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OBTAINING HYSTERESIS LOOPS AT LOW FREQUENCY FOR CHARACTERIZATION OF MATERIALS TO BE USED IN BIOMEDICAL APPLICATIONS

机译：以低频获得滞后环以表征生物医学应用的材料

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Atika Arshad; Rumana Tasnim; Sheroz Khan; A.H.M Zahirul Alam;
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2. Investigation on frequency-dependent hysteresis loops of ferroelectric materials [J] . Hu Jimmy, Hossain Muhammad E., Li Jackie Smart Materials & Structures . 2019,第12期

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3. Obtaining and Characterization of the Ti15Mo5W Alloy for Biomedical Applications [J] . Buzatu Mihai, Ghica Stefan Ioan, Petrescu Mircea Ionut, Materiale Plastice . 2017,第3期

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4. Chip design of a 24 GHz band low-power phase-locked loop using an injection frequency divider circuit and integrated system for biomedical application [C] . Huang Jhin-bang, Lai Wen-Cheng, Hsu Lhien-Ming International Conference on Information Science, Electronics and Electrical Engineering . 2014

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5. A Low Power CMOS Phase-Locked Loop Frequency Synthesizer for High Frequency Applications with Integer-N Frequency Divider [D] . Tan, Nurettin. 2016

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6. Synthesis characterization and efficacy of antimicrobial chlorhexidine hexametaphosphate nanoparticles for applications in biomedical materials and consumer products [O] . Michele E Barbour, Sarah E Maddocks, Natalie J Wood, 2013

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7. Modeling of hysteresis loop and its applications in ferroelectric materials [O] . Ma, Zhi, Ma, Yanan, Zheng, Fu, 2017

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8. A Model for Rate-Dependent Hysteresis in Piezoceramic Materials Operating at Low Frequencies [R] . Smith, Ralph C., Ounaies, Zoubeida, Wieman, Robert 2001

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OBTAINING HYSTERESIS LOOPS AT LOW FREQUENCY FOR CHARACTERIZATION OF MATERIALS TO BE USED IN BIOMEDICAL APPLICATIONS

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