Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Thermal Conductivity of Composite Silicone Rubber Filled with Graphite / Silicone Carbide
View through CrossRef
Graphite flakes and silicone carbide particles are used as heat conductive fillers added into methyl vinyl silicone rubber, and the effect of filler amount, filler shape and different curing agents (DCP, DBPMH) on the thermal conductivities of silicone rubber are investigated in this article. The results reveal that the thermal conductivities of composite silicone rubber will be increased with the increase of the amount of fillers. While the filling content surpasses a certain value, the thermal conductivity of composite increases obviously. The silicone rubber filled with graphite flake possesses a higher thermal conductivity than that filled with silicone carbide particles at relative high fillers content, but both of them are close to each other at relative low fillers content. Moreover, the thermal conductivities of composite silicone rubber filled with the powder form curing agent (DCP) are better than that of composite silicone rubber filled the liquid form curing agent (DBPMH).
Title: Thermal Conductivity of Composite Silicone Rubber Filled with Graphite / Silicone Carbide
Description:
Graphite flakes and silicone carbide particles are used as heat conductive fillers added into methyl vinyl silicone rubber, and the effect of filler amount, filler shape and different curing agents (DCP, DBPMH) on the thermal conductivities of silicone rubber are investigated in this article.
The results reveal that the thermal conductivities of composite silicone rubber will be increased with the increase of the amount of fillers.
While the filling content surpasses a certain value, the thermal conductivity of composite increases obviously.
The silicone rubber filled with graphite flake possesses a higher thermal conductivity than that filled with silicone carbide particles at relative high fillers content, but both of them are close to each other at relative low fillers content.
Moreover, the thermal conductivities of composite silicone rubber filled with the powder form curing agent (DCP) are better than that of composite silicone rubber filled the liquid form curing agent (DBPMH).
Related Results
Rubber plantation labor and labor movements as rubber prices decrease in southern Thailand
Rubber plantation labor and labor movements as rubber prices decrease in southern Thailand
A decrease in rubber prices can initiate labor migration trends from rubber production to industrial or service sectors, which could further cause labor shortages in rubber product...
Processing rubber latex (Hevea brasiliensis) in agroforestry in Menggala Mas Village, Tulang Bawang Tengah District, Tulang Bawang Barat Regency
Processing rubber latex (Hevea brasiliensis) in agroforestry in Menggala Mas Village, Tulang Bawang Tengah District, Tulang Bawang Barat Regency
Local knowledge of rubber latex processing is important for village communities that depend on rubber plants for their livelihood. This research aims to determine the processing of...
Near-Surface Properties of Europa Constrained by the Galileo PPR Measurements
Near-Surface Properties of Europa Constrained by the Galileo PPR Measurements
NASA's Europa Clipper mission will characterize the current and recent surface activity of the icy-moon Europa through a wide range of remote sensing observations. In particular, t...
A facile method for the synthesis of foamed silicone rubber
A facile method for the synthesis of foamed silicone rubber
Abstract
Foamed silicone rubber was prepared by mixing 45% vinyl silicone oil (Base), Karstedt platinum catalyst (Cata), and hydrogenated silicone oil (SiH) and the resulti...
Effect of interface on thermal conductivity of graphene- reinforced aluminum matrix composites
Effect of interface on thermal conductivity of graphene- reinforced aluminum matrix composites
Abstract
The thermal conductivity of graphene-reinforced aluminum-based composites was numerically investigated using the finite element method. Firstly, the influence of g...
Surface Resistivity of Silicone Rubber Formulations Tested in Room Ambient Conditions: The Case of Silicone Rubber Formulations With and Without Filler Materials
Surface Resistivity of Silicone Rubber Formulations Tested in Room Ambient Conditions: The Case of Silicone Rubber Formulations With and Without Filler Materials
Silicone rubber formulations in the form of thin discs have been studied under room ambient conditions for their surface characteristics. The samples were silicone rubber manufactu...
Adaptive Thermal Conductivity Metamaterials: Enabling Active and Passive Thermal Control
Adaptive Thermal Conductivity Metamaterials: Enabling Active and Passive Thermal Control
The novel adaptive thermal metamaterial developed in this paper provides a unique thermal management capability that can address the needs of future spacecraft. While advances in m...
Thermal Properties of Heat Conductive Silicone Rubber Filled with Hybrid Fillers
Thermal Properties of Heat Conductive Silicone Rubber Filled with Hybrid Fillers
The thermal conductivities of vinyl endblocked polymethylsiloxane reinforced with silicone nitride (Si3N4) particles alone or in combination with silicone carbide whisker (SiCw) we...