Access the full text.
Sign up today, get unlimited access with DeepDyve Pro!
. Micro-finned films (30 vol% GNP) having a 51 ± 10% larger heat-dissipation area were successfully produced using a continuous extrusion process. The through - thickness thermal conductivity of 30 vol% GNP ...
/RGO‐coated PET film was significantly decreased to 0.6 cm3 m−2 day−1, indicating a high oxygen barrier property. This remarkable improvement in the electrical and thermal conductivity and barrier ...
range of applications of graphite -oxide-derived materials, from thermal dissipation films , to composites, and a conducting additive in the electrode of Li-ion batteries.” Further understanding ...
. Thermal conductivity was conducted via a laser flash method using a thermal conductivity analyser (Nanoflash NETZSCH- model LFA 44712-41). Disc-shaped specimens having a diameter of 12.7 mm and a thickness ...
the solid adsorbent. The most common method to increase thermal conductivity in the adsorbent bed is by using consolidated materials and materials with high conductivity such as graphite or metallic foams [1 ...
. For a specimen to yield high-resolution micrographs, the surface of the specimen requires electrical conductivity . Biological material is often non- conducting , thermally sensitive and fragile, therefore, fixation ...
, are also important for pyroelectric applications. This should have excellent electrical and thermal conductivity , allowing fast transfer of charges and heat, as well as good absorption of the IR radiation ...
tabDownload slide EMI SE of CNT/BC bulk nanocomposites. (a) EMI SE of the biosynthesized CNT/BC nanocomposite films at different thicknesses . (b) Comparison of EMI SE with reported CNT, RGO, and graphite -based ...
and dT/dx respectively. The material design. The material design (intrinsic strategy) is to reduce thermal conductivity κΤ through microstructural design of nanomaterials. A promising candidate ...
of photon management and thermal insulation, achieving optimum solar steam efficiency requires simultaneous minimization of radiation, convection and conduction losses without compromising light absorption ...
Access the full text.
Sign up today, get unlimited access with DeepDyve Pro!