular velocity and friction force on erosion enhanced corrosion of 304 stainless steel显示文摘 | Farzad Mohammadi Jingli Luo | 2010 | Corrosion Science2010，，9： | 1 |
| 8 | Scanning combination micro pH electrode for in-situ pH imaging in the localized corrosion显示文摘 | Lin Charmgjian Luo Jingli Sun Haiyan | 1996 | Electrochemistry1996，2，4： | 1 |
| 9 | Dynamic modeling of a finite volume of solid oxide fuelcell:The effect of transport dynamics显示文摘 | Qi Yutong Huang Biao Luo Jingli | 2006 | Chemical Engineering Science2006，，61： | 1 |
| 10 | 显示文摘 | Xu Zhengrong Luo Jingli | 2007 | Phys Chem C2007，111，16： | 1 |
| 11 | Single-atomic Pt sites anchored on defective Ti0_(2) nanosheets as a superior photocatalyst for hydrogen evolution显示文摘Single-atomic site catalysts have drawn considerable attention because of their maximum atom-utilization efficiency and excellent catalytic activity.In this work,a highly active single-atomic Pt site photocatalyst was synthesized through employing defective Ti0_(2) nanosheets as solid support for photo-catalytic water splitting.It indicated that the surface oxygen vacancies on defective Ti0_(2) nanosheets could effectively stabilize the single-atomic Pt sites through constructing a three-center Ti-Pt-Ti structure.The Ti-Pt-Ti structure can hold the stability of isolated single-atomic Pt sites and facilitate the separation and transfer of photoinduced charge carriers,thereby greatly improving the photocatalytic H2 evolution.Notably,our synthesized photocatalyst exhibited a remarkably enhanced H2 evolution performance,and the H2 production rate is up to 13460.7μmol h^(-1)·g^(-1),which is up to around 29.0 and 4.7 times higher than those of Ti0_(2) nanosheets and Pt nanoparticles-Ti0_(2).In addition,a plausible enhanced reaction mechanism was also proposed combining with photo-electrochemical characterizations and density functional theoiy(DFT)calculation results.Ultimately,it is believed that this work highlights the benefits of a single-site catalyst and paves the way to rationally design the highly active and stable single-atomic site photocatalysts on metal oxide support. | Xiaolong Hu Junying Song Jingli Luo Hao Zhang Zhiming Sun Chunquan Li Shuilin Zheng Qingxia Liu | 2021 | Journal of Energy Chemistry2021，30，11： | 1 |
| 12 | Fabrication and performance of PEN SOFCs with proton-conducting electrolyte显示文摘A positive-electrolyte-negative(PEN)assembly solid oxide fuel cell(SOFC)with a thin electrolyte film for intermediate temperature operation was fabricated.Instead of the traditional screen-printing method,both anode and cathode catalysts were pressed simultaneously and formed with the fabrication of nano-composite electrolyte by press method.This design offered some advantageous configura-tions that diminished ohmic resistance between electrolyte and electrodes.It also increased the proton-conducting rate and improved the performance of SOFCs due to the reduction of membrane thickness and good contact between electrolyte and electrodes.The fabricated PEN cell generated electricity between 600℃ and 680℃ using H2S as fuel feed and air as oxidant.Maximum power densities 40 mW·cm^(-2) and 130 mW·cm^(-2) for the PEN configuration with a Mo-Ni-S-based composite anode,nano-composite electrolyte(Li_(2)SO_(4)+Al_(2)O_(3))film and a NiO-based composite cathode were achieved at 600℃ and 680℃,respectively. | ZHONG Li LUO Jingli Karl Chuang | 2007 | Frontiers of Chemical Science and Engineering2007，1，1： | 0 |
| 13 | Formation patterns of Chang 9 oil reservoir in Triassic Yanchang Formation, Ordos Basin, NW China显示文摘Based on analysis of main controlling factors of Chang 9, the source rock, driving force of migration, migration and accumulation modes, reservoir forming stages and model and enrichment law of Chang 9 reservoir were examined. The study showed that the oil of Chang 9 reservoir in the Jiyuan and Longdong(Eastern Gansu) areas came primarily from the source rock of Chang 7 Member, but the oil of Chang 9 reservoir in the Zhidan area came primarily from the source rock of Chang 9 Member. There developed lithologic-structural oil reservoirs in Gufengzhuang-Mahuangshan area in northwest Jiyuan, structural-lithologic oil reservoirs in east Jiyuan, and lithologic reservoirs in Huachi–Qingcheng area and Zhidan area. The overpressure of Chang 7 Member was the driving force of oil migration. The burial history showed that Chang 9 Member experienced two stages of reservoir forming, the reservoir formed in the Late Jurassic was smaller in charging scope and scale, and the Early Cretaceous was the period when the source rock generated oil and gas massively and the Chang 9 reservoir came into being. Along with the tectonic movements, Chang 7 bottom structure turned from high in the west and lower in the East in the sedimentary stage to high in the east and lower in the west in the hydrocarbon accumulation stage and at last to gentle western-leaning monoclinal structure at present. In Early Cretaceous, the Chang 7 bottom structure was the lowest in the west of Huanxian-Huachi-Wuqi-Dingbian areas, so the oil migrated laterally towards the higher positions around after entering the reservoir. In the main reservoir forming period, Chang 7 bottom had an ancient anticline in Mahuangshan-Hongjingzi area of west Jiyuan, controlling the oil reservoir distribution in west Jiyuan. | YAO Jingli ZHAO Yande LIU Guanglin QI Yalin LI Yuanhao LUO Anxiang ZHANG Xiaolei | 2018 | Petroleum Exploration and Development2018，45，3： | 0 |
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