Table Of Content415
Index of Authors and Papers
Allahyarov, E.A., L.I. Podloubny, P.P.J.M. Schram, S.A. Chen, S.-D., C. Narayan and A.S. Karakashian, The
Trigger, Effective macroion interaction in colloidal Stark effect for surface states in a finite superlattice
systems: Possibility of attraction 228 (1996) 132 structure 228 (1996) 239
Allahyarov, E.A., L.I. Podloubny, P.P.J.M. Schram, Chen, W., see Y. Wang 228 (1996) 397
S.A. Trigger, Damping of waves in colloidal crystals of Chen, Y.F., see C.C. Haung 228 (1996) 374
finite size 228 (1996) 166 Chutov, Yu., A. Kravchenko, P. Schram, Evolution of an
Allahyarov, E.A., P.P.J.M. Schram, S.A. Trigger, MD expanding plasma with dust particles 228 (1996) 11
simulation of pair correlation function and static Ciszek, M., see M. Surma 228 (1996) 295
structure of charged colloidal suspensions 228 (1996) Claeys, C., see E. Simoen 228 (1996) 219
136 Colpa, J.H.P., see C.V. Thang 228 (1996) 205
Almeida, M., see A.P. Goncalves 228 (1996) 289
Arndt, S., H. Haberland, W.D. Kraeft, Two-particle sta- de Boer, F.R., see Z.G. Zhao 228 (1996) 214
tes in dense plasmas — Bound-state energy and lifetime de Groot, C.H., see Z.G. Zhao 228 (1996) 214
228 (1996) 63 D’yachkov, L.G., see Y. Vitel 228 (1996) 161
D’yachkov, L.G., see Yu.K. Kurilenkov 228 (1996) 158
Bass, U., see S. Simeonov 228 (1996) 245 De, S.S., A.K. Ghosh, M. Bera, A. Hajra and J.C. Haldar,
Bera, M., see S.S. De 228 (1996) 363 Influence of built-in potential on the effective surface
Beule, D., W. Ebeling, A. Forster, Stochastic kinetics of recombination velocity for a heavily doped high—low
electron transitions in nonideal plasmas 228 (1996) junction 228 (1996) 363
140 DeWitt, H., W. Slattery, G. Chabrier, Numerical simula-
Bladon, P., see D. Frenkel 228 (1996) 33 tion of strongly coupled binary ionic plasmas 228
Bohr, T., C. Ellegaard, A.E. Hansen and A. Haaning, (1996) 21
Hydraulic jumps, flow separation and wave breaking: Dijkhuis, G.C., Constructions for scale-invariant and
An experimental study 228 (1996) 1 kink-free vortex stretching 228 (1996) 144
Bolhuis, P., see D. Frenkel 228 (1996) 33 Ding, B.Z., see B. Yang 228 (1996) 379
Bonitz, M., see D. Kremp 228 (1996) 72 Du, M.-L., see J.-J. Chen 228 (1996) 409
Bornath, T., see D. Kremp 228 (1996) 72 Ducouret, A., see N. Nguyen 228 (1996) 251
Borsenberger, P.M., W.T. Gruenbaum and E.H. Magin,
Hole transport in __ bis(ditolyaminostyryl)benzene Ebeling, W., see D. Beule 228 (1996) 140
doped poly(styrene) 228 (1996) 233 El Bezzari, M., see Y. Vitel 228 (1996) 161
Borsenberger, P.M., W.T. Gruenbaum and E.H. Magin, Ellegaard, C., see T. Bohr 228 (1996) 1
Hole transport in vapor deposited bis(ditolylamino-
styryl)benzene 228 (1996) 226 Felderhof, B.U., Dynamics of colloidal suspensions 228
Brommer, P.E., see C.V. Thang 228 (1996) 205 (1996) 27
Brick, E., see Z.G. Zhao 228 (1996) 214 Forster, A., see D. Beule 228 (1996) 140
Buschow, K.H.J., see Z.G. Zhao 228 (1996) 214 Franse, J.J.M., see C.V. Thang 228 (1996) 205
Frenkel, D., P. Bladon, P. Bolhuis, M. Hagen, Liquid-like
Caignaert, V., see N. Nguyen 228 (1996) 251 behavior in colloidal crystals 228 (1996) 33
Cai, W., see Y. Wang 228 (1996) 397 Fukamachi, T., see S. Zhou 228 (1996) 390
Carrillo, J.L., see L. Meza-Montes 228 (1996) 279
Chabrier, G., see H. DeWitt 228 (1996) 21 Gavrilova, T.V., see Y. Vitel 228 (1996) 161
Chandra Shekar, N.V., P.Ch. Sahu, M. Sekar, M. Yousuf Gerasimov, O., P.P.J.M. Schram, A. Sitenko, A. Zagor-
and K. Govinda Rajan, Pressure induced iso- odny, Critical behavior of effective potentials in colloi-
structural and structural transitions in ThAl, 228 dal suspensions within the charged hard-sphere model
(1996) 369 228 (1996) 40
Chang, I.M., see C.C. Haung 228 (1996) 374 Ghosh, A.K., see S.S. De 228 (1996) 363
Chen, G.-x., see J. Liu 228 (1996) 404 Gongalves, A.P. and M. Almeida, Extended Miedema
Chen, J.-J. and M.-L. Du, Investigation of the zero-field model: Predicting the formation enthalpies of inter-
splitting and g-values of d® ions in trigonal compounds metallic phases with more than two elements 228
CsMgX,:Ni** (X = Cl, Br,I) 228 (1996) 409 (1996) 289
416 Index of Authors and Papers
Govinda Rajan, K., see N.V. Chandra Shekar 228 Magin, E.H., see P.M. Borsenberger 228 (1996) 226
(1996) 369 Magin, E.H., see P.M. Borsenberger 228 (1996) 233
Grinyaev, S.N., G.F. Karavaev and V.G. Tyuterev, Inter- McGurn, A.R., see S. Simeonov 228 (1996) 245
valley deformation potentials in (AlAs), (GaAs), (00 1) Mellema, J., see B. Van der Vorst 228 (1996) 180
superlattice 228 (1996) 319 Meza-Montes, L., J.L. Carrillo and M.A. Rodriguez, En-
Groult, D., see N. Nguyen 228 (1996) 251 ergy exchange rates in resonant tunneling transport in
Gruenbaum, W.T., see P.M. Borsenberger 228 (1996) semiconductor systems 228 (1996) 279
226 Milyutin, P.V., see V.A. Skvortsov 228 (1996) 177
Gruenbaum, W.T., see P.M. Borsenberger 228 (1996) Moiseev, S., O. Onishchenko, Helicoidal media: Proper-
233 ties of chaos and structures 228 (1996) 83
Guilloux, A.-L., see F. Le Berre 228 (1996) 261 Mourokh, L.G. and S.N. Zheltov, Nonlinear transport
Guo, H.C., see B. Yao 228 (1996) 379 and fluctuations in polar semiconductors 228 (1996)
305
Haaning, A., see T. Bohr 228 (1996) 1
Haberland, H., see S. Arndt 228 (1996) 63 Nakajima, T., see S. Zhou 228 (1996) 390
Hagen, M., see D. Frenkel 228 (1996) 33 Narayan, C., see S.-D. Chen 228 (1996) 239
Hajra, A., see S.S. De 228 (1996) 363 Negishi, R., see S. Zhou 228 (1996) 390
Haldar, J.C., see S.S. De 228 (1996) 363 Nguyen, N., D. Groult, V. Caignaert, A. Ducouret and B.
Hansen, A.E., see T. Bohr 228 (1996) 1 Raveau, Neutron diffraction and Mossbauer spectro-
Haung, C.C., ILM. Chang, Y.F. Chen and P.K. Tseng, scopy studies of the mixed valent T]-1212 ferrite
Observation of positron trapping and air condensa- (Tl, ;Pb, 5)Sr3Fe,0, 228 (1996) 251
tion in porous silicon by angular correlation annihila- Novikov, A.G., V.V. Savostin, A.L. Shimkevich, R.M.
tion radiation 228 (1996) 374 Yulmetyev and T.R. Yulmetyev, Coherent effects and
Hirai, H., see S. Okuma _ 228 (1996) 272 relaxation processes in liquid potassium 228 (1996)
Hoppenbrouwers, M., W. van de Water, Charged collo- 312
idal systems 228 (1996) 153
Horyn, R., see F. Le Berre 228 (1996) 261 Okuma, S. and H. Hirai, Scaling of current—resistivity
Hu, Z.Q., see B. Yang 228 (1996) 379 isotherms of indium films in a magnetic field 228
(1996) 272
Jayannavar, A.M., see P. Singha Deo 228 (1996) 353
Onishchenko, O., see S. Moiseev 228 (1996) 83
Karakashian, A.S., see S.-D. Chen 228 (1996) 239
Pena, O., see F. Le Berre 228 (1996) 261
Karavaev, G.F., see S.N. Grinyaev 228 (1996) 319
Podloubny, L.I., see E.A. Allahyarov 228 (1996) 132
Klimontovich Y.L., Is turbulent motion chaos or order?
Podloubny, L.I., see E.A. Allahyarov 228 (1996) 166
Is the hydrodynamic or the kinetic description of tur-
bulent motion more natural? 228 (1996) 51
Rasheedy, M.S., The validity of peak resolution process
Kraeft, W.D., see S. Arndt 228 (1996) 63
for obtaining the trap parameters of an isolated ther-
Kravchenko, A., see Y. Chutov 228 (1996) 11
moluminescence glow peak 228 (1996) 342
Kremp, D., T. Bornath, M. Bonitz, M. Schlanges, Quan-
Raveau, B., see N. Nguyen 228 (1996) 251
tum kinetic equations, memory effects, conservation
Rodriguez, M.A., see L. Meza-Montes 228 (1996) 279
laws 228 (1996) 72
Kurilenkov, Yu.K., L.G. D’yachkov, M.A. Skowronek,
Sahu, P.Ch., see N.V. Chandra Shekar 228 (1996) 369
Y. Vitel, H. Van Horn, On radiative opacities of dense
Savostin, V.V., see A.G. Novikov 228 (1996) 312
plasmas 228 (1996) 158
Schlanges, M., see D. Kremp 228 (1996) 72
Kurilenkov, Yu.K., see Y. Vitel 228 (1996) 161
Schram, P., see A.G. Sitenko 228 (1996) 125
Schram, P., see Y. Chutov 228 (1996) 11
Le Berre, F., D. Tshimanga, A.-L. Guilloux, J. Leclercq,
Schram, P.P.J.M., A.G. Sitenko and V.I. Zasenko, Lat-
M. Sergent, O. Pena, R. Horyn and A. Wojakowski,
tice dynamics of colloidal crystals in thin layers 228
Rare-earth doping of the Mo,Se, superconductor
(1996) 197
228 (1996) 261
Schram, P.P.J.M., I.P. Yakimenko, Green’s function ap-
Leclercq, J., see F. Le Berre 228 (1996) 261
proach to the theory of hydrodynamic interactions in
Li, H., see B. Yang 228 (1996) 379
suspensions 228 (1996) 115
Li, Z.-h., see J. Liu 228 (1996) 404
Schram, P.P.J.M., S.A. Trigger, Brownian motion in
Liu, J., S.-f. Zhu, Z.-h. Li, B.-j. Zhao and G.-x. Chen,
shear flows, harmonic potentials and colloidal crystals
Tunneling in the one-dimensional Cantor fractal
228 (1996) 91
multi-quantum wells 228 (1996) 404
Schram, P.P.J.M., S.A. Trigger, Minimal charge of mac-
Lowen, H., Interparticle interactions and crystallization
roions for crystallization of colloidal suspensions
transition in charged colloidal suspensions 228 (1996)
228 (1996) 170
78
Index of Authors and Papers 417
Schram, P.P.J.M., see E.A. Allahyarov 228 (1996) 166 Tshimanga, D., see F. Le Berre 228 (1996) 261
Schram, P.P.J.M., see E.A. Allahyarov 228 (1996) 132 Tyuterev, V.G., see S.N. Grinyaev 228 (1996) 319
Schram, P.P.J.M., see E.A. Allahyarov 228 (1996) 136
Schram, P.P.J.M., see O. Gerasimov 228 (1996) 40 van de Water, W., Anomalous scaling and anisotropy in
Schram, P.P.J.M., see S.A. Trigger 228 (1996) 107 turbulence 228 (1996) 185
Sekar, M., see N.V. Chandra Shekar 228 (1996) 369 van de Water, W., see M. Hoppenbrouwers 228 (1996)
Sergent, M., see F. Le Berre 228 (1996) 261 153
Shimkevich, A.L., see A.G. Novikov 228 (1996) 312 Van den Ende, D., see B. Van der Vorst 228 (1996) 180
Simeonov, S., U. Bass and A.R. McGurn, Photonic band Van der Vorst, B., D. Van den Ende, J. Mellema, Dy-
structure of zinc blende type periodic dielectric me- namic measurements on ordered lattices 228 (1996)
dia 228 (1996) 245 180
Simoen, E., J. Vanhellemont and C. Claeys, The low-fre- Van Horn, H., see Yu.K. Kurilenkov 228 (1996) 158
quency noise behaviour of Si n* p junction diodes fab- Vanhellemont, J., see E. Simoen 228 (1996) 219
ricated on (100) and (111) substrates 228 (1996) 219 Vitel, Y., M. El Bezzari, T.V. Gavrilova, M. Skowronek,
Singha Deo, P. and A.M. Jayannavar, Quantum trans- L.G. D’yachkov, Yu.K. Kurilenkov, On dense hydro-
port in a two-dimensional modulated channel 228 gen and noble gases plasma spectra 228 (1996) 161
(1996) 353 Vitel, Y., see Yu.K. Kurilenkov 228 (1996) 158
Singha Deo, P., see P.A. Sreeram 228 (1996) 345
Sitenko, A., see O. Gerasimov 228 (1996) 40 Wang, A.M., see B. Yang 228 (1996) 379
Sitenko, A.G., A.G. Zagorodny, P. Schram, Kinetic de- Wang, J., see B. Yao 228 (1996) 379
scription of electromagnetic fluctuations in a plasma Wang, Y., Y. Tang, W. Chen, W. Cai and H. Tang,
with fluid-like random motions 228 (1996) 125 Studies on SiC film deposited by pulsed XeCl excimer
Sitenko, A.G., Fluctuations and wave scattering in plas- laser sputtering method 228 (1996) 397
mas (hydrodynamic and kinetic approaches) 228 Wojakowski, A., see F. Le Berre 228 (1996) 261
(1996) 97
Sitenko, A.G., see P.P.J.M. Schram 228 (1996) 197 Yakimenko, I.P., see P.P.J.M. Schram 228 (1996) 115
Skowronek, M., see Y. Vitel 228 (1996) 161 Yan, W.-X., see X.-G. Zhao 228 (1996) 383
Skowronek, M.A., see Yu.K. Kurilenkov 228 (1996) 158 Yang, W.-H., see X.-G. Zhao 228 (1996) 383
Skvortsov, V.A., P.V. Milyutin, Nonlinear dynamics of Yao, B., H.C. Guo, J. Wang, B.Z. Ding, H. Li, AM. Wang
semicrystalline beams of charged particles 228 (1996) and Z.Q. Hu, Influence of pressure on the grain sizes in
177 the crystallization process of an amorphous Fe-Mo-
Skvortsov, V.A., The nonequilibrium beam plasma 228 Si-B alloy 228 (1996) 379
(1996) 173 Yoshizawa, M., see S. Zhou 228 (1996) 390
Slattery, W., see H. DeWitt 228 (1996) 21 Youssef, S.B., Resistometric study of Ag—8 at % Cu alloy
Sreeram, P.A. and P. Singha Deo, Nature of eigenstates aged in the temperature range 0.4—0.65 T,, 228 (1996)
in a mesoscopic ring coupled to a side branch 228 337
(1996) 345 Yousuf, M., see N.V. Chandra Shekar 228 (1996) 369
Surma, M. and M. Ciszek, Magnetooptical and light Yulmetyev, R.M., see A.G. Novikov 228 (1996) 312
scattering effects in liquid binary solutions 228 (1996) Yulmetyev, T.R., see A.G. Novikov 228 (1996) 312
295
Zagorodny, A., see O. Gerasimov 228 (1996) 40
Tanatar, B., Spin correlations in a quasi-one-dimensional Zagorodny, A.G., see A.G. Sitenko 228 (1996) 125
electron gas 228 (1996) 329 Zasenko, V.I., see P.P.J.M. Schram 228 (1996) 197
Tang, H., see Y. Wang 228 (1996) 397 Zhao, B.-j., see J. Liu 228 (1996) 404
Tang, Y., see Y. Wang 228 (1996) 397 Zhao, X.-G., W.-H. Yang and W.-X. Yan, Exact propaga-
Thang, C.V., P.E. Brommer, J.H.P. Colpa, N.P. Thuy tors for coherent motion of excitons in a dimerized
and J.J.M. Franse, Magnetic properties of monocrys- chain with one impurity 228 (1996) 383
talline GdCo,B 228 (1996) 205 Zhao, Z., see S. Zhou 228 (1996) 390
Thuy, N.P., see C.V. Thang 228 (1996) 205 Zhao, Z.G., C.H. de Groot, E. Briick, K.H.J. Buschow
Trigger, S.A., P.P.J.M. Schram, Bose condensation: One- and F.R. de Boer, Magnetic anisotropy of RCo,,Si,
particle excitations, chemical potential and theorem compounds (R = Y, Gd, Dy, Ho, Er, Tm) 228 (1996)
for averages 228 (1996) 107 214
Trigger, S.A., see E.A. Allahyarov 228 (1996) 132 Zheltov, S.N., see L.G. Mourokh 228 (1996) 305
Trigger, S.A., see E.A. Allahyarov 228 (1996) 136 Zhou, S., Z. Zhao, T. Fukamachi, R. Negishi, M.
Trigger, S.A., see E.A. Allahyarov 228 (1996) 166 Yoshizawa and T. Nakajima, The quantitative study of
Trigger, S.A., see P.P.J.M. Schram 228 (1996) 170 X-ray diffraction dynamics near atomic absorption
Trigger, S.A., see P.P.J.M. Schram 228 (1996) 91 edge 228 (1996) 390
Tseng, P.K., see C.C. Haung 228 (1996) 374 Zhu, S.-f., see J. Liu 228 (1996) 404
Subject Index
Ageing effect 337 Dust particles 11 Latex crystals 180
Anisotropy in turbulence 185 Dynamic measurements 180 Lattice dynamics 197
Anomalous scaling 185 Lifetime 63
Atomic absorption edge 390 Effective macroion interaction 132 Liquid binary solutions 295
Attraction 132 Eigenstates 345 Liquid potassium 312
Averages 107 Electrical resistivity 337 Liquid-like behaviour 33
Electromagnetic filters 245 Low-frequency noise 219
Electromagnetism 125
Band structure 245
Electron transitions 140
Beam plasmas_ 173
Electron waveguides 353 Macroions 132, 170
Beams 177
Magnetic anisotropy 214
Electron—phonon interaction 319
Binary ionics 21
Magnetocrystallinity 205
Energy 63
Bose condensation 107
Magnetooptical scattering 295
Energy exchange 279
Bound state energy 63
Evolution 11 MD-simulation 136
Boundary layers 1
Memory effects 72
Exact propagators 383
Brownian motion 91
Excitons 383 Mesoscopic rings 345
Expanding plasmas 11 Microstructures 374
Cantor fractal 404 Extended Miedema model 289 Minimal charge of macroions 170
Chaos and structure 83 Mixed-valent iron 251
Chaos/order 51 Fe—Mo-Si-B amorphous alloy 379 Modulated channels 353
Charged colloidal suspensions 78, Ferrite 251 Molecular glasses 226
153 Finite-size effects 272 Molecularly doped polymers 233
Charged particles 177 First-order magnetisation 205 Mossbauer spectroscopy 251
Chemical potential 107 Multi-quantum wells 404
Fluctuations 97, 125, 305
Chevrel phase 261
Formation enthalpies 289
Colloidal crystals 33, 91, 197
Neutron diffraction 251
Colloidal crystals of finite size 166
Glow curves 342
Non-Markovian process 312
Colloidal suspensions 27, 40, 170
Granular films 272
Colloidal systems 132 Nonequilibrium 173
Green’s function 115
Conservation laws 72 Nonideal plasma _ 140
Correlation function 136 Nonlinear dynamics 177
Harmonic potentials 91
Critical behaviour 40 Nonlinear transport 305
Heavy doping 363
Crystallization 170, 379
Helicoidal media 83
Crystallization transition 78
High pressure 369
One-particle excitations 107
Crystals 180
High-low junction 363 Opacities 158
CsMgX;3:Ni?* 409
Hole transport 226, 233
Optical dispersion 245
Hydraulic jumps 1
Damping of waves 166 Hydrodynamics 51, 97, 115
Dense hydrogen plasma _ 161 Pair correlation function 136
Dense noble gas plasma _ 161 Intermetallic compounds 289 Phase diagram 261
Dense plasmas 63, 158 Interparticle interactions 78 Phase transition 369
Dimerized chain 383 Intervalley deformation potentials Photonics 245
Disorder-controlled hopping 226, 319 Polar semiconductors 305
233 Porous Si 374
Dispersion curve 312 Kinetics 72, 97, 125, 140 Positrons 374
Doping effects 261 Kink-free 144 Pulsed excimer laser 397
420 Subject Index
QIDEG 329 Spectra 161 Thin layers 197
Quantum kinetic equations 72 Spectroscopic splitting 409 Tight binding model 345
Quantum transport 353 Spin correlations 329 Tunnelling 404
Spin reorientation 214 Turbulence 51, 185
RCo;0Siz_ 214 Stark effect 239 Two-particle states 63
Radiative opacities 158 Static structure 136 Two-sublattices 205
Random motion 125 Stochastic kinetics 140
Rare-earth magnetism 261 Strongly coupled plasmas 21
Vortex stretching 144
Resonant tunnelling transport 279 Structure factor 40
Vortex—glass transition 272
Substrate orientation 219
Scale-invariance 144 Superconductivity 261
Scaling 185 Superlattices 239, 319 Wave breaking 1
Semiconductors 279 Surface recombination velocity 363 Wave scattering in plasmas 97
Semicrystalline beams 177 Surface states 239
Separation of boundary layers 1 Suspensions 27, 40, 115, 170
X-ray diffraction 369, 390
Shear flow 91
Si p—n junction diodes 219 Theorem for averages 107
SiC films 397 Thermoluminescence 342 Zero-field splitting 409
