The Technology and Properties of Digital Double Pulse Electrodepositing Ni-HA Composite Coating of Bioceramics

The Technology and Properties of Digital Double Pulse Electrodepositing Ni-HA Composite Coating of Bioceramics

TG1; This article discusses and analyses the technology, the surface image, microstructure and ability of digital double pulse electrodepositing Ni-HA composite coatings of bioceramics made on 1Crl8Ni9Ti substrate by SEM ,XRD and so on. The results shows that ( 1 ) the HA particles exit in substrate...

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Veröffentlicht in:材料保护 2004, Vol.37 (z2), p.233-234
Hauptverfasser: DONG He-yan, WANG Zhou, SHI Gu-guizhi, FU Chuan-qi, CHEN Wei-rong, JIN Zhong-hong, LI Yan
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container_end_page 234
container_issue z2
container_start_page 233
container_title 材料保护
container_volume 37
creator DONG He-yan
WANG Zhou
SHI Gu-guizhi
FU Chuan-qi
CHEN Wei-rong
JIN Zhong-hong
LI Yan
description TG1; This article discusses and analyses the technology, the surface image, microstructure and ability of digital double pulse electrodepositing Ni-HA composite coatings of bioceramics made on 1Crl8Ni9Ti substrate by SEM ,XRD and so on. The results shows that ( 1 ) the HA particles exit in substrate uniformly; (2) XRD result shows that there are HA peaks at 78. 023 ° ,43. 246°and 73. 120°differently; (3) The microhardnees of the composite coatings is increased with the rise of content of HA particles, and on the same conditions the microhardnees value is greater than that of common non-pulse electrodepositing Ni-HA composite coatings of bioceramics. (4) The grain size of digital double pulse electrodepositing Ni-HA composite coatings of bioceramics is much thinner than that of common D. C.
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