Advances in Liquid Crystal Research and Applications. Proceedings of the Third Liquid Crystal Conference of the Socialist Countries, Budapest, 27–31 August 1979

Content: 
Inside Front Cover, Page II
Front Matter, Page III
Copyright, Page IV
Edge energy and pore stability in bilayer lipid membranes, Pages 695-737, A.G. Petrov, M.D. Mitov, A.I. Derzhanski
The elasticity of protein–lipid bilayer membranes and its physiological significance, Pages 739-749, E.H. Bates, J. Wolfe
Investigations on the influence of different amphiphilic substances on foam stability of sodium dodecylbenzenesulfonate, Pages 751-757, S.B. Naidenova, A. Derzhanski, Y.V. Pavloff
An optical diffraction modeling discriminates between two viewpoints on phase transition in lipid–water systems, Pages 759-765, S.A. Seleznev, L.I. Mineev, I.G. Chistyakov
The change in the thermodynamic properties and structure of lecithine produced by ultra-violet radiation, Pages 767-775, N.V. Usoltseva, R.I. Zharyonov, V.A. Usoltseva, L.N. Bardukov
Mössbauer spectroscopy of the cephalin+ SnCI4 system, Pages 777-786, V.Ya. Rochev, O.P. Kevdin, N.K. Kivrina, E.A. Gilbukh, L. May
Lyotropic mesophases studied by 31P-NMR, Pages 787-798, G. Klose, K. Arnold, K. Gawrisch, F. Volke
Laser Raman studies of lipid phase transitions in model membranes. The effect of ions on phosphatidylcholine multilayers, Pages 799-804, E. Loshchilova
Static field induced phase transitions in lipid bilayers and their role in the regulation of transport processes, Pages 805-809, I.P. Sugár, S. Györgyi
Structure and properties of rigid-chain polymer molecules in solutions, Pages 813-843, V.N. Tsvetkov
Nematic polymeric structures, Pages 845-867, F. Cser, K. Nyitrai, G. Hardy
Structure of thermotropic smectic polymers, Pages 869-897, V.P. Shibaev
Conditions of formation of liquid-crystalline state in cholesterol-containing polymers, Pages 899-914, Ya.S. Freidzon, V.P. Shibaev, A.V. Kharitonov, N.A. Platé
Influence of the structure of mesogenic groups on the structure and dielectric properties of the comb-like liquid crystalline azomethyne-containing polymers, Pages 915-924, R.V. Tal'roze, V.V. Sinitzyn, V.P. Shibaev, N.A. Platé
Polymer mesophases. Studies on the smectic-isotropic transition of poly(-p-biphenylyl acrylate), Pages 925-942, P.L. Magagnini, V. Frosini, D. Lupinacci, B. Bresci
Structural features of liquid crystalline state of poly-p-(meth)-acryloyloxy p-n-pentyloxy azobenzenes in terms of X-ray evidence and Fourier analysis of intensity curves, Pages 943-957, Yu.S. Lipatov, V.V. Tsukruk, V.V. Shilov, Yu.B. Amerik, I.I. Konstantinov
Liquid crystalline behaviour of polymers on the basis of p-butyloxyphenyl p-hydroxybenzoate depending on the nature of the polymer main chain and length of the spacer group, Pages 959-969, V.S. Grebneva, V.L. Khodzhaeva, M.V. Shishkina, A.A. Sitnov, Yu.B. Amerik, I.I. Konstantinov
Advances in synthesis of mesogens, Pages 973-989, V.V. Titov
Synthesis and mesomorphism of p-fluoroalkyl(alkoxy)benzoic esters, Pages 991-995, T.I. Zverkova, E.I. Kovshev, L.I. Moklyachuk, Yu.A. Fialkov, L.M. Yagupolski
Liquid crystalline compounds containing hydrogenated six-membered heterocyclic rings, Pages 997-1002, L.A. Karamysheva, K.V. Roitman, S.I. Torgova, E.I. Kovshev
Synthesis and study of new liquid crystal addends, Pages 1003-1005, V.T. Lazarava, E.K. Prudnikova, A.V. Ivashchenko
Liquid crystalline pyridine derivatives, Pages 1007-1013, A.I. Pavluchenko, V.V. Titov, N.I. Smirnova
Liquid crystalline 4H-3,1-benzoxazine-4-ones, Pages 1015-1018, B.M. Bolotin, L.S. Zerjukina, R.U. Safina
Chiral nematic tolans, Pages 1019-1022, R. Bernotas, P. Adomenas
Polyfluoro-substituted liquid crystals, Pages 1023-1028, R. Sirutkaitis, P. Adomenas
Acetylenic liquid crystals available by Castro reaction, Pages 1029-1038, P. Adomenas, V. Butkus, J. Daugvila, J. Dienyte, D. Girdziunaite
Study of connection between liquid crystalline properties and structures, Pages 1039-1048, P.M. Agócs, G. Motika, J.A. Szabó, A.I. Zoltai
Synthesis and examination of the liquid crystalline properties of cholesterol and thiocholesterol ethers, Pages 1049-1057, J.A. Szabó, A.I. Zoltai, P.M. Agócs, G. Motika
Heterocyclic liquid crystals, Pages 1059-1074, H. Zaschke
Low melting liquid crystalline esters with alkylcyclohexane-fragments: trans-4-nalkylcyclohexyl trans-4-n-alkylcyclohexane carboxylates, Pages 1075-1079, H.-J. Deutscher, M. Körber, H. Schubert
Liquid crystals: physical properties and their possibilities in application, Pages 1083-1106, L.M. Blinov
Anchoring of MBBA liquid crystal on ferroelectric triglycine sulphate, Pages 1107-1114, M. Glogarovà
Experimental investigation of twisted nematic phase with Fourier-analysis, Pages 1115-1121, B. Brauer, H.D. Koswig
The influences of thickness, dye constitution and concentration on the optical properties of dichroic LCDs, Pages 1123-1135, T. Véghely, T. Strausz
Tin-oxide layers for LCDs, Pages 1137-1144, R. Gazdag, é. Seyfried, Zs. Ligeti
Bistability effects in twisted nematic layers, Pages 1145-1153, T.J. Scheffer
Matrix-addressed liquid-crystal displays, Pages 1155-1178, J. Nehring
Effect of optically active dopant chemical nature on spiral induction in NLC, Pages 1179-1184, Z.M. Elashvili, T.S. Piliashvili, I.I. Pavlenisvili, K.G. Japaridze
Influence of optically active dopant nature on pitch-temperature dependences in induced cholesteric mesophases, Pages 1185-1189, G.S. Chilaya, Z.M. Elashvili, T.S. Piliashvili, K.D. Vinokur
Translational phase transition in systems nematic+optically active dopant: unwinding of cholesteric helix, Pages 1191-1196, G.S. Chilaya, Z.M. Elashvili, S.P. Ivchenko, L.N. Lisetski, K.D. Vinokur
The effect of molecular nature of a variable cholesteric component on the selective reflection temperature shift in cholesteric mixtures, Pages 1197-1211, I.I. Gorina, M.Yu. Roubtsova, I.G. Chistyakov, A.I. Galatina, N.S. Novikova
Generation of low-frequency electrical and optical oscillations in a system liquid crystal cell—solar cell, Pages 1213-1216, L.K. Vistin, A.G. Petrov, N.T. Shonova, A.I. Derzhanski
Application of cholesterics for detection of organic vapours, Pages 1217-1220, J. MyI
Study of liquid thermoindicators, Pages 1221-1239, G.M. Zharkova, V.M. Khachaturyan, L.A. Vostokov, N.M. Alekseev
Liquid crystalline substances for high-temperature thermoindicators, Pages 1241-1246, R.M. Cherkashina, V.G. Tishchenko, A.V. Tolmachev
The effect of layer instabilities on liquid crystalline thermography, Pages 1247-1254, D. Wiegel, W. Herald
Problems of the photographic documentation of liquid crystalline thermographs, Pages 1255-1259, W. Herold, D. Wiegel
Evaluation of ELC plate thermography, Pages 1261-1265, J.R. Milbrath, K.A. Shaffer, M. Moskowitz, S.H. Fox, L.W. Bassett, R.H. Gold
Can liquid crystal thermography improve the early diagnosis of breast cancer?, Pages 1267-1271, H.U. Lohbeck
Contact thermography in brain ischaemia of extracerebral origin, Pages 1273-1276, A.E. Szántó
The application of liquid-crystalline temperature indicators to medical diagnosis, Pages 1277-1281, J. Kuśnierz, A. Drzymala, B. Grossman, A. Lipiński
Liquid crystal devices in biomedical applications, Pages 1283-1300, D. de Rossi, P. Dario
Colour thermography of liquid crystals in diagnosis of neoplasms of eye and eye socket, Pages 1301-1304, A.S. Buiko, A.L. Tsykalo
Author Index, Pages 1305-1307