第1卷 金属氧化物的显微结构表征与建模 下册-化学传感器:仿真与建模-影印版 内容简介

　　    《化学传感器·仿真与建模(第1卷):金属氧化物的显微结构表征与建模(下册)(英文版)(影印版)》内容简介：在车辆和舰艇等移动应用领域，金属支撑固体氧化物燃料电池sofc具有很高的应用潜力。然而，为实现大规模商业化应用，金属支撑sofc技术在高成本和低可靠性上必须取得实质性突破。在面对上述挑战的持续努力中，电池性能优化测试和失败模式诊断发挥着重要作用。在燃料电池诊断工具中，交流阻抗谱，也称为电化学阻抗谱，被广泛用来作为电池性能评价和退化诊断分析。

第1卷 金属氧化物的显微结构表征与建模 下册-化学传感器:仿真与建模-影印版 目录

preface
about the editor
contributors
6 modeling interactions of metal oxide surfaces with water
l.vlcek
p.ganesh
a.bandura
e.mamontov
m.predota
p.t.cummings
d.j.wesolowski
1 introduction
2 metal oxide—water interactions and their study
2.1 general oxide properties and surface processes
2.2 experimental methods
2.3 computer simulations
2.4 theoretical models
3 electronic structure and surface reactions
3.1 tio2
3.2 sno2
3.3 zno
4 thermodynamic and structural aspects of adsorption
4.1 tio2
4.2 sno2
4.3 zno
5 dynamics of adsorbed water
5.1 fast processes—proton motion
5.2 slow processes—molecular motion
6 perspectives
7 acknowledgments
references
7 density functional theory study of water dissociative chemisorption on metal oxide surfaces
c.zhou
h.cheng
1 introduction
2 catalytic water dissociation on metal oxide surfaces
2.1 water dissociative chemisorption on fe3o4（111） surfaces
2.2 water dissociative chemisorption on rutile—tio2（110） surfaces
2.3 water dissociative chemisorption on α—al2o3（100） surfaces
4 summary
5 acknowledgments
references
8 first—principles studies of hydrogen spillover mechanisms on metal oxides
l.chen
m.yang
h.cheng
1 introduction
2 general view of spillover
2.1 mechanism of hydrogen spillover on metal oxide
2.2 the role of noble metals in the spillover effect
2.3 the role of spillover in chemical sensors
2.4 experimental confirmations of the presence of spillover effect
3 computational approach
4 hydrogen spilloverin moo3
5 hydrogen spilloverin al2o3
6 hydrogen spilloverin wo3
7 summary
references
9 adsorption and diffusion of adatoms and small clusters on metal oxide surfaces
r.ferrando
a.fortunelli
1 introduction
2 theoretical methods and concepts in metal／oxide interaction
2.1 theoretical methods
2.2 concepts in metal／oxide interaction
3 diffusion of isolated adatoms
3.1 energy barriers for isolated adatoms on flat mgo（001）
3.2 long jumps in adatom diffusion
3.3 diffusion in the presence of defects
4 diffusion of dimers， trimers， and tetramers
4.1 dimers
4.2 trimers
4.3 tetramers
5 adsorption and diffusion on exotic （ultrathin） oxide substrates
5.1 adsorption
5.2 diffusion
6 conclusions
references
10 effect of size on the phase stability of nanostructures
s.li
q.jiang
1 introduction and motivation
2 phase stability and structural phase transition
2.1 crystals and crystalline structures
2.2 factors triggering phase transitions
2.3 size effect on phase—transition pressure and temperature of nanostructures
2.4 research on the thermodynamics of solid structural nanophase transitions
2.5 effect of surface： surface energy and surface stress
2.6 effect of shape on phase stability
3 theoretical methods for size—dependent phase stabilitv
3.1 simulation techniques
3.2 thermodynamics
3.3 applications： case studies
4 concluding remarks
references
11 segregation—induced grain—boundary electrical pui—ential in ionic oxide material8： simulation approache8 and pending challenges
r.l.gonzalez romero
j j.melendez martinez
f.l.cumbrera hernandez
d.gomez garcia
1 introduction： generalldeas about segregation effects in oxide materials

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