Thermal Conductivity
The thermal conductivity of a material is a measure of its ability to transfer heat. Heat transfer of low thermal conductivity materials occurs at lower rate than in materials of high thermal conductivity. The extent to which a specified material conducts electricity, analyze as the ratio of the current density in the substance to the electric field which causes the flow of current. The speed at which heat passes through a particular substance, expressed as the amount of heat that flows per unit time through a unit area with a temperature gradient of one degree per unit distance. Thermal conductivity is dependent on the temperature, the density and the moisture content of the material but will not differ with the dimensions of a material.
High Impact List of Articles
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Market Analysis on Smart Materials and Nanotechnology
Wei ChenMarket Analysis: Materials Science and Nanotechnology
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Market Analysis on Smart Materials and Nanotechnology
Wei ChenMarket Analysis: Materials Science and Nanotechnology
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Awards 2020 on Materials Physics and Materials Science
Dr. Deeb Abu FaraAwards 2020: Materials Science and Nanotechnology
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Awards 2020 on Materials Physics and Materials Science
Dr. Deeb Abu FaraAwards 2020: Materials Science and Nanotechnology
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Theme Announcement of London Advanced Materials and Nanotechnology 2020 Conference
Ioannis (Yiannis) Karapanagiotis2020 Conference Announcement: Materials Science and Nanotechnology
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Theme Announcement of London Advanced Materials and Nanotechnology 2020 Conference
Ioannis (Yiannis) Karapanagiotis2020 Conference Announcement: Materials Science and Nanotechnology
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A noble approach to compute the magnetic flux density, magnetic force
distribution and its application on magnetic levitation.
Amrit Panthi*Mini Review: Materials Science and Nanotechnology
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A noble approach to compute the magnetic flux density, magnetic force
distribution and its application on magnetic levitation.
Amrit Panthi*Mini Review: Materials Science and Nanotechnology
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Towards better anion exchange membranes.
Tongwen XuEditorial: Materials Science and Nanotechnology
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Towards better anion exchange membranes.
Tongwen XuEditorial: Materials Science and Nanotechnology
Conference Proceedings
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Utilization of agricultural wastes in thermal insulators development
Abu-Jdayil BasimScientific Tracks Abstracts: Journal of Biotechnology and Phytochemistry
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Utilization of agricultural wastes in thermal insulators development
Abu-Jdayil BasimScientific Tracks Abstracts: Journal of Biotechnology and Phytochemistry
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Flexural strengthening of concrete structures using prestressed fibre reinforced polymers
Raafat El-HachaKeynote: Materials Science and Nanotechnology
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Flexural strengthening of concrete structures using prestressed fibre reinforced polymers
Raafat El-HachaKeynote: Materials Science and Nanotechnology
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THE CREATURE OF THE NEW EFFECTIVE METHODS MODERNIZATION PRESERVATIVE SOLUTION FOR RED BLOOD CELLS BY MEANS PREPARATIONS OF NANOTECHNOLOGY
Andrey Belousov, Elena Malygon, Vadim Yavorskiy and Ekateryna BelousovaPosters & Accepted Abstracts: Materials Science and Nanotechnology
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THE CREATURE OF THE NEW EFFECTIVE METHODS MODERNIZATION PRESERVATIVE SOLUTION FOR RED BLOOD CELLS BY MEANS PREPARATIONS OF NANOTECHNOLOGY
Andrey Belousov, Elena Malygon, Vadim Yavorskiy and Ekateryna BelousovaPosters & Accepted Abstracts: Materials Science and Nanotechnology
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An array of semiconducting metal oxide heterojunction sensors used for explosive detection
Lauren HorsfallPosters & Accepted Abstracts: Journal of Biotechnology and Phytochemistry
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An array of semiconducting metal oxide heterojunction sensors used for explosive detection
Lauren HorsfallPosters & Accepted Abstracts: Journal of Biotechnology and Phytochemistry
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Tuning gallium concentration to enhance absorption coefficient of CuIn1-xGaxSe2 single nanowire
Mourad Rzaizi, A Oueriagli and D AbouelaoualimPosters & Accepted Abstracts: Materials Science and Nanotechnology
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Tuning gallium concentration to enhance absorption coefficient of CuIn1-xGaxSe2 single nanowire
Mourad Rzaizi, A Oueriagli and D AbouelaoualimPosters & Accepted Abstracts: Materials Science and Nanotechnology