property enhancement of sir-epdm blend using electron beam
Property Enhancement of SiR-EPDM Blend Using Electron Beam
The changes in mechanical and electrical properties of SiR-EPDM blend which are exposed to three different doses of electron beam radiation namely 5 Mrad, 15 Mrad and 25 Mrad are presented.
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Property Enhancement of SiR-EPDM Blend Using Electron Beam
Property Enhancement of SiR-EPDM Blend Using Electron Beam Irradiation Article (Available) in Journal of Electrical Engineering and Technology 9(3) · May 2014 with 115 Reads How we measure ...
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Property modification of SiR-EPDM blends by electron beam
The changes in m echanical and electrical properties of SiR-EPDM blend which are exposed to three different doses of electron beam radiation namely 5 Mrad, 15 Mrad and 25 Mrad are presented.
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Gamma and electron beam irradiation effects on SiR-EPDM
The gamma irradiated SiR-EPDM blend is found to have improved electrical properties (volume resistivity and surface resistivity) along with the reduced elongation, improved tensile strength and hardness. The elongation at break of electron beam and gamma irradiated SiR-EPDM blend has been reduced for 25 Mrad dose.
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Modified ethylene‐propylene‐diene elastomer (EPDM
To improve the properties and investigate the crosslinkability of binary and ternary blends further, the SiR/EPDM blends were irradiated by electron beam at different doses (50, 100, and 150 kGy). The gel content was found to increase with EPDM content, the presence of g‐EPDM, and radiation dose.
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R. Deepalaxmi's research works | Sri Sivasubramaniya Nadar
Besides that, electrical properties of SiR/EPDM blends were found to improve most with same exposure of electron beam irradiation [24]. ...
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Gamma and electron beam irradiation effects on SiR-EPDM
Electron beam irradiation is widely used in cable manufacturing industries to improve the performance of the polymeric materials. In the current study, on the purpose to investigate the effect of gamma/electron beam irradiation on the 50–50 composition of SiR-EPDM blend, blend was exposed to 25 Mrad dose of gamma/electron beam irradiation.
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Enhancement in the mechanical property of NBR/PVC
Blends of acrylonitrile-butadiene rubber (NBR) with polyvinylchloride (PVC) form thermoplastic elastomers that are miscible in all compositions. NBR-PVC elastomers are used in many industries such as cable sheathing, flexible films and food industry. Cross-linking of polymer fibers through electron ...
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Effect of electron beam irradiation on thermal
The electron beam radiation offers enhanced and efficient large scale processing, reduced cost and less time consumption. Electron beam radiation also alters the properties of the polymers similar to gamma radiations. Upon exposure of the blends to E-beam, macro radicals are formed within the polymers.
Send InquiryMechanical property enhancement of ultra ... - ScienceDirect
Preliminary experiments indicated that some advantages in mechanical properties could be gained by using ultra-thin PBI membrane exposed to electron beam irradiation. To investigate the electrochemical properties, the PA doping level, impedance, and fuel cell performance were measured at operating temperature.
Send InquiryPerformance evaluation of electron beam irradiated SIR-EPDM blends
Property Enhancement of SiR-EPDM Blend Using Electron Beam Irradiation.This paper presents the results of investigations concerning the changes in mechanical and electrical properties of various blends of SiR/EPDM exposed to different doses of electron beam radiation.
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Electron Beam Irradiation Effects on Dielectric Parameters
Property Enhancement of SiR-EPDM Blend Using Electron Beam Irradiation.The changes in mechanical and electrical properties of SiR-EPDM blend which are exposed to three different doses of electron beam radiation namely 5 Mrad, 15 Mrad and 25 Mrad are presented.
Send InquiryGamma and electron beam irradiation effects on SiR-EPDM blends
| Ethylene Propylene Diene Monomer (EPDM) is widely used as Cable Insulation Material (CIM) due to its good mechanical strength.The blending of SiR-EPDM may result in the improvement in their specific properties. The SiR-EPDM blend of equal composition (50:50) was prepared.
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Performance evaluation of electron beam irradiated SIR-EPDM blends
In cable manufacturing industries, electron beam radiation is widely used to improve theTo analyze the effect of electron beam irradiation on the novel blends of SIR-EPDM of different composition, they wereThe electrical properties of EPDM rich blends were found to improve for most of the doses of
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Electron Beam Irradiation Effects on Dielectric | IntechOpen
Electron beam radiation has been widely used in the cable manufacturing industries in order to increase the life of the cable.The five different compositions of SiR–EPDM blends were irradiated up to 5, 15 and 25 Mrad doses using an electron beam accelerator of 1.5 MeV rating at M/S Siechem
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E1EEFQ_2014_v9n3_984 | Infrared Spectroscopy | Fourier Transform
Property Enhancement of SiR-EPDM Blend Using Electron. Beam Irradiation.The changes in mechanical and electrical properties of SiR-EPDM blend which are exposed to three differentmodification by E-beam irradiation on these blends has The polymeric insulating materials play a key
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Performance evaluation of electron beam irradiated SIR-EPDM blends
In cable manufacturing industries, electron beam radiation is widely used to improve theTo analyze the effect of electron beam irradiation on the novel blends of SIR-EPDM of different composition, they wereThe electrical properties of EPDM rich blends were found to improve for most of the doses of
Send InquiryElectronic Applications of Ethylene Propylene Diene
Ethylene propylene diene monomer (EPDM), due to its outstanding oxygen, ultraviolet (UV), weather, fatigue and moisture resistance, and good electrical properties, is one of the fast growing elastomer. Besides its general applications such as seals, radiator, and hose
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Radiation Effects in Materials. Chapter 4: Electron Beam Irradiation
The five different compositions of SiR–EPDM blends were prepared. Electron beam radiation has been widely used in the cable manufacturing industries in order to increase the life of the cable. Hence, the five blends were irradiated to 5, 15 and 25 Mrad dose levels by electron beam accelerator.
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Electron-beam processing
Electron-beam processing or electron irradiation (EBI) is a process that involves using electrons, usually of high energy, to treat an object for a variety of purposes. This may take place under elevated temperatures and nitrogen atmosphere.
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