Abstract
Radiation processing of nanoparticle-filled polymer blends and coatings is expected to synergize the benefits of radiation processing and the flexibility of achieving various property combinations. High energy radiation can be utilized in a variety of ways to modify these systems. It can be used to crosslink the matrix, to compatibilize the blend components, to synthesize graft copolymer based compatibilizers, to improve interfacial bonding between the nanofiller/polymers or to freeze the morphology. Properties like flame retardency, permeability, abrasion resistance, biocompatibility and antibacterial activity can also be significantly affected by this composite approach. Due to the variety and quality of the product it promises, radiation processing of these mixed systems has been our core interest in the last few years. In the report, some of results on the radiation processing of SBR/EPDM blends and SBR/EPDM/MWNT nanocomposites are presented. (author)
Dubey, K. A.;
Kumar, Virendra;
Bhardwaj, Yatender;
Chaudhari, Chandrasekhar;
Sarma, K. S.S.;
Khader, Sheikh Abdul;
Acharya, Satyanarayan
[1]
- Bhabha Atomic Research Centre, Trombay, Mumbai (India)
Citation Formats
Dubey, K. A., Kumar, Virendra, Bhardwaj, Yatender, Chaudhari, Chandrasekhar, Sarma, K. S.S., Khader, Sheikh Abdul, and Acharya, Satyanarayan.
Development of Radiation Processed Nano-Composite Blends and Nano-Coatings for Industrial Applications.
IAEA: N. p.,
2011.
Web.
Dubey, K. A., Kumar, Virendra, Bhardwaj, Yatender, Chaudhari, Chandrasekhar, Sarma, K. S.S., Khader, Sheikh Abdul, & Acharya, Satyanarayan.
Development of Radiation Processed Nano-Composite Blends and Nano-Coatings for Industrial Applications.
IAEA.
Dubey, K. A., Kumar, Virendra, Bhardwaj, Yatender, Chaudhari, Chandrasekhar, Sarma, K. S.S., Khader, Sheikh Abdul, and Acharya, Satyanarayan.
2011.
"Development of Radiation Processed Nano-Composite Blends and Nano-Coatings for Industrial Applications."
IAEA.
@misc{etde_22270125,
title = {Development of Radiation Processed Nano-Composite Blends and Nano-Coatings for Industrial Applications}
author = {Dubey, K. A., Kumar, Virendra, Bhardwaj, Yatender, Chaudhari, Chandrasekhar, Sarma, K. S.S., Khader, Sheikh Abdul, and Acharya, Satyanarayan}
abstractNote = {Radiation processing of nanoparticle-filled polymer blends and coatings is expected to synergize the benefits of radiation processing and the flexibility of achieving various property combinations. High energy radiation can be utilized in a variety of ways to modify these systems. It can be used to crosslink the matrix, to compatibilize the blend components, to synthesize graft copolymer based compatibilizers, to improve interfacial bonding between the nanofiller/polymers or to freeze the morphology. Properties like flame retardency, permeability, abrasion resistance, biocompatibility and antibacterial activity can also be significantly affected by this composite approach. Due to the variety and quality of the product it promises, radiation processing of these mixed systems has been our core interest in the last few years. In the report, some of results on the radiation processing of SBR/EPDM blends and SBR/EPDM/MWNT nanocomposites are presented. (author)}
place = {IAEA}
year = {2011}
month = {Jul}
}
title = {Development of Radiation Processed Nano-Composite Blends and Nano-Coatings for Industrial Applications}
author = {Dubey, K. A., Kumar, Virendra, Bhardwaj, Yatender, Chaudhari, Chandrasekhar, Sarma, K. S.S., Khader, Sheikh Abdul, and Acharya, Satyanarayan}
abstractNote = {Radiation processing of nanoparticle-filled polymer blends and coatings is expected to synergize the benefits of radiation processing and the flexibility of achieving various property combinations. High energy radiation can be utilized in a variety of ways to modify these systems. It can be used to crosslink the matrix, to compatibilize the blend components, to synthesize graft copolymer based compatibilizers, to improve interfacial bonding between the nanofiller/polymers or to freeze the morphology. Properties like flame retardency, permeability, abrasion resistance, biocompatibility and antibacterial activity can also be significantly affected by this composite approach. Due to the variety and quality of the product it promises, radiation processing of these mixed systems has been our core interest in the last few years. In the report, some of results on the radiation processing of SBR/EPDM blends and SBR/EPDM/MWNT nanocomposites are presented. (author)}
place = {IAEA}
year = {2011}
month = {Jul}
}