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135. Stepanova, A. R. (1992). Abstracts of the Thesis for the Scientific Degree of Candidate
of Chemical Sciences. Sankt-Petersburg, 24 p. [in Russian].
136. He Xiao-Hua., & Wang Xia-Yu. (2002). Synthesis and Properties of Thermotropic
Liquid-Crystalline Block-Copolymers Containing Links of Polyarylate and Thermo-
tropic Liquid-Crystalline Copolyester (НТН-6) Natur. Sci . J. Xiangtan Univ, 23(1),
49-52.
137. Wang Jiu-fen, Zhu-xin, & Huo Hong-Xing. (2003). J. Funct. Polym , 16(2), 233-237.
138. Jo Byung-Wook, Chang Jin-Hae., & Jin Jung-2. (1995). Transesterifications in a
Polyblend of Poly(butylene terephthalate) and a Liquid Crystalline Polyester Polym.
Eng. and Sci., 35(20), 1615-1620.
139. Gomez, M. A., Roman, F., Marco, C., Del Pino, J., & Fatou, J. G. (1997). Relaxations
in Poly(tetramethylene terephtaloyl-bis-4-oxybenzoate): Effect of Substitution in the
Mesogenic Unit and in the Flexible Spacer. Polymer, 38(21), 5307-5311.
140. Bilibin, A. Yu., Shepelevsky, A. A., Savinova, T. E., & Skorohodov, S. S. (1982).
Terephthaloyl-Bis- n -Oxybenzoic Acid or its Dichloranhydride as Monomer for the
Synthesis of Thermotropic Liquid-Crystalline Polymers USSR Inventor Certificate
792834. International Patent Catalogue С 07 С 63/06, С 08 K 5/09,
141. Storozhuk, I. P. (1976). Regularities of the Formation of Poly and Oligoarylenesul-
fonoxides and Block-Copolymers on their Base. Thesis for the Scientific Degree of
Candidate of Chemical Sciences. Moscow, 195 p. [in Russian].
142. Rigid Polysulfones Hold at 300 F. Jron. Age, (1965). 195(15), 108-109.
143. High-Temperature Thermoplastics. Chem. Eng. Progr, (1965). 61(5), 144.
144. Thermoplastic Polysulfones Strength at High Temperatures. Chem. Eng. Progr,
(1965). 72(10), 108-110.
145. Polysulfones (1966). Brit, Plast, 39(3), 132-135.
146. Lapshin, V. V. (1967). Plast. Massy , 1, 74-78.
147. Gonezy, A. A. (1979). Polysulfon-ein Hochwarmebestandiger, Transparenter Kunst-
stof Kunststoffe, Bild. 69(1), 12-17.
148. Thornton, E. A. (1968). Polysulfone Thermoplastics for Engineering. Plast. Eng ,
149. Moiseev, Yu. V., & Zaikov, G. E. (1979). Chemical Stability of Polymers in Aggres-
sive Media . Moscow: Himia, 288 p. [in Russian].
150. Thornton, E. A., & Cloxton, H. M. (1968). Polysulfones, Properties and Processing
Characteristics Plastics , 33(364), 178-191.
151. Huml, J., & Doupovcova, J. (1970). Polysulfon-Nogy Druh Suntetickych Pruskuric.
Plast. Hmoty Akanc, 7(4), 102-106.
152. Morneau, G. A. (1970). Thermoplastic Polyarylenesulfone that can be Used at 500
°F. Mod Plast , 47(1), 150-152, 157.
153. Storozhuk, I. P., & Valetsky, P. M. (1978). Chemistry and Technology of High-Molec-
ular Compounds , 2, 127-176.
154. Benson, B. A., Bringer, R. P., & Jogel, H. A. (1967). Polymer 360, a Thermoplastic
for Use at 500 °F / Presented at SPE Antes, Detroit, Michigan,
155. Jdem, A. (1967). Phenylene Thermoplastic for Use at 500 o F. SPE Journal ,
156. Besset, H. D., Fazzari, A. M., & Staub, R. B. (1965). Plast. Technol, 11(9), 50.
157. Jaskot, E. S. (1966). SPE Journal , 22, 53.
158. Leslie, V. J. (1974). Properties Et Application Des Polysulfones. Rev. Gen. Caontch ,
51(3), 159-162.
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