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Distribution of particle sedimentation thickness under constant relative centrifugal force in rotating separation system using wireless electrical resistance detector

机译：无线电阻检测器旋转分离系统恒相中沉降厚度下颗粒沉降厚度的分布

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Yosephus Ardean Kurnianto PRAYITNO; Tong ZHAO; Yoshiyuki ISO; Masahiro TAKEI;
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1. Distribution of particle sedimentation thickness under constant relative centrifugal force in rotating separation system using wireless electrical resistance detector [J] . Yosephus Ardean Kurnianto PRAYITNO, Tong ZHAO, Yoshiyuki ISO, Mechanical Engineering Journal . 2020,第3期

机译：无线电阻检测器旋转分离系统恒相中沉降厚度下颗粒沉降厚度的分布
2. Real-time measurement of particle volume fraction in centrifugal fields by wireless electrical resistance detector [J] . Zhao Tong, Iso Yoshiyuki, Ikeda Ryousuke, Flow Measurement and Instrumentation . 2019,第期

机译：无线电阻检测器实时测量离心场中离心场中的粒度分数
3. Effect of relative centrifugal force and centrifugation time on sedimentation of mycobacteria in clinical specimens. [J] . S Ratnam, S B March Journal of Clinical Microbiology . 1986,第3期

机译：相对离心力和离心时间对临床标本中分枝杆菌沉降的影响。
4. PARTICLE SIZE DISTRIBUTION DETERMINATION OF CMP ABRASIVE PARTICLES USING DENSITY GRADIENT STABILIZED CENTRIFUGAL SEDIMENTATION [C] . Mungai Kamiti, IMIC International Chemical-Mechanical Planarization for ULSI Multilevel Interconnection Conference . 2006

机译：使用密度梯度稳定离心沉降的CMP磨料颗粒的粒度分布测定
5. Effect of relative centrifugal force and centrifugation time on sedimentation of mycobacteria in clinical specimens. [O] . S Ratnam, S B March 1986

机译：相对离心力和离心时间对临床标本中分枝杆菌沉降的影响。
6. Real-Time Imaging of Particles Distribution in Centrifugal Particles-Liquid Two-Phase Fields by Wireless Electrical Resistance Tomography (WERT) System [O] . Yuya Atagi, Tong Zhao, Yoshiyuki Iso, 2019

机译：无线电阻断层扫描（WERT）系统实时成像离心颗粒 - 液体两相场的分布

Distribution of particle sedimentation thickness under constant relative centrifugal force in rotating separation system using wireless electrical resistance detector

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