New ionic conductivity in solid, dimethylsiloxane-propylene oxide based on crosslinking copolymer networks containing li salt
Joint Authors
Source
Journal of Saudi Chemical Society
Issue
Vol. 12, Issue 2 (30 Jun. 2008), pp.261-268, 8 p.
Publisher
Publication Date
2008-06-30
Country of Publication
Saudi Arabia
No. of Pages
8
Main Subjects
Abstract AR
أمكن تحضير عديد جزيئات مطاطي صلب ذو خواص توصيل أيونية.
و تم تحضير عديد الجزيئات هذا من شبكة من بوليمر مشارك هو أكسيد ثنائي ميثيل سوليكسان بروبلين مع ملح ليثيوم.
و خواص التوصيل الأيونية للمادة المعقدة الناتجة تسلك سلوك VTF أو WLF في مدى درجات حرارة من120 إلى 100˚.
و قد وجد من خلال تحليل VTF أن قياسات التوصيلية الأيونية في نفس مدى درجات الحرارة تتوافق مع نموذج التشكيل العشوائي للانتقال مع عامل Tₒ أقل بحوالي 50 م˚من درجة حرارة انتقال الزجاج المركزية Tₒ.
Abstract EN
New ionic conductive elastomeric solid polymer has been prepared.
These elastomeric polymers have been prepared from networks of dimethylsiloxane-propylene oxide copolymer with lithium salt.
The ionic conductivity for the completed material exhibited VTF or WLF behavior in the temperature range - 120 to I00°C.
From a VTF analysis, ionic conductivity measurements over a similar temperature range are found to be consistent with the configuration entropy model for transport with a T0 parameter about 50°C below the "central" glass transition temperature Tg.New ionic conductive elastomeric solid polymer has been prepared.
These elastomeric polymers have been prepared from networks of dimethylsiloxane-propylene oxide copolymer with lithium salt.
The ionic conductivity for the completed material exhibited VTF or WLF behavior in the temperature range - 120 to I00°C.
From a VTF analysis, ionic conductivity measurements over a similar temperature range are found to be consistent with the configuration entropy model for transport with a T0 parameter about 50°C below the "central" glass transition temperature Tg.New ionic conductive elastomeric solid polymer has been prepared.
These elastomeric polymers have been prepared from networks of dimethylsiloxane-propylene oxide copolymer with lithium salt.
The ionic conductivity for the completed material exhibited VTF or WLF behavior in the temperature range - 120 to I00°C.
From a VTF analysis, ionic conductivity measurements over a similar temperature range are found to be consistent with the configuration entropy model for transport with a T0 parameter about 50°C below the "central" glass transition temperature Tg.New ionic conductive elastomeric solid polymer has been prepared.
These elastomeric polymers have been prepared from networks of dimethylsiloxane-propylene oxide copolymer with lithium salt.
The ionic conductivity for the completed material exhibited VTF or WLF behavior in the temperature range - 120 to I00°C.
From a VTF analysis, ionic conductivity measurements over a similar temperature range are found to be consistent with the configuration entropy model for transport with a T0 parameter about 50°C below the "central" glass transition temperature Tg.New ionic conductive elastomeric solid polymer has been prepared.
These elastomeric polymers have been prepared from networks of dimethylsiloxane-propylene oxide copolymer with lithium salt.
The ionic conductivity for the completed material exhibited VTF or WLF behavior in the temperature range - 120 to I00°C.
From a VTF analysis, ionic conductivity measurements over a similar temperature range are found to be consistent with the configuration entropy model for transport with a T0 parameter about 50°C below the "central" glass transition temperature Tg.
American Psychological Association (APA)
Kushwaha, S. S. S.& Mishra, J.. 2008. New ionic conductivity in solid, dimethylsiloxane-propylene oxide based on crosslinking copolymer networks containing li salt. Journal of Saudi Chemical Society،Vol. 12, no. 2, pp.261-268.
https://search.emarefa.net/detail/BIM-28218
Modern Language Association (MLA)
Kushwaha, S. S. S.& Mishra, J.. New ionic conductivity in solid, dimethylsiloxane-propylene oxide based on crosslinking copolymer networks containing li salt. Journal of Saudi Chemical Society (Jun. 2008), pp.261-268.
https://search.emarefa.net/detail/BIM-28218
American Medical Association (AMA)
Kushwaha, S. S. S.& Mishra, J.. New ionic conductivity in solid, dimethylsiloxane-propylene oxide based on crosslinking copolymer networks containing li salt. Journal of Saudi Chemical Society. 2008. Vol. 12, no. 2, pp.261-268.
https://search.emarefa.net/detail/BIM-28218
Data Type
Journal Articles
Language
English
Notes
Includes bibliographical references : p. 267-268
Record ID
BIM-28218