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About Xinbo
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HiPIMS Technology
HiPIMS principle
HiPIMS advantage
HiPIMS application
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HiPIMS principle
HiPIMS advantage
HiPIMS application
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HiPIMS principle
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Corrosion resistant films prepared by HMDSO precursor system
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Brief introduction of vacuum coating method for inner wall of tube
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Bipolar HiPIMS regulates the growth of high density copper films
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Effect of HiPIMS pulse waveform on glow discharge characteristics
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Bipolar HiPIMS regulate ion energy during film growth
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HiPIMS tool New application - high entropy alloy film manufacturing
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Introduction of High-power Pulsed Magnetron Sputtering Technology (Part 2)
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High Power Pulsed Magnetron sputtering Technology (Part I)
High-power pulsed magnetron sputtering (HiPIMS), proposed by Kouznetsov1 et al.
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Total: 17
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Learn more
Corrosion resistant films prepared by HMDSO precursor system
Learn more
Brief introduction of vacuum coating method for inner wall of tube
Learn more
Bipolar HiPIMS regulates the growth of high density copper films
Learn more
Effect of HiPIMS pulse waveform on glow discharge characteristics
Learn more
Bipolar HiPIMS regulate ion energy during film growth
Learn more
HiPIMS tool New application - high entropy alloy film manufacturing
Learn more
Introduction of High-power Pulsed Magnetron Sputtering Technology (Part 2)
Learn more
High Power Pulsed Magnetron sputtering Technology (Part I)
Total: 17
First
Prev
1
2
3
Next
Last
Page:1
Page:2
Page:3
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A diamond-like coating was prepared on the inner wall of the pipeline using an anode ion source
Corrosion of cathode by plasma of different reactive gases in cathode arc discharge
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News recommendations
Vacuum deposition process flow
DLC coating - \"plain clothes\" for automobile wiper
Study on plasma permeability of porous ceramic materials
What is the purpose of the surface pretreatment of the coating boundary in the coating process?
Comparison of TiAlN thin films prepared by HiPIMS and dcMS on the inner surface of micropores
A diamond-like coating was prepared on the inner wall of the pipeline using an anode ion source
Corrosion of cathode by plasma of different reactive gases in cathode arc discharge
Influence of different precursor gases on DLC film
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