醉染图书刘业翔文集9787502479626

院士传略
刘业翔简介
刘业翔传略
学术
一、铝电解惰阳极、惰可润湿阴极及电解新工艺
铝电解用SnO2基惰阳极的研究
Laboratory Study on TiB2一based Ceramic Cathode for Aluminium Reduction Cell
Research Progress in TiB．Wettable Cathode for Aluminum Reduction
Cup-shaped Functionally Gradient NiFe2 Oj―based Cermet Inert Anodes for Aluminum Reduction
Alumina Solubility in Na3A1F6一K3A1F6一A1F3 Molten Salt System Prospective for Aluminum Electrolysis at Lower Temperature
Further Research of“Cup-shaped”NiFe204 Based Cermet Inert Anodes for Aluminum Electrolysis
二、铝电解工艺优化、自动控制与计算机
Effect of An Alumina Layer at the Electrolyte／Aluminum Interface A Laboratory Study
Inhibition of Anode Effect in Aluminum Electrolysis Process by Anode Dopants A Laboratory Study
160kA预焙铝电解槽区域电流效率
点式下料铝电解槽氧化铝浓度新型估计模型
Bath Temperature Model for Point-feeding Aluminium Reduction Cells
An Improved Finite Element Model for Electro―magnetic Analysis in Aluminum Cells
三、高温熔盐电解过程电催化
Oxygen Overvoltage on Sn02-based Anodes in NaF-A1F3-A1203 Melts Electrocatalytic Effects of Doping Agents
Progress in Studies of ElectrocatalyssndDped Carbon Anodes in Aluminium Electrolysis Ceils
On the Electrocatalysis of Doped Carbon Anodes in Aluminum Electrolysis
高温氯化物熔体氯电极过程的电催化作用
Electrocatalysis of the Carbon Anode in Aluminium Electrolysis
四、湿法冶金电解过程电催化
锌电解节能惰阳极的研究――惰阳极上的析氧超电压
用于Ni和Zn电积的节能形稳阳极(DSA)――实验室研究
A Novel Porous Pb―Ag Anode for Energy―saving in Zinc Electrowinning Part I Preparation and Property Tests in Laboratory
A Novel Porous Pb―Ag Anode for Energy―saving in Zinc Electrowinning Part II Preparation and Pilot Plant Tests of Large Size Anode
Oxygen Evolution and Corrosion Behaviors of Co―deposited Pb／Pb―Mn02 Coite Anode for Electrowinning of Nonferrous Metals
Electrochemical Performance of A Pb／Pb-Mn02 Coite Anode in Sulfuric Acid Solution Containing Mn
Electrochemical Behaviors of Co―deposited Pb／Pb―Mn02 Coite Anode in Sulfuric Acid Solution―Tafel and EIS Investigations
五、电化学储能材料与器件
天然石墨中嵌／脱锂离子过程的研究
Effect of Cooling Modes on Mierostructure and Electrochemical Performance of LiFePO4
Coating of LiNi l／3 C ／3 Mn l／3 02 Cathode Materials with Alumina by Solid State Reaction at Room Temperature
Synthesis of Nitrogen―containing Hollow Carbon Microspheres by A Modified Template Method as Anodes for Advanced Sodium-ion Batteries
Confining Selenium in Nitrogen―containing Hierarchical Porous Carbon for High-rate Rechargeable Lithium-selenium Batteries
A Simple SDS―assisted Self-assembly Method for the Synthesis of Hollow Carbon Nanospheres to Encapsulate Sulfur for Advanced Lithium-sulfur Batteries
Electrochemical Impedance Spectroscopy Study of A Lithium／Sulfur Battery Modeling and Analysis of Capacity Fading
An Electrochemical―thermal Model Based on Dynamic Responses for Lithium Iron Phosphate Battery
Numerical Analysis of Distribution and Evolution of Reaction Current Density in Discharge Process of Lithium-ion Power Battery
Unique Starch Polymer Electrolyte for High Capacity All-solid-state Lithium Sulfur Battery
A Fast Charging／Discharging All―solid-state Lithium Ion Battery Based on PEO-MIL-53(A1)-LiTFSI Thin Film Electrolyte
Effect of Ni．doping on Electrochemical Capacitance of Mn02 Electrode Materials
Preparation and Properties of Pitch Carbon Based Supercapacitor
六、太阳电池与光电催化
Cyclic Vohammetry Study of Electrodeposition Cu(In，Ga)Se2 Thin Films
In Situ Growth of Cu2 ZnSnS4 Thin Films by Reactive Magnetron Co-sputtering
ElectrodeDosition of Cobalt Selenide Thin Films
Fabrication of Ternary Cu―Sn．S Sulfides by Modified Successive Ionic Layer Adsorption and Reaction(SILAR)Method
Colloidal Synthesis and Characterisation of Cu，SbSel Nanocrystals
Kesterite Cu，ZnSn(S，Se)4 Solar Cells with Beyond 8％Efficiency by A Sol―gel and Selenization Process
七、学术报告与科技评述
我国铝电解技术今后的研究与开发课题
论我国铝企业的产品结构调整
加强有色冶金基础研究的建议
论铝电解的节能潜力
电化学新材料的若干发展前沿
能源新材料的若干发展前沿
战略金属铍材料的可持续发展
八、（氧化铝、TiAl合金、自蔓延高温合成、传感器、光催化剂、燃料电池电催化、泡沫材料、超细粉体）
强化烧结法生产氧化铝新工艺的研究与实践
氢氧化铝晶粒强度的应力状态分析
A New Heat Treatmenrcesing for TiAl Based Alloy
自蔓延高温合成过程中绝热温度的编程计算
Study on CuO．BaTiO，Semiconductor CO，Sensor
纳米TiO，光催化剂的电化学法制备及其表征
Preparation of Precursor for Stainless Steel Foam
低温热处理以及高能球磨对制备超细氧化铝的影响