Randomness and Statistical Laws of Indentation-Induced Pop-Out in Single Crystal Silicon von Huang, Hu, Zhao, Hongwei, Shi, Chengli, Zhang, Lin, Wan, Shunguang, Geng, Chunyang

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A novel two-axis load sensor designed for in situ scratch testing inside scanning electron microscopes von Huang, Hu, Zhao, Hongwei, Wu, Boda, Wan, Shunguang, Shi, Chengli

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Effects of probe tilt on nanoscratch results: An investigation by finite element analysis von Shi, Chengli, Zhao, Hongwei, Huang, Hu, Wan, Shunguang, Ma, Zhichao, Geng, Chunyang, Ren, Luquan

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Effect of residual chips on the material removal process of the bulk metallic glass studied by in situ scratch testing inside the scanning electron microscope von Huang, Hu, Zhao, Hongwei, Shi, Chengli, Wu, Boda, Fan, Zunqiang, Wan, Shunguang, Geng, Chunyang

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Design and analysis of a compact precision positioning platform integrating strain gauges and the piezoactuator von Huang, Hu, Zhao, Hongwei, Yang, Zhaojun, Fan, Zunqiang, Wan, Shunguang, Shi, Chengli, Ma, Zhichao

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A novel and compact nanoindentation device for in situ nanoindentation tests inside the scanning electron microscope von Huang, Hu, Zhao, Hongwei, Mi, Jie, Yang, Jie, Wan, Shunguang, Xu, Lixia, Ma, Zhichao

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A novel driving principle by means of the parasitic motion of the microgripper and its preliminary application in the design of the linear actuator von Huang, Hu, Zhao, Hongwei, Yang, Zhaojun, Mi, Jie, Fan, Zunqiang, Wan, Shunguang, Shi, Chengli, Ma, Zhichao

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Experimental research on a modular miniaturization nanoindentation device von Huang, Hu, Zhao, Hongwei, Mi, Jie, Yang, Jie, Wan, Shunguang, Yang, Zhaojun, Yan, Jiwang, Ma, Zhichao, Geng, Chunyang

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Design and Experimental Investigation of PZT-driving Type Micro/nanoindentation Device von HUANG, Hu

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Design and experimental investigation of PZT-driving type micro/nanoindentation device von Huang, Hu, Zhao, Hongwei, Shi, Chengli, Yang, Zhaojun, Wan, Shunguang, Geng, Chunyang, Mi, Jie

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Design and Analysis of a Miniaturization Nanoindentation and Scratch Device von Shi, Cheng Li, Wan, Shun Guang, Mi, Jie, Huang, Hu, Ma, Zhi Chao, Zhao, Hong Wei, Yuan, Ying Kun, Yang, Jie, Yang, Zhao Jun

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Full-strain measurement type in-situ nanometer impress/scratch testing device von HUANG HU, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG

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All strain measurement type in-situ nanoindenting/scratching testing device von HUANG HU, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG

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All-in-one (AIO) machine for in-situ micro/nano mechanical testing and scratching processing von HUANG HU, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG

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In-situ micro-nanometer mechanics testing and scoring machining integrated machine von HUANG HU, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG

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Full-strain measurement type in-situ nanometer impress/scratch testing device von HUANG HU, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG

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Big stroke micro nanoscale linear actuator based on parasitic motion principle von HUANG HU, YANG ZHAOJUN, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG, FAN ZUNQIANG

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Large-stroke micro-nanoscale linear actuator based on parasitic motion principle von HUANG HU, YANG ZHAOJUN, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG, FAN ZUNQIANG

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Big stroke micro nanoscale linear actuator based on parasitic motion principle von HUANG HU, YANG ZHAOJUN, SHI CHENGLI, ZHAO HONGWEI, WAN SHUNGUANG, FAN ZUNQIANG

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Device for detecting three-dimensional micro mechanical signal von HUANG HU, ZHANG ZHENPENG, ZHANG PENG, ZHAO HONGWEI, WAN SHUNGUANG

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