Low-frequency accelerometer based on molecular electronic transducer in galvanic cell 20 kG).
A Zn-Cu electrochemical cell (Galvanic cell) was applied in the low-frequency accelerometer. Experimental results show that external vibrations (range from 18 to 70 Hz) were successfully detected by this accelerometer as reactions Zn→〖Zn〗^(2+)+2e^- occurs around the anode and 〖Cu〗^(2+)+2e^-→Cu around the cathode. Accordingly, the sensitivity of this MET device design is to achieve 10.4 V/G at 18 Hz. And the sources of noise have been analyzed.]]>autZhao, ZuofengthsYu, HongyudgcZhang, JunshandgcJiang, HanqingpblArizona State UniversityengPartial requirement for: M.S., Arizona State University, 2015Includes bibliographical references (page 38)Field of study: Electrical engineeringby Zuofeng Zhaohttps://hdl.handle.net/2286/R.I.3637400Masters ThesisAcademic thesesvi, 38 pages : illustrations (some color)114543316311630347975154112adminIn CopyrightAll Rights Reserved2015TextengineeringAccelerometerselectrochemical cellMETNoiseSensorAccelerometersElectric batteriesTransducersSeismometers