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1
The Chemistry of Membranes Used in Fuel Cells: Degradation and Stabilization
Wiley
Shulamith Schlick
degradation
membranes
fuel
membrane
figure
nafion
radical
polymer
cf2
reaction
radicals
hydrogen
chemical
ce3
ceo2
dmpo
chemistry
groups
mechanism
rate
h2o2
stability
cathode
hydroxyl
surface
perfluorinated
anode
crossover
oxygen
barrier
ionomer
pfsa
presence
aquivion
shown
ionomers
ocv
catalyst
pem
formation
stabilization
operating
ether
phys
h2o
durability
reduction
scavenging
temperature
so3
年:
2018
语言:
english
文件:
PDF, 5.65 MB
您的标签:
0
/
0
english, 2018
2
Membranes for Low Temperature Fuel Cells: New Concepts, Single-Cell Studies and Applications
De Gruyter
Surbhi Sharma
membrane
membranes
fuel
nafion
journal
proton
polymer
temperature
materials
studies
hydrogen
methanol
chemical
cathode
conductivity
pemfc
crossover
degradation
mechanical
current
methods
anode
solution
cm2
electrochemical
reported
figure
permeability
diffusion
systems
conduction
density
pem
sources
sulfonated
operating
μm
characterisation
transport
chemistry
tests
dmfc
pfsa
composite
electrolyte
polymers
voltage
method
ionic
layer
年:
2019
语言:
english
文件:
PDF, 1.96 MB
您的标签:
0
/
0
english, 2019
3
Advances in Membranes for Low Temperature Fuel Cells
Smithers Rapra Technology
Surbhi Sharma
membrane
membranes
fuel
temperature
nafion
journal
proton
polymer
advances
materials
studies
hydrogen
methanol
pemfc
chemical
cm2
cathode
conductivity
crossover
mechanical
current
anode
degradation
methods
solution
reported
electrochemical
figure
conduction
permeability
diffusion
density
pem
systems
sources
sulfonated
operating
tests
transport
chemistry
dmfc
polymers
composite
pfsa
voltage
ionic
method
layer
solid
electrolyte
年:
2018
语言:
english
文件:
PDF, 13.95 MB
您的标签:
0
/
0
english, 2018
4
Flammability reduction in a pressurised water electrolyser based on a thin polymer electrolyte membrane through a Pt-alloy catalytic approach
Elsevier
Nicola Briguglio & Stefania Siracusano & Giuseppe Bonura & David Sebastián & Antonino S. Aricò
hydrogen
catalyst
ptco
current
oxygen
membrane
oxidation
electrolysis
anode
density
catalysts
pem
recombination
densities
increase
layer
ptru
operating
efficiency
decrease
presence
rate
temperature
differential
electrochemical
surface
catalytic
effect
alloy
observed
cathode
reactor
compared
conversion
reaction
evolution
permeation
catalysis
electrolyte
membranes
operation
permeated
polymer
reduction
safety
appl
irruox
packed
environmental
outlet
年:
2019
语言:
english
文件:
PDF, 2.14 MB
您的标签:
0
/
0
english, 2019
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