Index of authors and papers

INDEX OF AUTHORS

Abu-Sitta,

A.M.M.,

see Obada,

P., Gauge

and to quantum

independent

Wigner

G.G.A.

Bedeaux,

Beenakker. Beenakker, Beenakker,

J.J.M.,

Bogolubov

13OA (1985) 565

of multi-parameter

On the non-relativistic

systems.

.......

13OA (1985) I71

limit of a spin-4 particle

.............................................. B.J.A., Structure

13OA (1985) 553

of the liquid-vapor

interface

model with a variable

130A (1985)

13OA (1985) 465

A.O. and Leggett,

De Alcantara

systems. Bontim,

A.S., Dynamics

13OA (1985) 490 13OA (1985) 505 13OA (1985) 323

of two-photon

..............................................

130A (1985) 273

....................................... ................................................

130A (1985) 374

W., Competitive

forms of symmetry

breaking

13OA (1985) 375 in linear anti-

.....................................................

O.F., Mean field renormalization

13OA (1985) I55

group analysis

of the Blume-

Capelmodel.............................................................. D’Elia, S., Nonuniversality

F.W.

Dodonov,

O.V., Quantum

Fam Le Kien, see Bogolubov

Jr., N.N

Faramawy,

A.-S.F.

Felderhof,

B.U., Wigner

interactions.

13OA (1985) 220 13OA (1985) 375

thermodynamics

F.K., see Obada,

with four-spin

.

Den Breems, A., see Nijhoff,

Ebeling, W., Statistical

13OA(l985)367

in a model Hamiltonian

V.V. and Manko,

damped

oscillator

of fluid hydrogen

in a magnetic

130A (1985) 353

field

at high energy density

13OA (1985) 587

........................................... ...........................................

solids and diffusion

controlled

reactions

13OA (1985) 273 130A (1985) 292

in a regular

array

of 13OA (1985)

spheres ................................................................... Fukuda,

W., see Katsura,

Garcia-Colin,

S ....................................................

L.S., see Garibay-Jimtnez,

Garibay-Jimenez,

R. and Garcia-Colin,

R.

T., Ising model with two-spin

.

interactions

34

130A (1985) 597 130A (1985) 616

L.S., The role of thermodynamic

tions in the study of fluids in far from equilibrium Horiguchi,

88

13OA (1985) 483

A.J., Erratum

F.W.

W.J. and Magnus,

ferromagnetic

H.

Fam Le Kien and Shumovsky,

in a two-level system.

Capel. H.W., see Nijhoff, Caspers,

emission

see Van Houten,

Jr., N.N.,

processes Caldeira,

13OA (1985) 490

to spontaneous

interaction range. ....................... ......................................... J.J.M., see Van JIouten, H. ......................................... J.J.M., see Van Houten, H. ......................................... J.J.M., see Mazur, E ................................................ K.W., see Khandekar, D.C. ..........................................

using a Gaussian

Bhagwat,

H.F.,

field

D., Weeks, J.D. and Zielinska,

Beenakker.

approach

renormalization

and Twelker,

in a classical gravitational

function

............................................

kinetic equations

Barber, M.N., Phenomenological Bauerle,

13OA (1985) 292

.

A.-S.F.

H ...................................................

Baas, F., see Van Houten, Badziag.

AND PAPERS

representa13OA (1985) 616

steady states.. and four-spin

interactions

on the 13OA (1985) 194

squarelattice.............................................................. 625

626

INDEX

Hijmans.

J.. Simplified

standard Katsurd,

bifurcation

representation

analysis

of equivalence

S. and Fukuda,

Khandekar,

Dicke model in the thermodynamic

S.V., see Khandekar, A.J .. see Caldeira.

Magnus.

W., see Caspers,

W.J.

see Van Hot&n,

Mason,E.A.

E., van Houten,

magnetic Mel’nikov,

130A (1985) 323 130A(l9X5)483

........................................... ...............................................

130A (1985) 374 130A (1985) 155 13OA (19X5) 353

H .............................................. of tield effects on transport

130A properties

.........................................

regime

H. and Beenakker.

J.J.M . A comparison

and depolarized

tunneling

130A (1985) 437

J.H.

line broadening.

state: solution

expansion

A.-S.F..

in the presence

Abu-Sitta,

A.M.M.

of a Hubbard

and Faramawy.

......

R. and Riipke, G., Quantum

interactions

Kramers

F.K., On the generalized

Shumovsky, Sobotta, Sokalski,

AS..

see Bogolubov

G.. Transfer

K. and Ruijgrok,

statistical

approach

to the equation

ofstateand 130A (1985) 523

.........

130A (19X5) 523 13OA (1985) 412

time and a generalized I.3OA (1985) 205

Jr., N.N.

Th.W.,

130A (1985) 273

applied

to translation

Bond-moving

invariant

transformations

models

130A (1985) 254

for continuous-spin 1_3OA(19X5)412

systems................................................................... Taylor.

J.H. and Miiller, G., Magnetic

field effects in the dynamics

of alternatmg

or

anisotropicquantumspinchains............................................. Theiss, W. and Titulaer, from a many-dimensional Theiss, W. and Titulaer.

U.M..

Twelker,

The systematic

Fokker-Planck

adiabatic

130A(lY85) elimination

130A (1985) I23

on the adiabatic

elimination

of fast vari13CA (1985) 143

equations

H.F., see Bauerle, G.G.A..

I

of fast variables

equation.

U.M.. Some remarks

ables from coupled Langevin Titulaer, U.M.. see Theiss, W. Titulaer, U.M.. see Thciss, W.

I

130A (1985) 2Y2

states: the mean first passage

tensor method

( 1985) 606

linear

..........................................................

method

130A

130A (19X5) 375

........................................... Riipke, G., see Redmer, R .......................................... Ruijgrok, Th.W .. see Sokalski. K ............................................... D., Lifetime of metastable

( 1985) 505

and liquid “He.

interaction

the critical point of cesium plasma

Ryter.

130A

130A (19X5)

responsefunctions......................................................... Redmer.

( 19X5) 437

of the Krdmers

...................................................

F.W.. Capel. H.W. and Den Brcems. A.. Separable

130A of data on the visco-

Rayleigh

decay of metastable

( I 985) 490

of poly-

..................................................................

III. Landau Obada,

130A (1985) 323

................................................

effect, flow birefringence

Miiller, G., set Taylor, Nijhoff,

13OA (19X5) 597

...................................................

V.I.. Activated

problem

behavior.

57

of the fluorescent

limit.

E .. Theory

atomic gases in the transition Mazur,

chaotic

S.V.. Exact analysis

...............................................

E.A. and Mazur,

Mazur,E.,see

130A (1985)

D.C.

A.O.

Manko.O.V..secDodonov.V.V P.M.J.,

based on the

.._........_........_.......,.

Leggett.

Mason,

of the sixteen vertex model.

classes of models

K.V. and Lawande,

Korving.J..seeVanHouten.H

Mar&.

AND PAPERS

W.. Exactly solvable models showing

D.C., Bhagwat.

Lawande,

OF AUTHORS

_. _.

_.

130A (1985) I23 130A (1985) 143 130A (1985) 553

INDEX Van Houten,

H. and Beenakker,

ture:newabsolute Van Houten,

values

H., Korving,

J.J.M.,

OF AUTHORS

621

AND PAPERS

Flow birefringence

in gases at room tempera-

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .._........_. J. and Beenakker,

J.J.M.,

Flow birefringence

temperaturedependence.................................................... Van Houten, in binary

H., Baas, F., Mar&e, P.M.J. para hydrogen-noble

Van Houten,

H., see Mazur,

13OA (1985) 483

and Beenakker,

J.J.M.,

Flow birefringence

.

gas mixtures.

.

E.

Weeks,J.D.,seeBedeaux,D................................................... Zielinska,

B.J.A., see Bedeaux,

D..

13OA (1985) 465

in gases: the

.

.

.. .

130A (1985) 490 13OA (1985) 505 13OA(1985)

88

130A (1985)

88