Hydrogen diffusion in amorphous Ti0.88Ni1.00 film

Jing Song Huang; Feng Yi Yao; Jin Ping Wei; Zuo Xiang Zhou; Wei Kang Hu

Hydrogen diffusion in amorphous Ti_0.88Ni_1.00 film

Jing Song Huang, Feng Yi Yao, Jin Ping Wei, Zuo Xiang Zhou, Wei Kang Hu

Nanomaterials Theory Institute

Research output: Contribution to journal › Article › peer-review

Abstract

Hydrogen diffusion coefficients in amorphous Ti_0.88Ni_1.00 film were measured using electrochemical permeation technique. Diffusion coefficients increased with increasing hydrogen concentration. Activation energy of hydrogen diffusion was determined through measurement of the steady state anodic diffusion current density as a function of temperature, and an equation was derived to calculate the activation energy.

Original language	English
Pages (from-to)	1005-1006
Number of pages	2
Journal	Chinese Chemical Letters
Volume	8
Issue number	11
State	Published - 1997

Cite this

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title = "Hydrogen diffusion in amorphous Ti0.88Ni1.00 film",

abstract = "Hydrogen diffusion coefficients in amorphous Ti0.88Ni1.00 film were measured using electrochemical permeation technique. Diffusion coefficients increased with increasing hydrogen concentration. Activation energy of hydrogen diffusion was determined through measurement of the steady state anodic diffusion current density as a function of temperature, and an equation was derived to calculate the activation energy.",

author = "Huang, {Jing Song} and Yao, {Feng Yi} and Wei, {Jin Ping} and Zhou, {Zuo Xiang} and Hu, {Wei Kang}",

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AU - Huang, Jing Song

AU - Yao, Feng Yi

AU - Wei, Jin Ping

AU - Zhou, Zuo Xiang

AU - Hu, Wei Kang

PY - 1997

Y1 - 1997

N2 - Hydrogen diffusion coefficients in amorphous Ti0.88Ni1.00 film were measured using electrochemical permeation technique. Diffusion coefficients increased with increasing hydrogen concentration. Activation energy of hydrogen diffusion was determined through measurement of the steady state anodic diffusion current density as a function of temperature, and an equation was derived to calculate the activation energy.

AB - Hydrogen diffusion coefficients in amorphous Ti0.88Ni1.00 film were measured using electrochemical permeation technique. Diffusion coefficients increased with increasing hydrogen concentration. Activation energy of hydrogen diffusion was determined through measurement of the steady state anodic diffusion current density as a function of temperature, and an equation was derived to calculate the activation energy.

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M3 - Article

AN - SCOPUS:0031487579

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EP - 1006

JO - Chinese Chemical Letters

JF - Chinese Chemical Letters

IS - 11

ER -

Hydrogen diffusion in amorphous Ti_0.88Ni_1.00 film

Abstract

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