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msv-400 microscope scanning vibrometer  (Polytec Inc)

 
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    Polytec Inc msv-400 microscope scanning vibrometer
    All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler <t>vibrometry.</t> d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry
    Msv 400 Microscope Scanning Vibrometer, supplied by Polytec Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/msv-400 microscope scanning vibrometer/product/Polytec Inc
    Average 90 stars, based on 1 article reviews
    msv-400 microscope scanning vibrometer - by Bioz Stars, 2026-04
    90/100 stars

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    1) Product Images from "Low-temperature processing of screen-printed piezoelectric KNbO 3 with integration onto biodegradable paper substrates"

    Article Title: Low-temperature processing of screen-printed piezoelectric KNbO 3 with integration onto biodegradable paper substrates

    Journal: Microsystems & Nanoengineering

    doi: 10.1038/s41378-023-00489-0

    All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler vibrometry. d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry
    Figure Legend Snippet: All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler vibrometry. d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry

    Techniques Used:



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    All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler <t>vibrometry.</t> d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry
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    All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler <t>vibrometry.</t> d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry
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    Image Search Results


    All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler vibrometry. d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry

    Journal: Microsystems & Nanoengineering

    Article Title: Low-temperature processing of screen-printed piezoelectric KNbO 3 with integration onto biodegradable paper substrates

    doi: 10.1038/s41378-023-00489-0

    Figure Lengend Snippet: All values are reported as the normalised piezoelectric response. a Schematic of devices used for poling optimisation and applied poling ramp. b Optimisation of d 33,eff as a function of poling field as measured from printed circular capacitor devices via the Berlincourt method. c Optimisation of d 33,eff as a function of poling time as measured from printed circular capacitor devices via laser Doppler vibrometry. d Optimisation of d 31,eff as a function of poling field as measured from printed cantilever devices via laser Doppler vibrometry. e Optimisation of d 31,eff as a function of poling time as measured from printed cantilever devices via laser Doppler vibrometry

    Article Snippet: Laser Doppler vibrometry was conducted using a PolyTec MSV-400 microscope scanning vibrometer utilising a VD-06 velocity decoder.

    Techniques: