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108.

A llcock H. R.. Arcus R. A., Stroh E. G. X-ray diffraction analysis of the struc"

 

ture of poly (dichlorophosphazene).— Macromolecules, 1980,

13, N 4 ,

p.

919—

108a.

928.

 

 

 

B. Noble gas transport in poly (methyl

Allen S. M., Stannett V., Hopfenberg H.

 

vinyl ketone) and polyfmethyl vinyl ethers).— Polymer, 1981, 22, N 7, p. 912—

109.

917.

 

Slichter W. P. Pressure dependence

of

molecular

Anderson J . E .t Davis D. D .,

 

motion in some elastomers.— Macromolecules, 1969, 2,

N 2,

p. 166— 170.

 

110.

Andersson P., Sundqvist B.

Pressure

dependence of

the thermal

conductivity»

 

thermal diffusivity, and specific heat of

some polymers.— J .

Polym

Sci.-

 

Polym. Phys. Ed., 1975, 13, N 2, p. 243—251.

 

 

 

 

 

111.

Andrianov K. A ., Slonim skii G. L .y Zhdanov A. A. et aL

Some physical

properties

 

of

polyorganosiloxanes. 1.

Linear

polyorganosiloxanes. — J .

Polym.

Sci. :

 

Polym. Chem. Ed., 1972, 10, N 1, p. 1—22.

 

 

 

 

 

112.

Andrianov К- A .y Slonimskii

G. L ., Zhdanov A. A. et al. Some physical proper­

 

ties

of polyorganosiloxanes.

II. Nonlinear and irregular polyelementoorgano-

 

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.

 

Mitt

X I.

Die

Kristallisationsgeschwindigkeit

des

 

Hexamethylensuccinat —

 

Polyesters

unter erhohtem

Druck.— Kolloid — Z .+

Z.

Polym .,

1972,

250,

 

N 5,

S. 506— 510.

 

 

 

 

 

 

 

 

117a.

Attwood

T. £ .,

Dawson P . C., Freeman J . L. et aL

Synthesis and

properties

 

of polyaryletherketones.— Polymer, 1981, 22,

N 8,

p. 1096— 1103.

 

 

118.

Avitabile G., Napolitano R .t

Riva F. Elatic modulus of the crystalline phase of

 

poly(cis-1,4-isoprene).— J .

Polym. Sci. : Polym. Phys.

Ed., 1978,

16,

N 11,

 

p. 1983— 1987.

 

 

 

 

 

 

 

 

 

119.

Bachmann M. A., Lando J . B. A reexamination of the crystal structure of phase

120.

II of

poly(vinylidene

fluoride).— Macromolecules,

1981, 14, N 1,

p. 40—46.

Bair H. E .y Bebbington

G. H .t Kelleher P. G. The effect of annealing below the

 

glass temperature on the physical properties of semicrystalline poly(butylene

 

terephthalate).— J . Polym. Sci. : Polym. Phys. Ed.,

1976, 14, N I I , p. 2113—

 

2117.

 

 

 

 

 

 

 

 

 

 

 

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

 

cal structure on the thermal conductivity of vitreous

poly (a Iky 1 methacrylates).

 

I . —J . Polym. Sci. : Polym. Phys. Ed., 1977, 15,

N 6, p. 1199— 1210.

126.

Barlow A. J . , Erginsav A. Viscoelastic properties of

polypropylene glycols).—

 

Polymer, 1975, 16,

N 2, p. 110— 114.

 

127.

Bartenew G. M ., Akopyan L. A. Die freie Oberflachenenergie der Polymeren

 

und die Methoden

zu ihrer Bestimmung.— Plaste

und Kautschuk, 1969, 16,

 

N 9, S. 655—659.

 

 

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

defects in

polymeric sulfur nitride.— J .

Polym. Sci. : Polym. Phys.

Ed., 1976,

14, N 11,

p. 2019—2035.

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 .—

Kolloid — Z .+ Z. Polym .,

1972,

250, N 11/12, S. 1026— 1032.

 

 

 

134. Bauwens J.-C . New approach to

describe the tensile stress-strain

curve

of a

glassy polymer.— J . Mater. Sci.,

1978, 13, N 7, p. 1443— 1448.

 

 

 

135. Bauwens-Crowet C .y Bauwens J.-C . The relationship

between the effect

of

ther­

mal pre-treatment and the

viscoelastic behavior of

polycarbonate

in

the

glas­

sy state.— J . Mater. Sci.,

1979,

14, N 9, p. 1817— 1826.

 

 

 

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

in poly (diethyl siloxane).— J .

Polym.

 

Sci. : Polym. Phys. Ed.,

1975, 13, N 5,

p. 971—976.

 

138.

Beaumont R. // ., Clegg B .y Gee G. et at. Heat capacities of propylene oxide and

 

of some polymers of ethylene and propylene oxides.— Polymer, 1966,

7, N 8,

p. 401—417.

139.Becht J . y Hellwege K>-H .y К nappe W. Volumen— Druck—Temperatur—Bezie-

hingen bei

Polyoxyathylenen mit verschiedenen Molekulargewicht.— Kol­

loid — Z .+

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.

 

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,

p.225—235.

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.

144a.

B ell V. L., Stump В . L ., Gager H. Polyimide structure-property relationships.

 

11. Polymers from isomeric diamines.— J .

Polym. Sci. : Polym. Chem. Ed.,

 

1976, 14, N 9, p. 2275—2292.

 

145.

Beret

S .y Prausnitz J . M. A generalized van

der Waals equation for polymers

 

and other liquids.— Macromolecules, 1975, 8,

N 6, p. 878—882.

146.

Beret

Prausnitz J . M. Densities of liquid polymers at high pressure. Pres­

 

sure-volume-temperature measurements for polyethylene, polyisobutylene,

 

poly(vinyl acetate), and poly(dimethyl siloxane) to 1 kbar.— Macromolecules,

 

1975,

8, N 4, p. 536—538.

 

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

polystyrene. I. Spherulitic growth rate.— J . Polym. Sci. A—2, 1968, 6, N 11,

p. 1791— 1801.

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

of fractions of parti­

ally isotactic polypropylene oxide).— Polymer» 1970, 11,

N 1, p. 11—20.

154.Bourdariat / . , Isnard R .f Odin J . Heat capacity of amorphous polyhexene-1 between 20 and 300 К : Intramolecular vibrational contribution to Cv below

the

glass transition.— J .

Polym.

Sci. : Polym. Phys. Ed.,

1973,

11, N 9,

p.

1817 — 1828.

 

 

 

 

 

155. Boussias С. M .,

Peters R .H ., S till

R. H . Copolyester studies. VI. Melt

spinning

and

mechanical

properties

of tetramethylene terephthalatepoly(tetramethylene

oxide) random

and block copolymers.— J . Appl. Polym. Sci.,

1980,

25, N 5,

p.869—878.

156.Bowden P . B ., Raha S. A. A molecular model for yield and flow in amorphous

glassy polymers making use of a dislocation analogue.— Phil. Mag., 1974, 29,

N 1, p. 149— 166.

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.

159.

Boyer R. F ., Sim ha R .

Relation

between expansion coefficients and glass tem­

 

perature : a reply-— J-

Polym. Sci. : Polym. Lett. Ed.,

1973,

11, N 1,

p. 33—

 

44.

 

 

 

 

 

160.

Broadhurst M. G., M opsik F. /.

Bulk modulus and Griineisen parameters for

 

linear polymers.— J . Appl. Phys., 1970, 52, N 7, p. 3634—3641.

 

161.

Вrode G. L., Kawakam i J . H-, Kwiatkowski G. 7\, Bedwin

A. W. High tempera­

 

ture polymers. II. High temperature polymers from 4,4'-sulfonyl-bis-(p-pheny-

 

leneoxy)-dianiline.— J .

Polym.

Sci.: Polym. Chem.

Ed.,

1974, 12,

N 3,

p.575—587.

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-

containing polymers.— Am. Chem. Soc. Polym. Prepr., 1968, 9, N 2, p. 1401 — 1407.

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

lene.— J . Phys. C : Solid State Phys., 1975, 8, N 11, p. 1637— 1648.

166.Butta £ ., de Petris S ., Frosini V., Pasquini M. Comportamento termico e meccanico di alcune nuove poliammidi aromatiche in relazione alia loro struttura.— Eur. Polym. J . , 1971, 7, N 4, p. 387—398.

167.Cansfield D. L. M ., Capaccio G., Ward /. M. The preparation of ultra-high-

modulus polypropylene films and fibres.— Polym. Eng. Sci., 1976, 16, N 11,

p. 721—724.

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

parameters

of

fusion and crystallization kinetics.— Makromol. Chem., 1972,

157, N 1,

p.

123— 130.

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.

175.Chang 5 . S ., Bestul A. B. Heat capacities of cis-1,-4-polyisoprene from 2 to 360 K.— J . , Res. Nat. Bur. Stand. A, 1971, 75, N 2, p. 113— 120.

176.Chang S. S. Bestul A. В . Heat capacities of polyethylene from 2 to 360 К. I. Standard samples of linear and branched polyethylene whole polymer.— J. Res* Nat. Bur. Stand. A, 1973, 77, N 4, p. 395—406.

177.Choy C. L ., Leung W. У ., Chen F. C. Heat capacity of poly (vinylidene fluoride)

and polvtetrafluoroethylene

between 5 and 200 K .— J . Polym. Sci. ; Polym.

Phys. Ed., 1979, 17, N 1, p.

87—94.

178.Choy C. L ., Luk W. //., Chen F . C. Thermal conductivity of highly oriented polyethylene.— Polymer, 1978, 19, N 2, p. 155— 162.

179.Chune C. /., Sauer J . A. Low-temperature mechanical relaxations in polymers containing aromatic groups.— J . Polym. Sci. A—2, 1971, 9, N 6, p. 1097— 1116.

180.Clark E. S .t Scott L . S. Superdrawn crystalline polymers : a new class of high-

strength fiber.— Polym. Eng. Sci., 1974, 14, N 10, p. 682—686.

181. Clegg G. A., Gee D. R .t M elia T. P .,

Tyson A. Thermodynamics of polymeriza­

tion of heterocyclic compounds. II.

The heat capacity,

entropy, enthalpy and

free energy of polytetrahydrofyran.— Polymer, 1968, 9,

N 9, p. 501—511.

182.Clegg G. /4., M elia T. P. Thermodynamics of polymerization of heterocyclic compounds. V. The heat capacity, entropy, enthalpy and free energy of 1,3- dioxolan and poly-l,3-dioxolan.— Polymer, 1969, 10, N 12, p. 910—922.

183.Clegg G. A ., M elia T. P. Thermodynamics of polymerization of heterocyclic compounds. VI. The heat capacity, entropy, enthalpy and free energy of 1,3-

 

dioxepan and

poly-l,3-dioxepan.— Polymer, 1970, 11, N 5, p. 245— 252.

184.

Coates P. D .,

Ward /. M. Hydrostatic extrusion of

polyoxymethylene.— J .

185.

Polym. Sci. : Polym. Phys. Ed., 1978, 16, N 11, p. 2031—2047.

Cogswell F. N . t McGowan J . C. The effects of pressure

and temperature upon

 

the viscosities of liquids with special reference to polymeric liquids.— Brit.

 

Polym. J ., 1972, 4, N 1, p. 183— 198.

 

186.Cojazzi G., Fichera A ., Garbuglio C. et al. The crystal structure of polylauryllactam (Nylon 12).— Makromol. Chem., 1973, 168, N 1, p. 289—302.

187.

Cojazzi G., Fichera A., M alta V .t Zanetti R. The

crystal structure of

polycapryl-

 

lactam (Nylon 8) and polycapriclactam

(Nylon

10).— Makromol. Chem.f 1978,

 

179, N 2,

p. 509—518.

 

 

 

 

 

 

 

 

 

 

 

 

188.

Combs R.

L .,

Slonaker D. F ., Coover

H. W.y

Jr .

Effects

of molecular

weight

 

distribution

and branching on

rheological

properties

of

polyolefin

melts.—

189.

J . Appl. Polym. Sci., 1969, 13, N 3, p. 519—534.

 

 

 

 

 

 

 

Conte G., D' l lario L., Pavel N. V\, GigHo E. An X-ray and conformational study

190.

of Kapton H .—J . Polym. Sci. : Polym. Phys. Ed.,

1976, 14, N 9, p. 1553— 1560.

Cornibert У .,

Marchessault R. H .t Allegrezza A. £ .,

/r .,

Len zR . W. Crystalline,

 

thermal

and

mechanical properties

of the

polyester

of a-methyl-a-n-proDvl-

191.

P-propiolactone.— Macromolecules,

1973, 6,

N 5,

p. 675—682.

 

and atac­

Cowie J . M. G. Glass transition

temperatures of stereoblock, isotactic

 

tic polypropylenes of various chain

lengths,— Eur. Polym. J . , 1973,

9. N 10,

 

p. 1041 — 1049.

 

 

 

 

 

 

 

 

 

 

 

 

 

191a.

Cowie J . At. G.r McEwen /. J . Molecular relaxations in partially hydrogenated

 

a s -1,4-polybutadiene. A guide to the glass transition

temperature of amorphous

192.

polyethylene.— Macromolecules,

1977,

10,

N

5,

p.

1124— 1128.

 

 

its de­

Cowie J . M. G.,

Toporowski P. M .t Costaschuk F. Studies of amylose and

 

rivatives. V II.

Tm and Tg of esters.— Makromol. Chem.,

1969, 121,

p.

51—57.

193.Creszenzi V., M anzini G., Calzolari G., Borri C. Thermodynamics of fusion of poly-p-propiolactone and poly-e-caprolactone. Comparative analysis of the melting of aliphatic polylactone and polyester chains.— Eur. Polym. J ., 1972, 8, N 3, p. 449—463.

194.Crivello J . V. Polyimidothioethers.— J . Polym. Sci. : Polym. Chem. Ed., 1976, 14, N 1, p. 159— 182.

195.Crystal R. G. Crystalline morphology of poly-N-vinylcarbazole.— Macromole­ cules, 1971, 4, N 4, p. 379—385.

196.Curro J . G. Polymeric equations of state.— J . Macromol. Sci. : Rev* MacromoL Chem. C, 1974, 11, N 2, p. 321—366.

197.Curro J . G. Calculation of Gruneisen parameters for polymers.— J . Chem. Phys.,

1973, 58, N 1, p. 374—380.

198. Dainton F. S ., Evans D. At., Hoare F. F ., M elia T. P. Thermodynamic functions of linear high polymers. P t. 1.— Polymer, 1962, 3, N 2, p. 263—270.

199.

Datnton F. S .t Evans D. M .9 Hoare F . £ .,

Лielia T. P . Thermodynamic functions

 

of linear high polymers. Pt. 2

Thermodynamic functions of Penton.— Polymer,

 

1962, 3, N 2, p. 271—276.

 

 

 

 

 

 

 

 

200.

Dainton F. S .,

Evans D. M .9 Hoare F. £ .,

M elia T. P . Thermodynamic functions

 

of linear high

polymers.

Pt.

3.

Polyethylene.— Polymer, 1962,

3,

N

2,

 

p. 277—285.

 

 

 

 

 

 

 

 

 

 

201.

Dainton F. S ., Evans D. M .9 Hoare F. E M e l i a T. P . Thermodynamic functions

 

of linear high

polymers. Pt. 4. Stereospecific polyolefins.— Polymer,

1962,

3,

 

N 2, p. 286—296.

 

 

 

 

 

 

 

 

 

202.

Dainton F. S .,

Evans D. M ., Hoare F . £ .,

M elia T. P. Thermodynamic functions

 

of linear high

polymers. Pt. 5. C/s- and trans- 1,4-polybutadiene.— Polymer,

 

1962, 3, N 2, p. 297—309.

 

 

 

 

 

 

 

 

 

203.

Dainton F. S .,

Evans D. M .9

Hoare

F. £ ., M elia T. P. Thermodynamic

func­

 

tions of linear

high polymers. Pt.

6.

Polysulphone.— Polymer,

1962, 3,

N 2,

 

p. 310—315.

 

 

 

 

 

 

 

 

 

 

204.

Dainton F . S ., Evans D. M .9Hoare F . £ .,

Ate/fa 7\ P . Thermodynamic functions

 

of linear high polymers. Pt. 7. Lexan.—

Polymer, 1962, 3, N 2,

p. 316.

 

 

205.

Danusso F. Macromolecular polymorphism and stereoregular synthetic

poly­

 

mers.— Polymer, 1967, 8,

N 6, p. 281— 320.

 

 

 

 

206.Danusso F ., Gianotti G. Equilibrium melting temperature : some experimental data with isotactic polypropylene, polybutene-1 and polypentene-1.— Macromol. Chem., 1964, 80, p. 1 — 12.

207.Danusso F ., Gianotti G. Fusion enthalpy and entropy of isotactic polypropyle

 

ne.— Eur.

Polym. J . , 1968, 4, N 1, p. 165— 172.

208.

Danusso F .,

Gianotti <7. Isotactic polypentene-1 : polymorphism and other pro­

 

perties.— Makromol. Chem., 1963, 61,

p. 164— 177.

209.

Danusso F ., Gianotti G. The three polymorphs of isotactic polybutene-1. Dilato-

 

metric and

thermodynamic fusion parameters.— Makromol. Chem., 1963, 61,

 

p. 139— 156.

 

210.

De Boer A .,

Van Ekenstein <7., Alberda О

R .9 C halla G. Crystallization of isotac­

 

tic po!y(methyl methacrylate).— Polymer, 1975, 16, N 12, p. 930—932.

211.De Chirico A., Lanzani P. C., Raggi £ ., Bruzzone M. High 1,4-as-polybutadiene by uranium catalysts. 2 .— Makromol. Chem., 1974, 175, N 7, p. 2029—2038.

212.De Chirico A .t Zotterl L . Crystallization and glass transitions of polyethylene

sulphide and

polyisobulylene

sulphide.— Eur.

Polym. J . ,

1975,

11, N 7,

p. 487—490.

 

 

 

 

 

 

213. Decroix J . K .,

Moser M .f Boudelle

M. Isotactic

polypentene-1

type

II crystal­

line form.— Eur. Polym. J . ,

1975,

11, N 5/6, p. 357—360.

 

 

214.Deri F ., Plloz A ., May J .- F . Etude des propri§tes rh§ologiques de quelques m§langes polybutene-l-polypropene a l*6tat fondu.— Angew. Makromol. Chem., 1976, 55, p. 97— 108.

215. De Santis P .t M ele A ., Porta P . Crystalline

packing and

molecular

confor­

mation of polytetrafluoroethylene oxide.—

Ric. sci.,

1967, 37,

N 5,

p. 443—445.

216.Dever (7. /?., Karasz F. MacК night W. J . p Lenz R . W. Poly(alkyl-a-chloro- acrylates). V. Preparation and properties of methyl, ethyl and isopropyl poly­

mers of varied tacticity.— J . Polym. Sci. : Polym. Chem. Ed., 1975, 13, N 9,

p. 2151—2180.

217.Dietz W. Die Warmeund Temperaturleitfahigkeit von Kunststoffen.— Colloid and Polym. Sci., 1977, 255, N 8, p. 755—772.

218. Di Meo A., M aglio (7., Martuscelli £ ., Palumbo R . Effect of intrachain double bonds on the melt crystallization of aliphatic polyesters.— Polymer, 1976, 17, N 9, p. 802—806.

219.Dine-Hart R. A., Moore B. J . C., Wright W. W. Aromatic Polyamides.— J , Polym. Sci. B, 1964, 2, N 4, p. 369—374.

220. Dole

Л4. Crystallinity From thermal m e asu rem en ts.-J. Polym. Sci. C, 1967,

18,

p. 57—68.

221.Doolittle A. K. A VSE equation of state for liquids. V. Polytetrafluoroethy­ lene 600—725 K .— J . Appl. Polym. Sci., 1979, 24, N 5, p. 1329—1340.

222.Drexler L. H. A. Rheological study of the low molecular weight butyl polymer.— J . Appl. Polym. Sci., 1970, 14, N 7, p. 1857— 1870.

223. Dvor M .t

Levy

Af. Polyimides

derived from

cyclooctadiene dianhydrides.—

J . Polym.

Sci.

: Polym. Chem.

Ed., 1975, 13,

N 1, p. 171 — 187.

224. Dunn P.y Ennis В. C. Thermal analysis of polyacrylonitrile. Part I. The melt­ ing of polyacrylonitrile.— J . Appl. Polym. Sci., 1970, 14, N 7, p. 1795— 1798.

225. Eiermann К . Bestimmung der Warmeleitfahigkeit des amorphen und des kristallinen Anteils von Polyathylen.— Kolloid — Z .+ Z. Polym 1962, 180,

N.2, S. 163— 164.

226.Eiermann K. Modellmassige Deutung der Warmeleitfahigkeit von Hochpolymeren. Teil 3 : Teilkristalline Hochpolymere.— Kolloid — Z.4~ Z. Polym .. 1965, 201, N 1 , S. 3— 15.

227.Eiermann R. Warmeleitfahigkeit von Kunststoffen in festem und geschmolzenen Zustand.— Kuststoffe, 1965, 55, N 5, S. 335—338.

228. Eiermann /(., Hellwege K ^H . Thermalconductivity of high polymers from

— 180 °C to 9 0 °C .— J . Polym. Sci., 1962, 57, N 165, p .9 9 — 106.

229.Eiermann /(•, Hellwege K -H ., Knappe W. Quasistationare Messung der Warme­ leitfahigkeit von Kunststoffen ini Temperaturbereich von —180 °C bis 4-90 °C.—

 

Kolloid Z., 1961, 174, N

2, S.

134— 142.

 

 

 

 

 

 

 

 

 

230.

Eisenberg A. Ionic forces

in polymers. Some properties of the

polyphosphates

231.

in the glass transition region.— Adv. Polym. Sci., 1967, 5, N 1, p. 59— 112.

Eisenberg A.,

M atsuura H .f Yokoyama T. Glass

transition

in ionic

polymers.

232.

The acrylates.— J . Polym. Sci. A—2, 1971, 9, N 12, p. 2131—2135.

 

 

 

Eisenberg A., Trepman E. I on-aggregation

and

thermal expansion in styrene-

 

based ionomers.— J . Polym. Sci. : Polym. Phys. Ed., 1978, 16,

N 8,

p.

1381 —

 

1387.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

233.

E lias

tf.-G .,

Bhateja S. /(., Рае

K. D. Pressure dependence of elastic

moduli.—

 

J . Macromol. Sci. B, 1976,

12, N 4, p. 599—602.

 

 

 

 

 

 

 

 

233a.

Engeln /., Meissner

M,

Heat

capacity

of a

polydiacetylene

single

crystal

 

from

3 to

300

K.— J .

Polym.

Sci.:

Polym.

Phys.

Ed.,

1980,

18,

N 11,

 

p. 2227—2241.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

234.

Enkelmann V., Leyrer R.

У., Schleier G.,

Wegner G. Macroscopic

single

cry­

 

stals of polymers by solid-state polymerization : a study of the monomer to

po­

 

lymer phase transformation of 1,6-dicarbazoIyI

hexadiyne.— J .

Mater.

Sci.,

 

1980,

15,

N

1 ,

p . 168— 176.

 

 

 

 

 

 

 

 

 

 

 

 

235.

Enns J . £ .,

Sim ha

R. Transitions

in semicrystalline

polymers.

I.

Poly(vinyl

 

fluoride) and

poIy(vinylidene fluoride).— J .

Macromol.

Sci.

B,

1977, 13,

N 1,

p. 11—24.

236.Enns У. £ ., Sim ha R . Transitions in semicrystalline polymers. II. Polyoxyme-

 

thylene

and polyethylene

oxide).— J .

Macromol Sci. B,

1977,

13, N

l,

 

p. 25—48.

 

 

 

 

 

 

237.

Escobar

Diaz F . R .t Ramirez R. S. Polyamides from perchloro-4,4'-dichloro-

 

formvlbiphenyl.— J . Polym. Sci. : Polym. Chern. Ed., 1976, 14, N 5, 1167—

 

1174.

 

 

 

 

 

 

 

238.

Evers /?. C. Low glass transition temperature fluorocarbon ether bibenzoxazole

 

polymers.— J . Polym. Sci. : Polym. Chem. E d ., 1978,

16,

N 11,

p. 2833—

 

2848.

 

 

 

 

 

 

 

239.

Falender У. R .f Y eh G . <S. K .,

Chiu D . <S., M ark J . E . Thermodynamics of fusion

 

in poly(diphenylsiloxane),— J . Polym.

Sci. : Polym.

Phys.

Ed.,

1980,

18,

 

N 2, p. 389—392.

 

 

 

 

 

 

240.Farmer B. L ., Lando J . £ . Isotactic poly(p-fluorostyrene) : X-ray structure de­ termination.— J . Macromol. Sci. B, 1974, 10, N 3, p. 403—418.

241.Fatou J . G. Melting temperature and enthalpy of isotactic polypropylene.— Eur. Polym. J . , 1971, 7, N 8, p. 1057— 1064.

242.Fedors R. F. Glass transition temperature and molecular weight.— Polymer,

1979, 20, N 9, p . 1055— 1056.

243.Ferry J . D. Viscoelastic properties of polymers, 2 nd ed.— New York : Wiley, 1970.— 605 p.

244.Flanagan R . D ., R ijke A. M . Polymorphism in polymers. I. The equilibrium melting temperature of two crystalline modifications of trans-1,4-polyisopre- ne.— J . Polym. Sci. : Polym. Phys. Ed., 1972, 10, N 7, p. 1207— 1220.

245.Flory P. У. Viscosities of linear polyesters. An exact relationship between visco­

sity and chain length.— J . Am. Chem. Soc., 1940, 62, N 5, p. 1057— 1070.

246.Foster G. M ., I l l f Waldman N ., Griskey R . G. Pressure-volume-temperature behaviour of high density polyethylene.— J . Appl. Polym. Sci., 1966, 10, N 2, p. 201—210.

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.

249.Frenzel J . t Rehage G. PVT measurements on liquid crystalline polymers.—

Makromol.

Chem.

Rapid Commun., 1980, 1,

N 2, p. 129— 134.

the ther­

250. Frost R . 5 .,

Chen

R. Y. S .y Barker R. E .y Jr .

Influence of pressure on

mal conductivity

of polymer glasses.— In:

Thermal

Conductivity/Ed.

by

P. G. Klemens, T. K. Chu. New York : Plenum Pub!.

Corp., 1976,

vol.

14,

p.175— 181.

251.Frost R. S .y Chen R. Y. S .y Barker R. E .y Jr . Pressure dependence of thermal' conductivity in polyethylene.— J . Appl. Phys., 1975, 46, N 10, p. 4506—4509.

252.Fuller T. R .y Fricke A. L. Thermal conductivity of polymer melts.— J . Appl.

Polym.

Sci.,

1971,

15, N 7,

p. 1729— 1736.

253. Gaines

G. L.

Surface and

interfacial

tension of polymer liquids — A review.—

Polym.

Eng.

Sci.,

1972,

12,

N 1, p.

1— 11.

254.Garfield L. J . Molecular mobility in some polycarbonates.— In : IUPAC XVI-th Int. Symp. on Macromol. Chem. : Prepr., Toronto, 1968, (Preprint : A— 12—4).

255.

Gargallo L .y Russo M . Effect

of structure on glass transition temperatures

of

 

poiy(methacrylic esters) with bulky side groups.— Makromol. Chem.,

1975,

176,

256.

N 9,

p. 2735—2744.

G.y Bello A. Crystallization kinetics of

poly(l,3-

Garza

Marco C .y Fatou J .

 

dioxepane).— Polymer, 1981,

22, N 4,

p. 477—480.

 

 

 

 

257.

Gasmans R. /.,

Tijssen / ., Harkema S .y Bantjes A. Elastic modulus in the crystal­

 

line region of poly(p-phenylene terephthalamide).— Polymer,

1976,

17,

N

6,

258.

p. 517—518.

 

 

ionizing radiation on the thermal proper­

Gee D. R .y M elia T. P. The effect of

 

ties of linear

high polymers.

Pt.

2.

Nylon 6 .— Polymer,

1970,

11,

N

4,

p. 192— 197.

M elia T. R. The effect of syndioindex on

the thermal properties

259. Gee D. R .y

syndiotactic

polypropylene.— Polymer, 1969, 10, N 4,

p. 239—246.

260.Gee D. R .y M elia T. P. Thermodynamics of addition polymerization. Pt. 4. The heat capacity, entropy, enthalpy and free energy of syndiotactic polypropylene.— Makromol. Chem., 1968, 116, p. 122— 129.

261. Genillon R .y Deri F ., May

J.^F . Etude des propertietes rheologiques de melan­

ges fondus de polvbutene-I

et de polypropene a des cisaillements 61eves.— An-

gew. Makromol. Chem., 1977, 65, p. 71—94.

262.Gent A. N. Crystallization in stretched polymer networks. I. trans — Polychloroprene.— J . Polym. Sci. A, 1965, 3, N 11, p. 3787—3801.

263.Gianotti G.y Capizzi A. Thermodynamic data for some even transpolyal-

 

kenamers.— Eur. Polym. J ., 1970, 6, N 5, p. 743—750.

264.

Gilbert M .y Hybart

F. J . Effect of chemical structure on crystallization rates

 

and melting of polymers. Pt I. Aromatic polyesters.— Polymer, 1972, 13, N 7,

265.

p, 327—332.

 

Gillham J . K .y Schaff С. K. Structure-property relationships in bibenzoxazole

 

polymers

containing

fluorocarbon linkages.— J . Appl. Polym. Sci., 1976, 20,.

266.

N 7, p.

1875— 1884.

Gilmour /., Trainor A .y Haward R. N. Calculation of the Gruneisen constant for

 

glassy polymers from thermoelastic data.— J . Polym. Sci.: Polym. Phys. Ed.,

267.

1978, 16,

N 6, p.

1291 — 1295.

Gilmour /. W .y Trainor A .y Haward R. N. Elastic moduli of glassy polymers at

 

low strains.— J . Appl. Polym. Sci., 1979, 23, N 12, p. 3129—3138.

268.Gipstein E ., Barral E. M .y II , Yoon D. Y ., Lyerla J . Thermal properties of some hydrogenated poly(a-methyl styrenes).— J . Polym. Sci. : Polym. Phys. Ed., 1978, 16, N 8, p. 1389— 1397.

269.Godovsky Yu. К Slonimsky G. L. Kinetics of polymer crystallization from the melt (calorimetric approach).— J . Polym. Sci. : Polym. Phys. Ed., 1974,12, N 8, p. 1053— 1080.

270. Goel R. N .y Hepworth A .y Deopura В . L. et al. Polyimide fibers : structure and morphology.— J . Appl. Polym. Sci., 1979, 23, N 12, p. 3541—3552.

2 71. Goel R. N .y Varma /. /(., Varma D . S . Preparation and properties of polyimide fibers.— J . Appl. Polym. Sci., 1979, 23, N 4, p. 1061 — 1072.

*272 Gogolewski S ., Pennlngs A. J . Crysstallization of polyamides under elevated pressure : 4. Annealing of Nylon 6 (polycapramide) under pressure.— Polymer, 1977, 18, N 7, p. 654—659.

273.Gogolewski S ., Pennings A. J . Crystallization of polyamides under elevated pressure. 5. Pressure-induced crystallization from the melt and annealing of

folded-chain crystals of Nylon 11, poly(aminoundecaneamide) under pressure.— Polymer, 1977, 18, N 7, p. 660—666.

274. Goldfarb L ., Garrett T. B ., J r ., Rittenhouse J . /?., Messersmith D. C. Heteroge­ neous nucleation and growth of spherulites from apolycaprolactone (poly(l-oxy- 6-oxohexamethylene) melt.— Makromol. Chem., 1974, 175, N 8, p. 2483—2488*

275.Gouinlock E. V. The fusion of highly crystalline poly(vinyl chloride).— J . Polym. Sci. : Polym. Phys. Ed., 1975, 13, N 8, p. 1533— 1542.

276.Graessley W. W. th e entanglement concept in polymer rheology.— Adv. Polym. Sci., 1974, 16, p. 1— 179.

277.Graessley W. W .t M asuda 7 ., Roovers J . E. L ., Hadjichristidis N. Rheological

properties of linear and branched polyisoprene.— Macromolecules, 1976, 9, N. 1, p. 127— 142.

278. Gregory D. R. Rheological properties of molten polyethylene terephthalate).— J . Appl. Polym. Sci., 1972, 16, N 6, p. 1479— 1488.

279.Grenier D ., Leborgne A., Spassky N.> Prud'homme R . E. Crystallization of poly (a-methyl-a-N-propiolactone) prepared from homogeneous and heterogeneous initiators.— J . Polym. Sci. : Polym. Phys. Ed., 1981, 19, N 1, p. 33 —48.

280.Griffith J . £ ., Ranby B. G. Dilatometric measurements on poly(4-methyl-l-pen« tene). Glass and melt transitions temperatures, crystallization rates, and unu­ sual density behavior.— J . Polym. Sci., I960, 44, N 144, p. 369—381,

281.Griffiths С. H. Folded chain crystallization of poly(N-vinylcarbazole).— J . Polym. Set. : Polym. Phys. Ed., 1975, 13, N 6, p. 1167— 1176.

282.Groeninckx <?., Berghmans H .9 Smets G. Morphology and modulus-temperature behavior of semicrystalline poly(ethylene terephthalate) (P E T ).—J . Polym. Sci.: Polym. Phys. Ed., 1976, 14, N 4, p. 591—602.

283.Gurato G.t Gaidano D ., Zanetti R. Influence of nucleating agents on the crystal­ lization of 6-poiyamide.— Makromol. Chem., 1978, 179, N I, p. 231—245.

284.Hall H. K .t Jr ., Berge J . W. Aromatic polyoxamides from diphenylthiol oxala­

te.— J . Polym. Sci. B, 1963,

I, N 6, p. 277— 278.

285. H all /. //.,

Pass M . G.f Rammo

W. N. The structure and properties of oriented

fibers of poly(pentamethylene terephthalate). I. Synthesis of polymer and pre­

paration of

two different crystalline phases.— J . Polym. Sci.: Polym. Phys.

Ed., 1978,

16, N 8, p. 1409-1418.

286.Hands D. The thermal transport properties of polymers.— Rubber Chem. Tech­ no!., 1977, 50. N 3, p. 480—522.

287.Нага АГ-, Schonhorn H . Effect on wettability of FEP Teflon surface morphology,— J . Adhesion, 1970, 2, N 2, p. 100— 105.

288.Haraguchi A ., K ajiy am aT ., Takayanagi M. Structural studies of crystal modifi­ cation of poly(p-phenylene terephthalamide).— Rep. Progr. Polym. Phys. Jap . 1977, 20, N l, p. 191 — 194.

289.Harwood C., Wostenholm G. H. eta l. Thermodynamic properties of phenol-formal­ dehyde resin.— J . Polym. Sci. : Polym. Phys. Ed., 1978, 16, N 5, p. 759—766.

290.H atakeyam a T ., Kanetsuna H. Thermal analysis of cellulose.— Kobunshi Kagaku, 1969, 26, N 2, p. 76—82.

291.Haug W. A ., Griskey R. G. Pressure-volume-temperature behavior of nylon

610.— J . Appl. Polym. Sci., 1966, 10, N 10, p. 1475— 1482.

292. Havlicek

Vojta V., K&stner S .t Schlosser E. Zur theoretischen Deutung der

Temperaturabhangigkeit der Relaxationszeiten von Polvmeren.— Makromol. Chem., 1978, 179, N 12, S. 2467—2474.

293.Howard R. N. Compressibility of polymers.— J . Polymer Sci. A—2, 1969, 7, N 1, p. 219—229.

294.Hay J . N. On the melting characteristics of oligourethanes.—Makromol. Chem., 1977, 178, N 5, p. 1601— 1608.

295. Hay J . N. Use of model compounds to determine equilibrium melting

points

of polymers.— J . Polym. Sci. : Polym. Chem. Ed., 1976, 14,

N 12,

p.2 8 4 5 - 2852.

296.Htidemann P ., Guicking H. D. Specific volume of polymers as a function of tem­ perature and pressure.— Kolloid — Z .+ Z. Polym., 1963, 193, N 1, p. 16—25.

297.

Hellwege K .-H ., Henning Л ,

Knappe W. Die Warmeausdehnung einiger teil-

 

kristalliner Hochpolymerer im Temperaturbereich von—60 bis + 3 0 0

°C.— Kol-

 

loid — Z., 1962, 186, N 1, S. 29—36.

 

 

 

298.

Hellwege K .-H .t Hoffmann R ., Knappe W. Warmeleitung in Polyamiden, Pen-

 

ton und Polyoxyathylen

im Temperaturbereich von — 175 bis + 1 4 0 °C .— Kol-

 

loid — Z .+ Z. Polym .,

1968,

226, N 2, S.

109— 115.

 

299.

Hennig J . t K nappe

W.,

Lohe

P. Die W armeleitfahigkeit von Polyathylen im

 

Temperaturbereich

von

20 bis 200 °C .— Kolloid — Z .+ Z . Polym .,

1963, 189,

 

N 2, S. 114— 116.

 

 

 

 

 

 

300.

Hergenrother

P. M. Poly-as-triazines.— J .

Macromol. Sci. : Rev.

Macromol.

 

Chem. C, 1975, 13, N 2, p. 189—218.

 

 

 

301.

Hergenrother P. M. Poly(phenyl-as-triazines) and

poly(phenylquinoxalines).

302.

New and cross-linked polymers.— Macromolecules,

1974, 7, N 5,*p. 575— 582.

Hobbs S. Y .,

Billm eyer F. W. Heats and entropies of fusion of linear

aliphatic

 

polyesters. I.

Experimental

determinations.— J .

Polym. Sci. A—2, 1970, 8,

N 10, p. 1387-1393.

303. Hoffman J . D ., Weeks J . J . Rate of spherulitic crystallization with chain folds in polychlorotrifluoroethylene.— J . Chem. Phys., 1962, 37, N 8, p. 1723— 1741.

304.Hoffmann M. Fliessverhalten und molekulare Structur von Polymeren und ihren Losingen. Eine Systematik quantitativer Beziehungen.— Makromol. Chem, 1972, 153, S. 99— 124.

305.Hoffmann R .t Knappe W. Warmekapazitat von Polyacrylaten und Polymethai

 

crylaten

im Temperaturbereich von — 180 bis 160 C .— Kolloid — Z .+

Z. Po­

 

lym., 1971. 247, N 1/2, S. 763—767.

 

 

 

306.

Holland-M oritz /(. Structural studies in isotactic poly-a-olefins by DTA,

Raman

 

and infrared spectroscopy.-

In : IUPAC X X III-d

Int. Symp. on Macromol.

 

Madrid,

1974, vol. 2, p. 555

(Preprint : I I I — 1—6).

 

 

307.

Holliday

White J . W. The stiffness of polymers in relation to their structu­

 

re.— Pure and Appl. Chem.,

1971, 26, N 3/4,

p. 545— 582.

 

308.

Horsma D. A . Measurements of the relaxation

spectra of unplasjticized p o ly v i­

 

nyl chloride) m elts.— J . Polym. Sci. A—2, 1970, 8,

N 6, p. 979—990.

 

309.

Hsu K -mL .t Kline D. E ., Tomlinson J . N. Thermal conductivity of polytetraflu-

 

oroethylene.— J . Appl. Polym. Sci., 1965, 9,

N 11, p. 3567— 3574.

310.

Ichihara «S., Komatsu

A ., Hata T. Thermodynamic studies of the glass transi­

 

tion

and

the

glassy

state of polymers. III.

Poly(a-m ethylstyrene).— Polym.

 

J .,

1971,

2,

N 5, p.

650—655.

 

311.Ichihara S .t Komatsu A., Tsujita Y. et al. Thermodynamic studies of the glass transition and the glassy state of polymers. I. Pressure dependence of the glass transition temperature and its relation to other thermodynamic properties of polystyrene.— Polym. J ., 1971, 2, N 4, p. 530—534.

312.Ikeda M ., Mitsuishi Y . Studies on thermal behavior and fine structure of poly­ ethylene terephthalate. I. Equilibrium melting temperature and surface free energy.— Kobunshi Kagaku, 1967, 24, N 265 p. 378—384.

313.liters K .-H . Die Glastemperatur vonCopolymeren.— Kolloid — Z .+ Z. Polym ., 1963, 190, N 1, S. 16—34.

314. I Hers K .-H . Heat of fusion and specific volume

of polyethylene terephthalate)

and poly(butylene terephthalate).— Colloid and

Polym. Sci., 1980, 258, N 2,

p.117—4124.

315.liters K .-H . Polymorphic, Kristallinitat und Schmelzwarme von Poly(e-capro-

lactam). 2. Kalorimetrische Untersuchungen.— Makromol. Chem., 1978, 179, N 2, S. 497—508.

316. lllers K .-H ., Haberkorn H. Spezifisches Volumen, Schmelzwarme und Kristallinitat von 6.6- und 8-Polyamid.— Makromol. Chem., 1971, 146, S. 267— 270.

317. Inoue K-, Hoshino S. Crystal structure of Nylon 12.— J . Polym. Sci.: Polym. Phys. Ed., 1973, 11, N 6, p. 1077— 1090.

318.Inoue M .t Takayanagi M. Kinetics of bulk crystallization in polyoxymethylene.— J . Polym. Sci., 1960, 47, N 149, p. 498—502.

319.I to T. Structure and properties of polymer crystals under high pressure.— Ko­ bunshi, 1976, 25, N 11, p. 750—756.

320.Ito K ., Shishido S . Critical molecular weight for onset of non-Newtonian flow and upper Newtonian viscosities of polydimethylsiloxane.— J . Polym* Sci. : Polym. Phys. Ed.» 1972, 10, N 11, p. 2239—2248.

321

Iwata К . Jw akura У . Determination of the

heat of fusion of optically active

 

oligo~l-*so-propylethyleneurethanes (L-form)

and

oligo-Wso-butylethyleneure-

322.

thanes (L-form). Oligourethanes. X .—Makromol. C h e m 1970, 136, p. 321—326.

Ja in P. £“., Wunderlich D .t Chaubery D. R. Effect

of pressure on the melting,

 

of poly(4-methyl-l-pentene).— J . Poiym. Sci. : Polym. Phys. Ed., 1977, 15,

323.

N 12, p. 2271—2276.

transition effects.— J .

Macromol.

Johnston N. W. Sequence distribution-glass

324.

Sci. : Rev. Macromol. Chem. C, 1976, 14, N 2, p. 215—250.

 

Jordan E . F .y J r . t Feldeisen D. W .y Wrigley

A. N. Side-chain crystallinity. I.

 

Heats of fusion and melting transitions in selected

homopolymers

having long

 

side chains.— J . Polym. Sci. : Polvm. Chem. Ed.,

1971, 9, N 7, p.

1835— 1852.

325.K aelble D. H . Dispersion-polar surface tension properties of organic solids. — J . Adhesion, 1970, 2, N 2, p. 66—81.

326.Kalb B .y Pennings A. J . General crystallization behavior of poiy-(l-lactic acid).— Polymer, 1980, 21, N 6, p. 607—612.

327. Kambe H ., Kochi Af., Yokota R . et al. Torsional and tensile dynamic properties of aromatic polyimideand polyamideimide-carbon fiber composites.— Nippon Reoroji Gakkaishi, 1977, 5, N 1, p. 35—37.

328.Kanari K. Thermal conductivity of cross-linked polymers.— Jap. Plastics, 1972, N 4, p. 6 —12.

329.

Karasz F. E .y B air H. E ., O' R eilly J . Al. Thermal

properties of atactic and iso­

330.

tactic polystyrene.— J . Phys. Chem., 1965, 69, N 8, p. 2657—2667.

of

poly-

Karasz F. E .y B air H. E .t

O' Reilly J . M. Thermodynamic properties

 

(2,6-dimethyl-1,4-phenylene

ether).— J . Polym.

Sci. A—2, 1968,

6,

N 6,

p. 1141 — 1148.

331.Karasz F. £ ., B air H. £ ., O' Reilly J . M. Thermodynamic properties of poly-4- methylpentene-1.— Polymer, 1967, 8, N 10, p. 547—560.

332.Karasz F. £ ., Couchman P. R .y Klempner D. On the entropy of fusion and its separation into configurational and volume-change contributions.— Macromolecules, 1977, 10, N 1, p. 8 8 -8 9 .

333.

Karl

V .-f/., Asmussen

F .y Ueberreiter К . Eine einfache

Formel zur

Darstellung

 

des Druckeinflusses auf das spezifische Volumen

von

teilkristallinen Polyme-

 

ren.— Progr. Colloid

and Polym. Sci., 1978, 64,

N 1, S. 97—102.

 

334.

Karl

V .-H .y Asmussen

F .y Wolf F .-P .t Ueberreiter K. Ueber die Druckanhangig-

 

keit der viskoelastischen und physikalisch-chemischen Eigenschaften von Poly-

 

meren. V. Eine neue Methode zur Bestimmung von Temperaturleitfahigkeit,

 

Warmeleitfahigkeit and spezifischer Warme von Polymerschmelzen.— Ber.

 

Bunsenges. physik. Chemie, 1977, 81, N 6, S. 598—603.

 

335.

Karl.

Wolf F. Einfluss der Herstellungsbedingungen auf E-Modul und

 

Dichte von HD-Polyethylen.— Angew. Makromol.

Chem., 1979, 79,

S. 21—35.

336.Kasemura 7\, Hata T. Surface tension of poly(ethylene glycol), polypropylene glycol) and their methyl ether homologs : molecular weight dependence and methyl group effect.— Kobunshi Ronbunshu, 1976, 5, N 4, p. 269—281.

337.

Kasemura T .ySuzuki /(., Uzi F. et al.

Composition dependence of surface tension

 

of ethylene oxide-propylene oxide

copolymers.— Kobunshi Ronbunshu, 1978,

 

35, N 12, p. 779—786.

 

 

 

338.

Kasemura

7\, Yam ashita N .y Suzuki

K. et al.

Sufrace tension of

alkanediols

 

and their

condensation polymers poly(alkylene

glycols).— Kobunshi

Ronbunshu,

 

1977, 35,

N 4, p. 2 1 5 -2 2 2 .

 

 

 

339.Kasemura T .y Yam ashita N .ySuzuki K- et al. Composition dependence of surface tension of copolymers.— Kobunshi Ronbunshu, 1978, 35, N 4, p. 263—268.

340.Kasemura 7\, Uzi F .t Kondo 7\, Hata T. Surface tension of poly(vinyl alkyla­ tes).— Kobunshi Ronbunshu, 1979, 36, N 5, p. 337—342.

340a. Kauffman W. J . Linear polyesters containing isocyanurate rings.— J . Polvm. Sci. : Polym. Chem. Ed., 1974, 12, N 8, p. 1735— 1743.

341.Kijim a 7\, Koga K .y Im ada K -Takayanagi M. Temperature and pressure depen­ dences of the Griineisen constant of a mat of polyethylene single crystals.—

342.

Polym.

J . ,

1975, 7, N 1, p. 14—20.

Kijim a

7\,

Koga K ., Yoshizumi T. et al. Temperature and pressure dependences

 

of the Griineisen constant of polyethylene crystals.— Proc. 4~th International

 

Conference on High Pressure. Kyoto, 1974, p. 78—84.

343.

Kim H ., Mandelkern L . Temperature dependence of bulk crystallization rate

 

of polymers.— J . Polym. Sci. A—2, 1968, 6, N 3, p. 695—706.