VLIYANIE SOOTNOSHENIYA KOMPONENTOV NA VYAZKOST' POLIMERNOY SISTEMY
Authors:
1.
KNITU
2.
KNITU
3.
FKP «GosNIIHP»
Type:
Article
Pages:
from 145
to 146
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 678.18; 678.19
Language:
Russian
Keywords:
композиционные материалы, вязкость, полимерные смеси, реология, скорость сдвига, composite materials, viscosity, polymeric mixes, rheology, speed of shift
Abstract (English):
In technological appendices polymers seldom use individually. For giving of a necessary complex of properties to real products use mixes of polymers. In this case polymeric mixes process in products mainly in the form of a melt. Reologichesky characteristics of similar compositions are widely presented in monographies and periodicals. Studying similar firm systems is limited by rubber mixes. In the given research results received for similar firm systems polymeric mixes, which in process are presented processing will not fuse. The data presented in work are actual for developers of the compositions which processing has restriction on temperature.
In technological appendices polymers seldom use individually. For giving of a necessary complex of properties to real products use mixes of polymers. In this case polymeric mixes process in products mainly in the form of a melt. Reologichesky characteristics of similar compositions are widely presented in monographies and periodicals. Studying similar firm systems is limited by rubber mixes. In the given research results received for similar firm systems polymeric mixes, which in process are presented processing will not fuse. The data presented in work are actual for developers of the compositions which processing has restriction on temperature.
Keywords:
композиционные материалы, вязкость, полимерные смеси, реология, скорость сдвига, composite materials, viscosity, polymeric mixes, rheology, speed of shift
композиционные материалы, вязкость, полимерные смеси, реология, скорость сдвига, composite materials, viscosity, polymeric mixes, rheology, speed of shift
1. Fedorov Yu.I., Vestnik Kazan. tehnol. un-ta.,24,31S (2012);
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3. Dzheyl F. Polimernye monokristally/ per s angl // L.: Himiya,1968.-264s.;
4. Lipatov F.S. Mezhfaznye yavleniya v polimerah / F.S. Lipatov.Kiev.: Nauka ,1980.-198s.;
5. Doncov A.A. Processy strukturirovaniya elastomerov / A.A. Doncov.M.: Himiya, 1978.275s.;
