AbstractThe influence law of heat treatment process parameters to the AC/DC magnetic properties of high permeability soft magnetic alloys 1J85 was studied. Experimental results showed that the influence laws on AC /DC magnetic properties were consistent during the cooling speed and cooling inflection point temperature changed. By changing the annealing temperature, the impacts were opposite. When the annealing temperature increased, the grains growth, the initial permeability increased and coercive force reduced, elastic permeability μ’and impedance permeability μZ reduced, and the loss P0.5/400 increased
AbstractAs one of the preparation development directions for functional thin-film materials, the per...
AbstractUsing pure Nb and Nb5Si3 metal powder as raw material, Nb/Nb5Si3 alloys with three different...
AbstractThe flow stress behaviors and microstructure characteristics of C-276 alloy were investigate...
AbstractPolycrystal FeGa alloy rods were prepared by vacuum induction melting furnace. Magnetostrict...
AbstractMoB/CoCr, a novel material for thermal spraying, is used to resist erosion by molten Al-12.0...
AbstractpH sensor based on a gateless AlGaN/GaN high electron mobility transistor (HEMT) structure i...
AbstractTitania (P25-type) was used as photocatalytic matrix, and ceria was introduced to modify P25...
AbstractA new-type Mn-Ni damping alloy named Mn 40 with the Mn content of 40wt% was developed. The X...
AbstractStarting from elemental In and Se powders, polycrystalline In4Se3 compound samples were synt...
AbstractThe effects of processing method including arc-melted process, rapid solidification and lase...
AbstractThe hot forging deformation experiments of a new type high performance powder metallurgy (P/...
AbstractThe effects of Al content on the microstructures and the mechanic properties of complex bras...
AbstractThe influence of high-temperature aging heat treatment on microstructure and hardness of sin...
AbstractRecent studies on stress corrosion cracking properties of 321 bend pipe and pipe with weld, ...
AbstractThe tensile tests were carried out with Mg-3.5%Li alloy in the strain rate from 0.05mm/min t...
AbstractAs one of the preparation development directions for functional thin-film materials, the per...
AbstractUsing pure Nb and Nb5Si3 metal powder as raw material, Nb/Nb5Si3 alloys with three different...
AbstractThe flow stress behaviors and microstructure characteristics of C-276 alloy were investigate...
AbstractPolycrystal FeGa alloy rods were prepared by vacuum induction melting furnace. Magnetostrict...
AbstractMoB/CoCr, a novel material for thermal spraying, is used to resist erosion by molten Al-12.0...
AbstractpH sensor based on a gateless AlGaN/GaN high electron mobility transistor (HEMT) structure i...
AbstractTitania (P25-type) was used as photocatalytic matrix, and ceria was introduced to modify P25...
AbstractA new-type Mn-Ni damping alloy named Mn 40 with the Mn content of 40wt% was developed. The X...
AbstractStarting from elemental In and Se powders, polycrystalline In4Se3 compound samples were synt...
AbstractThe effects of processing method including arc-melted process, rapid solidification and lase...
AbstractThe hot forging deformation experiments of a new type high performance powder metallurgy (P/...
AbstractThe effects of Al content on the microstructures and the mechanic properties of complex bras...
AbstractThe influence of high-temperature aging heat treatment on microstructure and hardness of sin...
AbstractRecent studies on stress corrosion cracking properties of 321 bend pipe and pipe with weld, ...
AbstractThe tensile tests were carried out with Mg-3.5%Li alloy in the strain rate from 0.05mm/min t...
AbstractAs one of the preparation development directions for functional thin-film materials, the per...
AbstractUsing pure Nb and Nb5Si3 metal powder as raw material, Nb/Nb5Si3 alloys with three different...
AbstractThe flow stress behaviors and microstructure characteristics of C-276 alloy were investigate...