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Nanoscale resistive switching devices are nowadays widely employed in applications of storage, logic and computing. The switching mechanism of metal oxide based devices is normally assumed to be the filamentary formation and rupture within the devices' active cores but the origin of filaments growth is still controversial. Previous research has already demonstrated that initial filamentary states...
In this paper we address the problem of automatically parsing the fashion images with weak supervision from the user-generated color-category tags such as “red jeans” and “white T-shirt”. This problem is very challenging due to the large diversity of fashion items and the absence of pixel-level tags, which make the traditional fully supervised algorithms inapplicable. To solve the problem, we propose...
The reliability of copper bonding wire in plastic mold package has been associated with the intermetallic compound formation and growth in the presence of halogen element such as chloride in epoxy molding compound. Much have been studied on copper aluminide intermetallic compounds at the copper/aluminium interface such as CuAl, CuAl2 and particularly Cu9Al4 which is known to link with failure in copper...
Researching for the multi-ribbed compound wall. Testing the thermal conductivity of materials. For thisMulti-Ribbed Wall, giving the Computational Method of the heat transfer coefficient. And getting the insulation thicknes which meet the requirements of the housing in cold rural areas.
A nano-scale metal-organic framework Eu(BDC)1.5(H2O)2 was synthesized in a reverse microemulsion system. Scanning electron micrographic (SEM) showed that they were nanorods with 100~200nm in length by 25nm in diameter. Sensing experiments were carried out to examine the potential of Eu(BDC)1.5(H2O)2 for sensing small molecules such as acetonitrinile and acetone. The luminescent intensity was largely...
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