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-resistant benzyl may also improve the stability of epoxy/MMTDBDA nanocomposites. Key words: shearing force; exfoliation; nanocomposites; epoxy; clay CLC number: TB332; TB383 Document code: A
of cycles, as it is consistent with a layer by layer growth mode. Key words: thermoelectric material; ECALE; UPD; bismuth telluride; thin film CLC number: TN377 Document code: A
; mechanical property; microstructure CLC number: TG146.2 Document code: A 1 INTRODUCTION Magnesium alloys are attractive for applications in the automobile and aerospace industry due to the lower......
/Al composite; texture; rolling CLC number: TB331, TG335.8 Document code: A 1 INTRODUCTION Due to the combination of excellent electrical and thermal conductivity and high ultimate tensile......
. These improvements become more significant for the polished and thicker coatings. Key words: micro plasma oxidation(MPO); aluminum alloys; hardness; porosity CLC number: TG178 Document code: A 1 ......
of water molecule, then it will pull Au(CN)-2 into the organic phase based on the electro-neutrality. Key words: surfactant; solvent extraction; Au(CN)-2 CLC number: TF804.2 Document code: A 1 ......
different from that obtained by the equivalent binary system analysis method. Key words: ternary system; coupled diffusion; analytical solution; irreversible thermodynamics CLC number: TQ021.4 Document......
components in the metal substrate imposed by their multiphase nature. Key words: Cu-Ni-Cr alloy; three-phase; high-temperature oxidation CLC number: TG174  ......
(OH)2; Ni/MH batteries; electrochemical performance CLC number: O646.54 Document code......
; photocatalytic degradation; nanometer TiO2; silver deposition CLC number: X730.1; O625 Document code: A 1 ......