Heitjans P., Karger J. (Eds.). Diffusion in Condensed Matter: Methods, Materials, Models
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Index 965
traps 121
saturation of 781
trapping rate 123
triple-defect mechanism 46, 81
tunneling of protons 123
two-dimensional diffusion 130, 143,
145, 372, 386, 387
two-state model 121, 122, 752
ultrasonic interferometer 462
ultrasonic wave velocity 462
universal dielectric response 814, 863
universal dynamic response see
universal dielectric response
vacancy
cation 212, 217
charge state 166
oxygen 211
vacancy availability factor 22
vacancy mechanism 23, 65, 124, 169,
232, 347
vacancy-pair mechanism 47
vacancy-wind corrections 52
Van Hove correlation function 66, 96,
98, 419, 689, 921, 935, 937
van Liempt rule 33
vehicle mechanism 132, 148
velocity autocorrelation function 858,
865, 920
velocity cross-correlation coefficients
570
Verlet algorithm 924, 928
vesicles 736
viscoelasticity 513
viscosity 601, 607, 608
Vogel-Fulcher-Tammann (VFT)
equation 255, 520, 845, 882
volume diffusion 339
Wagner formula 227
waiting time distribution 802, 825
walk dimension 801, 804
water in gels 466
water in living cells 466
Wiener process 794, 804
x-ray photon correlation spectroscopy
(XPCS) 76
Zener effect 16
zeolite 426–437, 925, 926
A-type 422, 427, 433
AlPO
4
-5 436
LTA-type 926
structure 926
X-type 445
ZK4 926
ZSM-5 type 431
zeta potential 720
zirconia 216, 224, 235