книги / Справочник по физической химии полимеров. Свойства полимеров в блочном состоянии
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A llcock H. R.. Arcus R. A., Stroh E. G. X-ray diffraction analysis of the struc" |
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ture of poly (dichlorophosphazene).— Macromolecules, 1980, |
13, N 4 , |
p. |
919— |
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108a. |
928. |
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B. Noble gas transport in poly (methyl |
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Allen S. M., Stannett V., Hopfenberg H. |
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vinyl ketone) and polyfmethyl vinyl ethers).— Polymer, 1981, 22, N 7, p. 912— |
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109. |
917. |
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Slichter W. P. Pressure dependence |
of |
molecular |
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Anderson J . E .t Davis D. D ., |
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motion in some elastomers.— Macromolecules, 1969, 2, |
N 2, |
p. 166— 170. |
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110. |
Andersson P., Sundqvist B. |
Pressure |
dependence of |
the thermal |
conductivity» |
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thermal diffusivity, and specific heat of |
some polymers.— J . |
Polym |
Sci.- |
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Polym. Phys. Ed., 1975, 13, N 2, p. 243—251. |
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111. |
Andrianov K. A ., Slonim skii G. L .y Zhdanov A. A. et aL |
Some physical |
properties |
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of |
polyorganosiloxanes. 1. |
Linear |
polyorganosiloxanes. — J . |
Polym. |
Sci. : |
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Polym. Chem. Ed., 1972, 10, N 1, p. 1—22. |
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112. |
Andrianov К- A .y Slonimskii |
G. L ., Zhdanov A. A. et al. Some physical proper |
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ties |
of polyorganosiloxanes. |
II. Nonlinear and irregular polyelementoorgano- |
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siloxanes.— J . Polym. Sci. : Polym. Chem. Ed., 1972, 10, |
N 1, p. 23—44. |
113.Arakawa 7\, Nagatoshi F . Melting of paracrystals.—J . Polym. Sci. : Polymer Lett. Ed., 1970, 8, N 1, p. 41—45.
114.Arakawa T .t Nagatoshi F .y Arai N. Thermal analysis of drawn nylon 6 .— J ♦ Polym. Sci. B, 1968, 6, N 7, p. 513—516.
115.Armeniades C. D ., Baer E. Effect of pressure on the polymorphism of melt cry* stallized polybutene-1.— J . Macromol. Sci. B, 1967, 1, N 2, p. 309—334.
116.Arridge R . G. C., Barham P. J . t Keller A. Self-hardening of highly oriented, polyethvlene.— J . Polym. Sci. : Polym. Phys. Ed., 1977, 15, N 2, p. 389—401.
117.Asmussen F .y Schiwon W., Ueberreiter K. Kristallisationskinetik von Polymeren.
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Mitt |
X I. |
Die |
Kristallisationsgeschwindigkeit |
des |
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Hexamethylensuccinat — |
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Polyesters |
unter erhohtem |
Druck.— Kolloid — Z .+ |
Z. |
Polym ., |
1972, |
250, |
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N 5, |
S. 506— 510. |
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117a. |
Attwood |
T. £ ., |
Dawson P . C., Freeman J . L. et aL |
Synthesis and |
properties |
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of polyaryletherketones.— Polymer, 1981, 22, |
N 8, |
p. 1096— 1103. |
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118. |
Avitabile G., Napolitano R .t |
Riva F. Elatic modulus of the crystalline phase of |
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poly(cis-1,4-isoprene).— J . |
Polym. Sci. : Polym. Phys. |
Ed., 1978, |
16, |
N 11, |
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p. 1983— 1987. |
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119. |
Bachmann M. A., Lando J . B. A reexamination of the crystal structure of phase |
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120. |
II of |
poly(vinylidene |
fluoride).— Macromolecules, |
1981, 14, N 1, |
p. 40—46. |
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Bair H. E .y Bebbington |
G. H .t Kelleher P. G. The effect of annealing below the |
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glass temperature on the physical properties of semicrystalline poly(butylene |
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terephthalate).— J . Polym. Sci. : Polym. Phys. Ed., |
1976, 14, N I I , p. 2113— |
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2117. |
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121. Ballesteros J . , Howard G. J ., Teasdale L. Acenaphthylene copolymers. II. Glass transition temperatures.— J . Macromol. Sci. A, 1977, 11, N 1, p. 39— 52.
122. Bares 1Л, Wunderlich B. Heat capacity of molten polymers.— J . Polym . Sci. : Polym. Phys. Ed., 1973, 11, N 6, p. 1301— 1318.
123.Barker R . E .t Jr. Gruneisen numbers for polymeric solids.— J . Appl. Phys., 1967, 38, N 11, p. 4234—4242.
124.Barker R. Я ., Jr ., Chen R . Y. S . Criineisen parameter from thermal conducti vity measurements under pressure.— J . Chem. Phys., 1970, 63, N 7, p. 2616— 2620.
125.Barker R. £ ., Jr ., Chen R. Y. S .f Frost R . S. Influence of pressure and chemi
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cal structure on the thermal conductivity of vitreous |
poly (a Iky 1 methacrylates). |
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I . —J . Polym. Sci. : Polym. Phys. Ed., 1977, 15, |
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126. |
Barlow A. J . , Erginsav A. Viscoelastic properties of |
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Polymer, 1975, 16, |
N 2, p. 110— 114. |
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127. |
Bartenew G. M ., Akopyan L. A. Die freie Oberflachenenergie der Polymeren |
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und die Methoden |
zu ihrer Bestimmung.— Plaste |
und Kautschuk, 1969, 16, |
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N 9, S. 655—659. |
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128.Barton J . M ., Critchley J . P . Effect of structure on the glass transition tempe ratures of some perfluoroalkylene-linked aromatic polyimides.—- Polymer, 1970, II, N 4, p. 212—221.
129.Bassett D. C., Davitt R . On crystallization phenomena in polyletrafluoroethylene.— Polymer, 1974, 15, N 11, p. 721—728,
130.Batra S. К .У Syed H. Elastic-inelastic behavior of PET and nylon 66 monofolaments under lateral compression.— J . Polym. Sci. : Polym. Phys. Ed., 1975, 13, N 2, p. 369—386.
131. Baughman R. H .y Chance R . |
R. The nature and origin of |
structural |
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132.Baughman R . H .y Gleiter H ., Sendfeld N. Deformation and microstructure of extended-chain polydiacetylene crystals.— J . Polym. Sci. : Polym. Phys. Ed., 1975, 13, N 10, p. 1871 — 1879.
133.Baumgartner A .y Blasenbrey S .yD ollhopf W. u. a. Zur Mikrostructur von P E T .—
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1972, |
250, N 11/12, S. 1026— 1032. |
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134. Bauwens J.-C . New approach to |
describe the tensile stress-strain |
curve |
of a |
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glassy polymer.— J . Mater. Sci., |
1978, 13, N 7, p. 1443— 1448. |
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135. Bauwens-Crowet C .y Bauwens J.-C . The relationship |
between the effect |
of |
ther |
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mal pre-treatment and the |
viscoelastic behavior of |
polycarbonate |
in |
the |
glas |
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sy state.— J . Mater. Sci., |
1979, |
14, N 9, p. 1817— 1826. |
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136.Beatty C. L .y Karasz F . E . The glass transition of linear polyethylene.— J . Macromol. Sci. : Rev. Macromol. Chem. C, 1979, 17, N 1, p. 37—60.
137. |
Beatty C. L .y Karasz F. |
E. Transitions |
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Polym. |
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1975, 13, N 5, |
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138. |
Beaumont R. // ., Clegg B .y Gee G. et at. Heat capacities of propylene oxide and |
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of some polymers of ethylene and propylene oxides.— Polymer, 1966, |
7, N 8, |
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139.Becht J . y Hellwege K>-H .y К nappe W. Volumen— Druck—Temperatur—Bezie-
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Z. Polym., 1967, 216/217, N 1, S. 150— 158. |
140.Beech D. R .y Booth C .y Dodgson D. V .y H illier /. H. Crystallization of poly (ethy lene oxide) fractions : crystallization isotherms.— J . Polym. Sci. A—2, 1972, 10, N 9, p. 1555— 1564.
141.Beech D. R .y Booth C .y H illier /. // ., Pickles C. J . The crystallization of poly ethylene oxide) fractions : temperature dependence of growth rate.— Europ. Polym. J . , 1972, 8, N 5, p. 799—807.
142. Beever W. //., S tille J . A. Synthesis and thermal properties of aromatic |
poly |
mers containing 3,6-quinoline units in the main chain.— Macromolecules, |
1979, |
12, N 6, p. 1033— 1038. |
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143.B ell V. L. Polyimide structure-property relationships. I. Polymers from fluo- rene-derived diamines.— J . Polym. Sci. : Polym. Chem. Ed., 1976, 14, N 1,
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144.B ell V. L., Kizler L .y Hctt E. M ., Stokes G. M . Polyimide structure-property relationships. III. Polyimides from multi-ring diamines.— J . Appl. Polym. Sci., 1981, 26, N H, p. 3805—3818.
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11. Polymers from isomeric diamines.— J . |
Polym. Sci. : Polym. Chem. Ed., |
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1976, 14, N 9, p. 2275—2292. |
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145. |
Beret |
S .y Prausnitz J . M. A generalized van |
der Waals equation for polymers |
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and other liquids.— Macromolecules, 1975, 8, |
N 6, p. 878—882. |
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146. |
Beret |
Prausnitz J . M. Densities of liquid polymers at high pressure. Pres |
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sure-volume-temperature measurements for polyethylene, polyisobutylene, |
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poly(vinyl acetate), and poly(dimethyl siloxane) to 1 kbar.— Macromolecules, |
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1975, |
8, N 4, p. 536—538. |
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147.Bermudez S. F .y Fatou J . Af. G. Transitions in bulk crystallized trans-1,4-,poly butadiene.— Eur. Polym. J ., 1972, 8, N 4, p. 575—583.
148.Berry G. C., Fox T. G. The viscosity of polymers and their concentrated solu tions.— Adv. Polym. Sci., 1968, 5, N 3, p 261—357.
149.Bianchi U. Pressure effects on glass transition in polymers.— J . Phys. Chem., 1965, 65, N 6, p. 1497— 1504.
150.Bigg D . M. A review of techniques for processing ultra-high modulus poly mers.— Polym. Eng. Sci., 1976, 16, N 11, p. 725—734.
151.Boon J . y Challa G., Van Krevelen D. W. Crystallization kinetics of isotactic
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152.Booth C., Devoy C. J . yGee G. Heat of fusion of isotactic polypropylene oxide).— Polymer, 1971, 12, N 5, p. 327—334.
153. Booth C., Dodgson D. V-f H illier /. H. The crystallization |
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154.Bourdariat / . , Isnard R .f Odin J . Heat capacity of amorphous polyhexene-1 between 20 and 300 К : Intramolecular vibrational contribution to Cv below
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155. Boussias С. M ., |
Peters R .H ., S till |
R. H . Copolyester studies. VI. Melt |
spinning |
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and |
mechanical |
properties |
of tetramethylene terephthalatepoly(tetramethylene |
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oxide) random |
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1980, |
25, N 5, |
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156.Bowden P . B ., Raha S. A. A molecular model for yield and flow in amorphous
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157.Bowman /. J . W., Brown D. S .t Wetton R . E. Crystal density, crystallinity and heat of fusion of poly(tetramethylene oxide).— Polymer, 1969, 10, N 8, p. 715— 718.
158.Boyer R. F. &CpTg and related quantities for high polymers.— J . Macromol. Sci. B, 1973, 7, N 3, p. 487—501.
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Boyer R. F ., Sim ha R . |
Relation |
between expansion coefficients and glass tem |
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Polym. Sci. : Polym. Lett. Ed., |
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160. |
Broadhurst M. G., M opsik F. /. |
Bulk modulus and Griineisen parameters for |
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161. |
Вrode G. L., Kawakam i J . H-, Kwiatkowski G. 7\, Bedwin |
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162.Brody E. M ., Lubell C. / . , Beatty C. L . Measurement of the Griineisen number in polystyrene by Brillouin light scattering.— J . Polym. Sci. : Polym. Phys. Ed., 1975, 13, N 2, p. 295—301.
163.Brown D. W .t W all L. A. The glass transition temperature of several fluorine-
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164.Buckley С. P ., Kooacs A. J . Melting behavior of low molecular weight polyethy lene oxide) fractions. 1. Extended-chain crystals.— Progr. Colloid and Polym. Sci., 1975, 58, N 1, p. 44—52.
165.Burgess S ., Greig D. The low temperature thermal conductivity of polyethy
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167.Cansfield D. L. M ., Capaccio G., Ward /. M. The preparation of ultra-high-
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168.Capaccio G., Ward I.M . Ultra-high-modulus polyethylene through controlled molecular weight and drawing.— Polym. Eng. Sci., 1975, 15, N 3, p. 219—224.
169.Capizzi A., Gianotti G. Properties of trans-polypentenamer. Thermodynamic
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170.Carter D. R .y Baer E . Lamellar crystallization and melting of polyoxymethylene.— J . Appl. Phys., 1966, 37, N ll, p. 4060—4065.
171.Ceccorulli G., Manescalchi P . Crystallization kinetics of poiy-(imine)-l-oxoocta- methylene (Nylon 8).— Makromol. Chem., 1973, 168, N 7, p. 303—313.
172.Cesari M ., Perego G., Mazzei A. Crystalline structure of polytetrahydrofuran.— Makromol. Chem,. 1965, 83, p. 196—206.
173.Chandler L. A ., Collins E. A. Multiple glass transitions in butadieneacrylonitrile copolymers.— Am. Chem. Soc. Polym. Prepr., 1968, 9, N 2, p. 1416— 1423.
174.Chang S. S. Heat capacities of polyethylene from 2 to 360 К- II. Two high den sity linear polyethylene samples and thermodynamic properties of crystalline linear polyethylene.— J . Res. Nat. Bur. Stand. A, 1974, 78, N 3, p. 387—400.
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230. |
Eisenberg A. Ionic forces |
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J . Macromol. Sci. B, 1976, |
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233a. |
Engeln /., Meissner |
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Heat |
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Enkelmann V., Leyrer R. |
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235. |
Enns J . £ ., |
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241.Fatou J . G. Melting temperature and enthalpy of isotactic polypropylene.— Eur. Polym. J . , 1971, 7, N 8, p. 1057— 1064.
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247.Fox T. G.y Allen V. R. Dependence of zero shear melt viscosity and the related4 friction coefficient and critical chain length on measurable characteristics of' chain polymers.— J . Chem. Phys., 1964, 41, N. 2, p. 344—352.
248.Frenkel S .y Baranov V. G. Topomorphism and phase dualism of flexible chain polymers.— Br. Polym. J . , 1977, 7, N 5, p. 228—233.
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250. Frost R . 5 ., |
Chen |
R. Y. S .y Barker R. E .y Jr . |
Influence of pressure on |
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mal conductivity |
of polymer glasses.— In: |
Thermal |
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