| 查看: 570 | 回复: 2 | ||
| 【奖励】 本帖被评价2次，作者友石增加金币 1.5 个 | ||
| 当前主题已经存档。 | ||
[资源]
发篇Chemical Reviews上的关于PEMFC耐久性和退化机理的综述（648篇Ref）
|
||
|
发一篇Chemical Reviews上的关于质子交换膜燃料电池耐久性和退化机理的综述，28个作者，648篇参考文献，48页，写得相当全，个人认为比较经典，发来与各虫友分享。 标题：Scientific Aspects of Polymer Electrolyte Fuel Cell Durability and Degradation.pdf点击标题亦可以下载 内容： Contents 1. Introduction 1.1. Durability Targets for Stationary and Transportation Applications 1.1.1. U.S. DOE Fuel Cell Programs 1.1.2. Japanese NEDO Fuel Cell Programs 1.1.3. European Hydrogen and Fuel Cell Technology Platform 1.2. PEM Fuel Cell Materials 1.3. Durability Tests 2. Operational Effects on Fuel Cell Durability 2.1. Impurity Effects 2.1.1. Fuel Impurities 2.1.2. Air Impurities 2.2. Subfreezing Effects in PEM Fuel Cells 2.2.1. Effect of Subfreezing Temperatures on PEM Fuel Cells and Components 2.2.2. Start-up Characteristics of Fuel Cells at Subfreezing Temperatures 2.2.3. Mitigation Strategies Utilized To Avoid Degradation Due to Subfreezing Temperatures 2.3. Other Operating Conditions 2.3.1. Load Cycling: Potential 2.3.2. Fuel Starvation 2.3.3. Start/Stop Cycling 2.3.4. Temperature and Relative Humidity 3. Membrane Degradation 3.1. Discussion of Polymer Electrolyte Membranes (PEMs) 3.2. In Situ PEM Durability Evaluation 3.2.1. Life Test 3.2.2. Accelerated Life Test 3.3. Chemical Degradation 3.3.1. Peroxide/Radical Degradation 3.3.2. Hydrolytic Degradation 3.3.3. Efforts to Improve Chemical Properties 3.4. Physical Degradation 3.4.1. Membrane Creep 3.4.2. Microcrack Fracture 3.4.3. Structural/Morphological Changes 3.4.4. Efforts To Improve Physical Properties 4. Electrocatalyst Stability 4.1. Chemical State of Platinum under PEMFC Cathode Conditions 4.1.1. Thermodynamics 4.2. Spectroscopic Analysis of Pt in the Electrochemical Environment 4.2.1. Bulk Electrodes 4.2.2. Carbon-Supported Nanoparticles in Aqueous Electrolyte 4.2.3. Carbon-Supported Platinum Nanoparticles in an MEA 4.2.4. Pt SolubilitysEquilibrium 4.3. Pt Dissolution under Nonequilibrium Conditions 4.3.1. Aqueous Electrolyte 4.3.2. Phosphoric Acid Fuel Cells 4.3.3. Polymer Electrolyte Fuel Cells 4.3.4. Alloy Effects 4.4. Platinum Particle Growth Analysis 4.4.1. Particle Growth Analysis by XRD 4.4.2. Glancing Angle X-ray Diffraction Studies 4.4.3. Particle Growth Analysis by TEM Imaging 4.4.4. Particle Growth Mechanism 4.5. Corrosion of Catalyst Support 4.5.1. Carbon Corrosion in PEMFCs 4.5.2. Carbon Corrosion in PAFCs 4.5.3. Carbon Corrosion in Aqueous Solutions 4.5.4. Novel Support Materials 4.6. Novel Materials: Nonprecious Catalysts for PEMFC Cathodes 4.6.1. Carbides, Oxides, Oxynitrides, and Carbonitrides 4.6.2. Catalysts Derived from Macrocycles, Porphyrins, and Composites 5. Gas Diffusion Layer (GDL) 5.1. Modeling of Transport Processes 5.2. Saturation and GDL Surface Properties 5.3. Degradation of Mass Transport with Operation 5.3.1. GDL Hydrophobicity Loss 5.3.2. GDL Carbon Corrosion and Loss 5.3.3. Mechanical Degradation of GDLs 6. Summary 7. Acknowledgments 8. References |
回复此楼» 猜你喜欢
氮掺杂石墨阴极制备：掺杂量对氧还原活性的调控规律
已经有0人回复
-
电催化CO2还原
已经有1人回复
-
物理化学论文润色/翻译怎么收费?
已经有153人回复
-
铁基负载石墨催化极板：金属活性位点的催化增效机制
已经有0人回复
-
石墨电催化系统参数匹配原则：水质、电流与极距的协同设计
已经有0人回复
-
锂金属电池求助
已经有1人回复
-
石墨阴极电催化耦合臭氧：协同增效还是资源浪费？
已经有0人回复
-
pH 对石墨催化极板反应选择性的影响：从自由基生成到副反应转向
已经有0人回复
-
D-S 充氢实验交流
已经有0人回复
-
申请27博士
已经有0人回复
-
压裂返排液现场水质快速检测：不用送检也能判断水质走向
已经有0人回复
2楼2008-03-27 08:08:39
3楼2008-03-27 09:08:12
