ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7

Published monthly

Author: Vávra

Improved method of water removal from vegetable oil	767	–	769
Martin Musil, Martin Hajek, Frantisek Skopal, and Ales Vavra	Vol. 73, 3
Local Structure of Ideal and Real Solutions by Rayleigh Light Scattering	137	–	141
J. Vavra	Vol. 51, 3
Isotropie and Anisotropie Light Scattering in Ideal and Real Liquid Mixtures	160	–	164
J. Vavra	Vol. 47, 3
Some Problems of Regression Analysis in the Spectrodissymmetry	72	–	75
M. Liška, J. Antalík, and J. Vavra	Vol. 47, 2
Light scattering in acetone-chloroform and acetone-chloroform-poly(methyl methacrylate) mixtures	357	–	361
J. Vavra and F. Chromek	Vol. 45, 3
Some aspects of the use of small-angle spectrodissymmetry in granulometry	769	–	773
J. Vavra and J. Antalík	Vol. 44, 6
Changes in dissymmetry of light-scattering in aggregating latex	245	–	251
J. Antalík and J. Vávra	Vol. 43, 2
Distribution analysis of poly(vinyl chloride) latexes by transmission methods of light scattering	29	–	34
J. Vavra and J. Antalík	Vol. 39, 1
Depolarization ratio and distribution analysis of polydispersions	589	–	596
J. Vavra and J. Antalík	Vol. 37, 5
Determination of the Rayleigh ratios of pure liquids by means of a photometer Spekol	597	–	601
J. Antalík and J. Vavra	Vol. 37, 5
The use of spectral dependence of light scattering dissymmetry for distribution analysis of dispersions	33	–	42
J. Vavra and J. Antalík	Vol. 37, 1
Light scattering and excess thermodynamic quantities in the cyclohexane-thiophene mixture	145	–	150
J. Vavra and J. Danciger	Vol. 36, 2
Light scattering in the mixtures tetrahydrofuran-dimethylformamide and tetrahydrofuran-dimethylformamide-poly(vinyl chloride)	441	–	445
J. Vavra and J. Danciger	Vol. 35, 4
Influence of polydispersity on Mie scattering from colloid dispersions	777	–	782
J. Vavra	Vol. 29, 6
Effect of polydispersity in the use of transmission light scattering methods	587	–	593
J. Vavra and Ľ. Sakál	Vol. 28, 5
Particle Size Determination of Polydisperse PVAc Latex by Light Scattering Measurement in Angular Sector between 0—90°	445	–	448
J. Vavra	Vol. 26, 5
Particle Size Determination of Poly disperse Latex by Light Scattering	481	–	487
J.Vavra, D. Stojková, and V. Chrástová	Vol. 23, 7
The viscosity, swelling, and depolarization of diffused light in solutions of natural rubber	373	–	377
J. Vavra	Vol. 17, 6
The determination of the particle dimensions in natural rubber by a method of light diffusion and by the viscosity	703	–	708
J. Vavra	Vol. 17, 10-11
Adaptation of Zimm's method for calculating the radius of gyration [of natural rubber]	54	–	56
J. Vavra	Vol. 17, 1
Application of Zimm's method for the determination of the molecular weight of natural rubber	3	–	7
J. Vavra	Vol. 14, 1