标签：词汇 energy surface current potential structure electrode 电化学 大全

电化学词汇

————————————————————————————————————————————————————————————
—————————————————————————————————————————————————————————————

——————————————————————————————————————————————————————————————
——————————————————————————————————————————————————————————————
AB3 structures
ab initio calculation
ABAB packaging
ABCABC packaging
abnormal alloy deposition
absorption coefficient
acceptor states
accumulation region
acetate)
acidic
activation energy
activation potential
activity coefficient of component B
activity coefficient
activity of Ag
activity of Au
activity
ad-atom intermediates
ad-atom position
ad-atoms
additives
adhesion forces
adhesion promoter
adhesion promoters
adsorbed ion
adsorbed ions
adsorbed mass
adsorption capacitance
adsorption equilibrium
adsorption isotherm
adsorption isotherms
adsorption of lead
adsorption
AFM: see atomic force
alkali halide
alkaline manganese
all solid-state cell
alloy characterization
alloy components
alloy composition
alloy deposition
alloy electrode
alloy phase
alloy/electrolyte interface
alloyed steel
alloys (continued )
alloys of transition metals
alternate
aluminum alloy
aluminum deposition
aluminum electrolysis cell
aluminum film
aluminum
amalgam electrodes
amalgam
amorphous
anatase
Anderson–Stuart model
anion adsorption
anion conductors
anion exchange
anion release
anodic inhibition
anodic polarization
anodic stripping
anomalous co-deposition
anomalous deposition
another metal
anti-bonding orbital
anti-bonding states
anti-bonding
anti-Frenkel
anti-Schottky
apparent mass
apparent molar mass
applications
Arrhenius hypothesis
Arrhenius plots
as a function of the potential
AT-cut
atom in an ideal kink site position
atom in the kink position
atomic diameter
atomic environment concept
atomic force microscope
atomic force
atomic number factor
atomic number
atomic orbitals
atomic radii
atomic radius
attractive forces
Au and Ag
Au and Cu
Auger-electron-spectroscopy (AES)
Austenitic steels
autocatalytic mechanism
average displacement
Avrami
azeotropic minimum
band bending
band gap inhibition
band gap
Band gaps
band model
band pinning
band structure
band widths
band
bands in solids
base-oriented reproduction
basic
batteries
bcc
Bi O
Bi Te
bis-pentadienyl complexes
bis(biphenyl)Cr(I)/bis(biphenyl)Cr(0)
Bjerrum radius
Bjerrum’s association theory
Bloch functions
block
Bockris mechanism
Bode diagram
Bode plot
body centered cubic lattice
body centered cubic structure
bond energies
bond energy
bond order
bonding electron
bonding orbital
bonding
bonds
Born–Haber cycle
Born–Haber process
boundary conditions
Bragg’s law of reflection
breakdown
Brenner’s alloy classification
Brillouin zone
broadening
Burgers vector
Butler–Volmer equation
cadmium electrode
cadmium
calculation of sublimation enthalpies
calculation
calomel electrode
capacitance and resistance
capacitance
capillary curve
carbon nanostructures
catalytic action
catalytic activity
cathodic inhibition
cathodic polarization
cathodic protection
cathodic
cation adsorption
cation conductors
cation exchange
cations
ccp structure
Cd/Cd2+
Ce0.8 Gd0.2 O1.9
cell constant
cell for simulation
cell reaction
cell voltage
chalcogenides
change
characteristic points
characteristic properties
charge career density
charge distribution
charge transfer coefficient
charge transfer coefficients
charge transfer coupled
charge transfer reaction
charge transfer resistance
charge transfer
charge
chemical potential
chemical synthesis
chemical vapor deposition (CVP)
chemical
chromatizing
chromium
chronoamperometry (continued )
chronoamperometry
chronocoulometry
chronopotentiometry
citrate
classification of Brenner
closed packed hexagonal
closed packed structure
closed packed structures
closed packing
closed systems
CN-stretch
Co /Co
co-adsorption of anions
co-deposition
cobalt–gold
cobalt–iron
cobalt–nickel
cobaltocene/cobaltocenium
CoFeNi alloys
cohesion energy
cohesion in solids
cohesive energy
colloidal dispersions
colloidal silver particles
combination
compensation reactions
completely free electron model
complex constant
complex plane
complex reaction
complex
complexes
composite layer
composition reference line
composition triangle
compositionally modulated
concentration failures
concentration gradient
concentration profiles
concentration
condensed phase
conductance
conducting polymers
conduction band processes
conduction bands
conductivity models
conductivity
confocal
CoNi
construction
contribution from diffusion
contributions
control
convection
conversion coatings
COOP
coordination number
coordination polyhedrons
copolymerization equation
copolymerization
copolymers
copper dissolution
copper electrode
copper on Au(111)
copper-zinc alloys
copper–nickel
copper
core-shell composites
core-shell particle
corrected
corresponding copolymer
corrosion current density
corrosion inhibition
corrosion potential
corrosion products
corrosion protection
corrosion rate
corrosion
Cottrell equation
Coulomb forces
Coulomb
Coulometric titration method
Coulometric titration
Coulometry
coupling model
Cr
crevice corrosion
crevice
critical nucleus
critical ratio
critical temperature
critical thickness
crystal orbital overlap
crystal plate
crystal structure
crystal
crystallization
crystallographic faces
CsCl octahedron
CsCl structure
CsCl
Cu2O
Cu5Zn8
Cu electrode
Cu type structure
Cu-ion conductors
cubic closed packed
cubic lattice
cubic structure
CuNi
cuprite
current density
current transients
current-potential dependence
current-potential plot
current–potential curve
current–potential curves
current–potential dependence
current–potential diagram
current–potential diagrams
current–potential plot
current–potential plots
current–potential relationship
current–time dependence
CuZn30
CuZn
cyanide copper
cyclic voltammetry
cyclic voltammogram
cyclic voltammograms of
d-electrons
d-metals
d-orbitals
damping
dark current
Debye-Falkenhagen effect
Debye–Hückel approximation
Debye–Hückel theory
Defect model
defect
definition
degeneration region
degree of
density of states
density
dependence on electrode
dependence on electrode potential
dependence on nitrate concentration
dependence on nitrous acid
dependence on NO3
dependence on scan rate
depletion region
deposition conditions
deposition of silver
deposition potential
deposition
desorption
determination of
determination
diagrams
different crystallographic faces
different pH values
differential
diffuse double layer
diffusion coefficient
diffusion layer thickness
diffusion layer
diffusion limited
diffusion overpotential
diffusion potential
diffusion resistance
diffusion zones
diffusion
dimensionally stable electrodes
dipole forces
dipole moment
dipole–dipole interaction
dipoles
direct dissolution
direct transition
dislocations
disorder
dispersion
dissociation equilibria
dissociation
dissolution
distance
distances
distribution functions
dithiadecyl-disodium-sulfonate
DLVO theory
donor states
doping salt
doping
DOS
double layer capacitance
double layer charge peak
double layer charging
double pulse program
double-layer charging
drop frequency
drop time
dual bath plating
dual bath technique
Duhem–Margules equation
duplex film structure
duplex structure
Dynamic measurements
dynamic
e g character
e g orbitals
earth alkaline metals
elastic deformation
electrical
electro-migration
electrocapillary curves
electrocapillary equation
electrochemical cell
electrochemical cells
electrochemical deposition
electrochemical double layer
electrochemical measurements
electrochemical photocell
electrochemical potential scale
electrochemical potential
electrochemical potentials
electrochemical reaction orders
electrochemical scanning microscope
electrochemical synthesis
electrochemical
electrode potentials
electrode process
electrode resistance
electrode with charge transfer
electrodeposition
electrolysis
electrolyte contact
Electrolyte models
electrolyte phase
electrolyte
electrolytes
electrolytic phase
electron affinity
electron density
electron pairs
electron transfer
electron-energy levels
electron-spin-resonance
electron
electronegative component
electronegativity
electronic equilibrium
electronic properties
electronic
electrons in the electrolyte
electrons
electrophoretic deposition
electrophoretic effect
electroplating
electropositive component
electrosorption valency
electrostatic interaction
electrostatic repulsion
electrostatic
elementary electron transfer reaction
elimination
ellipsometry
Eloxal process
empirical
enamel layer
enamel
energy band
energy bands
energy diagram
energy diagrams
energy distribution function
energy gaps
enthalpy of fusion
enthalpy of vaporization
enthalpy
entropy
equilibria
equilibrium approach
equilibrium co-deposition
equilibrium conditions
equilibrium controlled
equilibrium potential
equilibrium structure
equilibrium
equivalent circuit
equivalent circuits
Esin–Markov coefficient
ESR and UV/vis
ethyl-methyl-imidazolium cation
eutectic mixture
evaporation
Everett and Couchman function
Ex situ methods
EXAFS
examples
excess entropy
excess function
excess functions
exchange current density
Excimer laser
experimental examples
experimental investigations
exponential form
extrinsic
f-orbitals
face centered cubic lattice
face centered cubic
factor groups
fcc structure
Fe /Fe
Fe and Fe
Fe ions
Fe(CN)4-
FeCr alloys
FeNi
Fermi energy
Fermi–Dirac function
ferric/ferrous ions
ferrite
ferritic steels
ferritic–austenitic steels
ferrocene/ferrocinium
Fick’s first law
Fick’s second law
field strength
field-oriented isolation
field-oriented texture type
film formation
film growth
film properties
first-order
Fischer classification
Flade potential
flat band potential
flat band potentials
flow in a pipe
fluorite
fluorites
forces acting on a particle
formation enthalpies
formation enthalpy
formation of metal ions
formation reaction
forms of corrosion
Fransaer–Buelens–Celis–Roos
free corrosion potential
free electron gas
free electron model
free electron
free metal ion
free surface energy
free volume
Frenkel
frequency dependence
friction forces
from current potential diagrams
Frumkin isotherm
fuel cell
full width at half maximum
function of the current density
functions
fundamental processes
GaAs
Galvani potential difference
Galvani potential
galvanostatic intermittent titration
galvanostatic method
Galvanostatic pulses
gap states
Gärtner
gas phase
gel polymer electrolytes
general concepts
general mechanisms
generator electrode
geometric structure
giant magneto resistance effect
Gibbs adsorption isotherm
Gibbs energies
Gibbs energy of formation
Gibbs energy
Gibbs function: see Gibbs energy
Gibbs surface energy
Gibbs–Duhem equation
Gibbs–Helmholtz equation
Gibbs’s fundamental equation
GIXAS
GIXRD
glass forming
glass temperature
glass transition temperature
glasslike matrix
GMR
gold
Gouy–Chapman layer
Grahame model
grain boundaries
grazing incidence X-ray absorption
grazing incidence X-ray diffraction
green patina
group number
group
growth of metals
growth
Guglielmi model
Haber–Luggin capillary
half crystal position
half-cells
halides
hard–soft concept
hard–soft
Harned cell
hcp structure
head–head
head–tail
Helmholtz layer
hemispherical growths
Henderson equation
Henry’s law
heterogeneous
Heusler alloy MnCu Al
Heusler
hexafluorophosphate
hexagonal closed packed
hexagonal structure
high concentration of
high frequencies
high temperature measurements
higher valent atom
higher valent
Hittorf
hole
holes
hot spots
Hull cell
Hume-Rothery phase
Hume-Rothery rules
hydrated ion
hydrogen electrode
hydrogen ion reduction
hydrogen
hydroquinone
icosahedron
ideal kink positions
ideal kink site position
ideally polarizable electrode
ideally polarizable electrodes
impedance model
impedance spectra
impedance spectrometer
impedance spectroscopy
impedance spectrum
impedance
In situ methods
In situ Mössbauer spectroscopy
in the matrix of the solvent B
indirect transition
individual ion
induced co-deposition
induced electrodeposition
induced
infinite dilution
influence of additives
inhibition of
inhibition
inhibitors
inner Helmholtz layer
inner potentials
inorganic material
instantaneous
insulating
integral
integrate
integration constants
integration
intensity modulated photocurrent
inter-granular
interaction energies
interaction
intermediate states
intermediate steps
intermetallic compound
intermetallic compounds
intermetallic phases
internal energy
internal recombination
internal strain
interphase
interstitials
intrinsic conductivity
intrinsic disorder
intrinsic semiconductor
intrinsic
intrinsically conducting polymers
ion conducting glasses
ion exchangers
Ion exchanging
ion formation in
ion formation
ion transfer
ion transport
ion–dipole interaction
ion–ion interaction
ionic atmosphere
ionic conductance
ionic crystals
ionic lattice
ionic liquids
ionic melt
ionic melts: see ionic liquids
ionic phase
ionic strength
ionic structures
ionic-conducting
ionic
ionization
ions
IR-drop
iron and steel
iron carbon system
iron–chromium alloys
iron–nickel
iron–water system
iron
irregular co-deposition
isoelectric points
IUPAC recommendations
Jagodzinski and Pauling
jellium model
Kariapper–Foster model
KCN electrolyte
KF-ethyl-aluminum complex
kinetic approach
kinetic experiments
kinetic model
kink position
kink site position
kink site positions
Knudsen cell
Kohlrausch’s law
Koutecky–Levich equation
Koutecky–Levich plot
Koutecky—Levich equation
Kröger–Vink notation
Kumada–McCullough process
laminar flow
Landolt cell
Langmuir isotherm
lantern structure
lanthanum
Laplace transformation
large Na2 MoO4 concentration
laser doppler anemometry
lattice energies
lattice enthalpy
lattice misfit
lattice tensions
lattice
layer-by-layer deposition
lead acid
lead on Ag
lead on Ag(100)
lead on Ag(111)
lead on quasi perfect Ag(111)
Leclanché cell
ledeburite
LEED
Lennard–Jones potential
lg i a versus lg c HNO2
lg i c versus lg c HNO2
Li Al
Li As
Li into Sb
Li N
Li P
Li Sb
Li x Li Al x Al
Li y Al electrode
LiAl system
LiAl
LiCF SO
LiCl and KCl
LiCl/KCl
LiCl/Li2 O
LiClO
ligand field theory
limiting current density
limiting current
limiting law
linear-orientation
Lippmann equation
liquid electrodes
liquid metals
LiSb
lithium batteries
lithium deposition
lithium ion
lithium
local
London forces
long-range order
lower valent solvent
lower valent
Madelung constants
main group
Markov chain theory
martensite
Martensitic steels
mass change versus charge
mass spectrometer
mass spectroscopy
mass transport coupled
mass transport
maximum
mean diameter
mean ion
mean ionic
measurement
measurements
mechanism of electrodeposition
mechanism
mechanisms
mechanistic models
melts
membrane chlorine alkaline
Mendeleev factor
mercury electrode
mercury nuclei
mercury oxide electrode
mercury sulfate electrode
metal clusters
metal complexes
metal deposition process
metal deposition
metal deposits
metal dissolution
metal electrode
metal films
metal ion complex electrodes
metal ion electrodes
metal ion
metal ions
metal phase
metal surfaces
metallic hydrogen
metallic phase
metallurgical aspects
metals
methods
Mg type
mica flakes
microcapsules
microelectrode
microscopy
Miedema
miscibility
mixed ionic and electronic conductance
mixed potential theory
mixed potential
mobility gap
mobility model
mobility
model
modulus
molalities
molar conductivity
molar masses
molar
molarity
mole fractions
molecular beam epitaxy
molecular orbital theory
molecular structures
molecule or molecule
molten salt
molten
monomers
Mott–Schottky equation
Mott–Schottky plot
Mott–Schottky theory
MtETa15
multi-layers
multi-pole forces
multi-step electrode reactions
Multiple steps
N-butyl-pyridinium chloride
n-doped
n-semiconductor
NaCl lattice
NaCl structure
NaF
nafion
nanoarrays
nanocomposites
nanocrystalline metals
nanodots
nanoelectrochemistry
nanoelectrodes
nanoparticle
nanoparticles
nanostructures
nanowires
nasicon
Natal process
natural passivation
nearest neighbors
nearly free electron model
Nernst equation
Nernst factor
Nernst impedance
Nernst potential
Nernst–Brunner
network former
network modifier
neutral state properties
neutron scattering
next neighbors
Ni
nickel–cadmium
nickel–molybdenum
nickel–phosphor
nickel
nicotinic acid on silver
nicotinic acid
NiMo system
NiO
NiSO4
nitrous acid to nitric acid
nitrous acid–nitric acid
NMR spectroscopy
noble metals
non-aqueous electrolytes
non-aqueous solvent
non-interactive systems
non-noble metals
non-stationary
non-stoichiometric phase
non-stoichiometric
non-uniform
normal alloy deposition
nucleation
number of atoms
Nyquist diagram
Nyquist plot
O2p-band
O2s-band
occupied states
occupied
octahedron
of component B
of formation
of sublimation
Ohmic resistance
oligomers
one-dimensional
one-dimensional(1D)
Onsager
open systems
optical spectroscopy
optical
orbital interaction
orbital model of solids
orbitals in solids
organic electrolyte
organic field effect transistor
organic material
organic polymer
orientation and structure
Ostwald’s law
outer Helmholtz layer
overlap integral
overlapping
overpotential
oxidation potentials
oxidation–reduction cycle
oxidation–reduction
oxidation
oxide layers
oxide particles
oxide-hydroxides
oxides
oxidized ions
oxy-carbonates
oxygen octahedron
oxygen partial pressure
oxygen reduction
oxygen sensor
oxygen
oxypolymerization
p-doped
p-GaAs
p-orbitals
p-semiconductor
parallel combination
parallel orientation
parallel reactions
partial charge transfer
partial charge
partial current concept
partial current densities
partial current density
partial discharge
partial molar enthalpy
partial molar entropy
partial molar functions
partial molar Gibbs energy
partial molar
partial pressure
partial pressures
partial reactions
particle concentration
particle density
particle dispersions
particle materials
particle properties
Particle Sherwood number
particle–metal matrix
passivation current density
passivation potential
passivation
passive current density
passive film
passive films
passive region
passivity
peak assignment
pearlite
Pearson concept
Pearson symbol
PEDOT
Peierls distortion
PEMFC
perchlorate electrolyte
periodic potential field
periodic table
Phase diagram
phase diagram
phase shift
phase transition
phase-diagram
phases
phosphatizing
phosphazene
phosphorous acid
photocurrent spectra
photocurrent
photocurrents
photoelectrochemical properties
photoelectrochemistry
photoexcitation
photopotentials
photovoltaic cell
physical scale
physical
piezoelectric crystals
piezoelectric scanning
pitting corrosion
plane of deformation
plasma vapor deposition (PVD)
plastic deformation
plasticizers
plate condenser
plating
platinum in0.5 mol·dm -3 · H2 SO4
polarizability
polarization resistance
polarization
polarized bond
polaron–bipolaron band model
polaron–bipolaron model
poly-(3-methylthiophene)
poly-(ethyl-3-thiophene
poly-(ethyl-3-thiophene acetate)
poly-3-alkylthiophene
poly-3-alkylthiophenes
poly-acetylene
poly-bithiophene
poly-paraphenylene
poly(-3
poly(3-methyl)-thiophene
poly(bis-methoxy-ethoxy-ethoxy)
poly(dibutoxyphenylenevinylene)
poly(ethylene oxide)
poly(ethylene-amine)
poly(propylene oxide)
polyacetylene
polyaniline
polycondensation
polycrystalline metal surfaces
polyethylene glycole
polyethylene oxide
polyethylene
polyethyleneglycol
polymer electrolyte membrane
polymer electrolyte
polymer electrolytes
polymers
polyparaphenyle
polyparaphenylenvinylene
polypyrrole film
polypyrrole semiconductor model
polypyrrole
polystyrene particle
polystyrene-sulfonate electrolyte
polythiophene shell
polythiophene
polyvinyl chloride
polyvinyl fluoride
population
potential dependence
potential diagram
potential difference
potential energy
potential intermittent titration
potential measurements
potential of zero charge
potential scale
potential versus mole fraction
potential window
potential
potentiostatic method
potentiostatic pulses
Pourbaix diagram
power maximum
power plot
pre- and post-charge transfer
pre- and post-electron transfer
prediction of the composition
primary processes
principal construction
principal function
printed circuit boards
probabilities
probability function
probability matrix
procedure of extrapolation
process parameters
progressive
properties of the metal surface
properties
protons
pseudo activation energy
pure metal
quartz crystal microbalance (QCMB) (continued)
quartz crystal microbalance (QCMB)
quartz crystal
quasi fermi level
quaternary amino groups
quinon–hydroquinone
quinon
radial current distribution
radial flow
radical cation coupling
radiotracer method
radius
Raman and fluorescence
Raman microscope spectrometer
Raman spectra
Raman spectroscopy
Raman spectrum
Randles equivalent circuit
Randles–Sevcik equation
random walk
random
Raoult’s law
rate constant of dissolution
rate constant
rate constants of separation
rate constants
rate equations
rate of an electrochemical reaction
rate of separation
rate-controlled
rate
ratio
Ravaine–Souquet model
RbAg4 I5
RbAg I
reaction overpotential
reaction rates
reactions
Real process
recombination
redox components
redox potential
redox reaction
reduced ions
reduced presentation
reduction of hydrogen ions
reduction of oxygen
reduction process
reduction
reference electrode potential
reference electrode
reflectance spectroscopy
reflection spectroscopy
regular co-deposition
relative peak intensities
relative surface excess
relaxation effect
reorganization energy
repulsion energy
repulsive forces
residence time
residence times
resistance
resistivity
resonance frequency
reversible electrodes
reversible redox system
Reynolds number
RHEED
rinsing procedure
Rochelle electrolyte
role of anions
room temperature
room temperatures
ROTA cell
rotating disc electrode
rotating Hull cell
rotating ring-disc electrodes
rotating-cylinder electrodes
rotating-disc electrode
rotation frequency
rules for constructing
rust
Rutherford backscattering
rutile
s-atomic orbitals
s-band
s-orbitals
salt bridge
salt character
salting out effects
samarium
Sand equation
Sauerbrey constant
Sauerbrey equation
scanners
scanning tunneling microscope
scanning tunneling
scanning tunnelling spectroscopy
Schottky
Schrödinger equation
screw
second nearest neighbors
second-order rate equation
second-order
secondary ion mass spectroscopy
secondary
see UPD
segregation
selected examples
selective corrosion
selective
selectivity constants
self-activation
self-assembling monolayer
self-healing properties
semi-infinite diffusion
semiconducting properties
semiconductor electrode
semiconductor model
semiconductor
semiconductors
sensitizers
separation from
separation
serial combination
shear forces
shear plane
shielding effects
shift
Shuttleworth equation
Sigal process
silver cyanide electrode
silver in cyanide electrolytes
silver
single bath technique
size
slope
small angle
Smoluchowski equation
sodium ion
sodium ions
sodium-sulfur
SOFCs
solid electrolyte interfaces
solid electrolytes
solid oxide fuel cells
solid phases
solid solution
solid solutions
solid-state NMR spectroscopy
solid
solids
solution enthalpies H A in B
solution
solvated ion
solvated ions
solvation states of
solvation
solved metal A
solvent exchange
space-charge capacitance
space-charge layer
specific adsorption
specific
spectro-electrochemical cell
spectro-electrochemical methods
spectroscopic methods
spectroscopy
spectroscopy(UPS)
sphalerite
splitting of the energy
splitting
stagnation forces
standard conditions
standard electrode potentials
standard hydrogen electrode
standard potential
standard value
stationary diffusion
stationary dissolution conditions
stationary
step diffusion
step
steps
STM image
STM images
STM
STM: see scanning tunneling
stoichiometric number
streaming electrolyte
stress corrosion
stress
strong
strongly bound
structure analysis
structure factors
structure of a polymer film
structure of alloys
structure tables
structure
sub-lattices
sublimation enthalpies
sulfide layers
sulfuric acid electrolytes
super ionic conductance
super ionic conductors
super ionic
super saturation
superficial work
superstructures
supporting electrolytes
surface charge density
surface charge
surface coating
surface coatings
surface concentration
surface coverage
surface density
surface diffusion coefficient
surface diffusion
surface dynamic
surface energy
surface excess
surface morphology
surface potential
surface states
surface strain tensor
surface stress
surface tension
surface-enhanced Raman spectroscopy
synthetic metals
t2g character
t2g orbitals
Tafel lines of dissolution
Tafel lines
Tafel slope
tail–tail
Tamman’s law
technique
TEM image
Temkin isotherm
temperature dependence
temperature
ternary amino groups
ternary systems
terraces
tetragon
tetragonal antiprosm
tetragonal pyramid
tetrahedron
theoretical calculations
theoretical interpretation
theories
theory of photocurrents
thermobatteries
thermodynamic description
thermodynamic functions
thermodynamic interpretation
thermodynamics
thickness of the diffusion layer
thickness
thin-layer cell
thin-layer cells
thiophene
Thomas–Fermi layer
three-dimensional
time constant
time dependence
time-dependent thickness
TiO -based
TiO2
TiO2 (rutile)
TiO2 particles
TiO2 rutile
titanium dioxide
total current density
total
trans-polyacetylene
transfer function
transfer process
transfer rates
transference number
transference numbers
transients
transition complex
transition metals A in B
transition metals
transition region
transition state
transition time
transition
transmission line model
transpassive dissolution
transport numbers
transport properties
transport
transportation methods
traps
triangle
trigonal dioyramid
trigonal prism
tube scanner
turbulent flow
two-dimensional double quantum
two-dimensional lattice
two-dimensional phase formation
two-dimensional
two-dimensions
two-electrode
two-step mechanism
type
ultra-microelectrodes
ultra-thin layers
ultraviolet photoelectron
un-oriented dispersion type
underpotential deposition:
uniform
unoccupied states
unoccupied
unreconstructed Au surface
UPD film formation
UPD film
UPD phase
UPD
upper side of a step
UV/vis spectroscopy
vacancies and interstitials
vacancies
vacancy-interstitial pairs
Valdes model
valence band processes
valence bands
valence electron concentration
valence electron
valence electron/atom number
valence electrons
valve metals
van der Waals attraction force
van der Waals
vapor pressure
variable stoichiometry
versus current density
versus overpotential
versus rotation speed
viscoelastic properties
viscosity
Vogel–Tamman– Fulcher equation
Volmer–Heyrovsky mechanism
Volmer–Tafel mechanism
Volta potential
Voltammogram
voltammogram
volume
VSEPR theory
W type structure
Wagner–Traud concept
Warburg impedance
Warburg line
Warburg parameter
wave functions
wave vector
weak
weakly bound
Wheatstone bridge
Wiedeman– Franz law
Wien effect
Wigner–Seitz cells
Winand diagram
work functions
working electrode
wurtzite
X-ray absorption fine structure (EXAFS)
X-ray absorption spectroscopy (XAS)
X-ray absorption
X-ray diffraction (XRD)
X-ray diffraction
X-ray photoelectron spectroscopy
X-ray scattering
yttria stabilized
zero-dimensional
Zeta potential
zeta potential
zeta potentials
Ziegler–Natta synthesis
zinc blende
zinc dissolution
zinc electrode
zinc matrix
zinc–nickel
zinc
Zintl phase Li AgSb
Zintl phases
zirconia
Zn electrode

标签：词汇,energy,surface,current,potential,structure,electrode,电化学,大全
来源： https://www.cnblogs.com/hhwblogs/p/12771501.html

本站声明： 1. iCode9 技术分享网（下文简称本站）提供的所有内容，仅供技术学习、探讨和分享；
2. 关于本站的所有留言、评论、转载及引用，纯属内容发起人的个人观点，与本站观点和立场无关；
3. 关于本站的所有言论和文字，纯属内容发起人的个人观点，与本站观点和立场无关；
4. 本站文章均是网友提供，不完全保证技术分享内容的完整性、准确性、时效性、风险性和版权归属；如您发现该文章侵犯了您的权益，可联系我们第一时间进行删除；
5. 本站为非盈利性的个人网站，所有内容不会用来进行牟利，也不会利用任何形式的广告来间接获益，纯粹是为了广大技术爱好者提供技术内容和技术思想的分享性交流网站。