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Thermal Conductivity of Glycine
Nature, 1967RECENTLY it has been suggested1–3 that electron spin resonance studies of irradiated amino-acids reveal thermal effects as well as directly induced free radicals. The model proposed is that absorption of radiation energy may lead to a localized heating of small regions; this may allow radical reactions to take place at a rate characteristic of a much ...
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Thermal conductivity of SIMFUEL
Journal of Nuclear Materials, 1992Abstract Thermal diffusivity and specific heat of SIMFUEL — simulated high-burnup UO 2 fuel with an equivalent burnup of 3 and 8 at% — were measured between 300 and 1800 K, and the data were combined to obtain the thermal conductivities. The thermal conductivity of SIMFUEL provides a model for the intrinsic conductivity of high-burnup fuels (i.e ...
Hj. Matzke +3 more
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Thermal Conductivity of Amorphous Materials
Advanced Functional Materials, 2019Thermal conductivity is one of the most fundamental properties of solid materials. The thermal conductivity of ideal crystal materials has been widely studied over the past hundreds years.
Wu-Xing Zhou +5 more
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The thermal conductivity of leaves
Planta, 1975Thermal conductivities of fresh leaves, both unmodified and infiltrated with water, were measured. Samples were placed between silver plates of known and differing temperatures, and the time required to boil off a constant volume of liquid was measured. The species used are evergreens: Eucalyptus globulus Labill.
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Study on Thermal Conductivity of Polyetheretherketone/Thermally Conductive Filler Composites [PDF]
Solid State Phenomena, 2007 Thermal properties of PEEK/silicon carbide(SiC) and PEEK/carbon fiber(CF) were investigated from ambient temperature up to 200°C measured by laser flash method. Thermal conductivity was increased from 0.29W/m-K without filler up to 2.4 W/m-K with at 50 volume % SiC and 3.1W/m-K with 40 volume % carbon fiber.
Dong Ju Kim +4 more
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Thermal conductivity of feldspars
Bulletin de Minéralogie, 1984Thermal conductivity of several alkali and plagioclase feldspars has been measured in the temperature range 0.3-500 K. The conductivity between 10 and 100 K is found to decrease by over one order of magnitude from albite to bytownite. In some of the feldspars, the conductivity above 100 K approaches that of the glass of composition Ab50An50, which ...
Linvill, Marie +2 more
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Thermal Conductivity. Part II.: Thermal Conductivity of Badly-conducting Solids
Proceedings of the Physical Society of London, 1914The thermal conductivities of a selection of non-metals at 20°C. and 100°C. have been determined by precisely the same method, and in the main the same apparatus as was recently employed by the author in the determination of the "Thermal conductivity of some of the rarer metals and alloys." The substances treated were in the form of accurately turned ...
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Advanced Functional Materials, 2018
Graphene‐reinforced polymer composites with high thermal conductivity show attractive prospects as thermal transfer materials in many applications such as intelligent robotic skin. However, for the most reported composites, precise control of the thermal
Mengmeng Qin +4 more
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Graphene‐reinforced polymer composites with high thermal conductivity show attractive prospects as thermal transfer materials in many applications such as intelligent robotic skin. However, for the most reported composites, precise control of the thermal
Mengmeng Qin +4 more
semanticscholar +1 more source
Thermal conductivity of superconductors
Physica, 1953where ~ and /5 are due to the scattering of electrons by phonons and by impurities respectively. As the metal becomes superconductive its thermal conductivity K8 falls below the value of the normal phase Kn which is given by (1) as 1/W. This decrease in conductivity is caused by the gradual disappearance from the thermal distribution of the free ...
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