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Category:Piezoelectricity - Wikimedia Commons

Category:Piezoelectricity

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English: Piezoelectricity is the ability of some materials (notably crystals and certain ceramics) to generate an electric potential in response to applied mechanical stress.

piezoelectricity

electric charge generated in certain solids due to mechanical stress

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Subclass of

Discoverer or inventor

Pierre Curie
Jacques Curie

Authority file
Q183759 GND ID: 4322722-3 Library of Congress authority ID: sh85102071 Bibliothèque nationale de France ID: 12254070z NDL Authority ID: 00560405 BNCF Thesaurus ID: 38299 NL CR AUえーゆーT ID: ph124074, ph392423, ph624207 BabelNet ID: 00062340n National Library of Israel J9U ID: 987007548576305171
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Subcategories

This category has the following 8 subcategories, out of 8 total.

A

Piezoelectric actuators‎ (11 F)

B

Piezoelectric buzzers‎ (16 F)

C

Ceramic resonators‎ (9 F)
Crystal radios‎ (11 C, 229 F)
Crystal resonator‎ (2 C, 74 F)

L

Lead zirconate titanate‎ (11 F)
Piezoelectric loudspeakers‎ (1 C, 4 F)

M

Piezoelectric microphones‎ (2 C, 13 F)

Media in category "Piezoelectricity"

The following 81 files are in this category, out of 81 total.

100W piezomotor.png 938 × 831; 1.37 MB
Accelerometer (Piezoelectric type) NT.PNG 510 × 770; 49 KB
Aktoreffekte.png 1,000 × 525; 33 KB
Allume gaz gros plan 1.jpg 3,136 × 951; 612 KB
Allume gaz gros plan 2.jpg 1,002 × 714; 208 KB
Allume gaz.jpg 4,746 × 1,199; 760 KB
ATmega8 ADC sampled “knocks” at 450 Hzへるつ rate, directly.svg 512 × 512; 5 KB
ATmega8 ADC sampled “knocks” at 450 Hzへるつ rate.svg 512 × 512; 6 KB
Batteryless & Wireless Wallswitch.jpg 640 × 480; 43 KB
Capteur piezoelectrique.gif 864 × 576; 535 KB
CMBP.gif 290 × 160; 312 KB
Czujnik z AFP.svg 410 × 320; 15 KB
Dickenscherschwingung.jpg 544 × 332; 14 KB
Dongco1.jpg 1,167 × 467; 33 KB
Efeito piezoelétrico - Piezoelectric effect.webm 1 min 3 s, 1,280 × 720; 7.04 MB
Fraunhofer EMFT silicon piezoelectric micropump. Pumping principle.gif 352 × 288; 279 KB
Hedgehog pusher design piezomotors..jpg 1,125 × 825; 83 KB
Ideal concept of a mechanically leveraged piezoelectric stack.png 204 × 156; 3 KB
Ij piezo.png 322 × 90; 9 KB
Insides of a piezoelectric motor.JPG 1,092 × 808; 578 KB
KH2PO4 crystal structure.png 685 × 621; 226 KB
Lever.png 143 × 172; 19 KB
MaillePbTiO3.png 603 × 610; 148 KB
Maker Faire, Berlin (BL7C0102).jpg 3,078 × 4,606; 5.43 MB
Melodika C590.JPG 3,640 × 3,400; 4.54 MB
Micro Piezo Animation.gif 250 × 188; 903 KB
Micro Piezo Comparison.gif 250 × 250; 129 KB
MicroPiezoHead.jpg 500 × 332; 150 KB
Nanogenerador.jpg 600 × 388; 28 KB
Optical-image-of-an-epi-PZT-cantilever-1000--2500--7--m-sup3sup--with-a-Si-proof-mass-1000--500--230--m-sup3sup.jpg 600 × 555; 50 KB
P1000332 modified for IDTECHEX high def.jpg 1,519 × 1,049; 769 KB
PbNb2O6.png 365 × 377; 142 KB
Perovskite.svg 1,615 × 883; 11 KB
Piezo bending principle.jpg 1,861 × 507; 45 KB
Piezo bending principle.svg 320 × 400; 3 KB
Piezo Grundelemente.png 800 × 196; 12 KB
Piezo Montage simple.png 431 × 208; 14 KB
Piezo strips.jpg 3,008 × 2,000; 4.34 MB
Piezo Transformer.svg 360 × 230; 20 KB
Piezo.gif 540 × 540; 5.8 MB
Piezoachsen.png 600 × 479; 19 KB
Piezocomposites.png 946 × 330; 179 KB
Piezoeffekt350px clr.gif 350 × 353; 63 KB
Piezoeffekt350px.gif 350 × 353; 74 KB
Piezoelectric balance presented by Pierre Curie to Lord Kelvin, Hunterian Museum, Glasgow.jpg 2,056 × 3,088; 2.36 MB
Piezoelectric bimorph bending elements.jpg 3,072 × 2,048; 2.28 MB
Piezoelectric effect.svg 548 × 397; 46 KB
Piezoelectric sensor electrical model.svg 330 × 300; 155 KB
Piezoelectric sensor frequency response.svg 530 × 300; 12 KB
Piezoelectric sensor simplified electrical models.svg 240 × 360; 124 KB
Piezoelectric.JPG 433 × 210; 8 KB
Piezoelectricity-History.tiff 681 × 478; 278 KB
Piezoelectricity.svg 251 × 192; 7 KB
Piezoelement.PNG 415 × 334; 9 KB
Piezokeramik.svg 600 × 361; 14 KB
Piezoratchetsteppingmotor.svg 512 × 512; 6 KB
Piezoresistor.jpg 365 × 107; 25 KB
PiezoResonanceMethod-15.PNG 175 × 292; 6 KB
PiezoResonanceMethod-31.PNG 222 × 140; 4 KB
PiezoResonanceMethod-33.PNG 148 × 336; 4 KB
Piezostack.jpg 664 × 616; 46 KB
Piezosteps.png 504 × 286; 21 KB
Pizolectric stack.png 190 × 484; 97 KB
Principe piezoelectricite.svg 154 × 142; 14 KB
Quartz crystal piezoelectric plate.svg 572 × 525; 16 KB
Quota piezometrica.png 1,360 × 600; 47 KB
ResonateurPiezo-Impedance.PNG 1,650 × 1,274; 25 KB
Rochelle salt krystal1.JPG 462 × 737; 35 KB
Rochelle salt krystal2.JPG 419 × 499; 20 KB
Rosen Piezo Transformer.png 690 × 216; 14 KB
SAW QD electron transport.gif 600 × 450; 2.17 MB
SchemaPiezo.gif 256 × 256; 156 KB
Top view of Curie piezo electric compensator - black and white.tif 1,696 × 2,144; 10.41 MB
Top view of Curie piezo electric compensator.jpg 1,696 × 2,144; 291 KB
Transformator piezoelektryczny.svg 500 × 220; 12 KB
Verkoppelungsmatrix.png 400 × 335; 15 KB
Verkoppelungsmatrix.svg 767 × 410; 36 KB
Πιεζοελεκτρικό ταινιοειδές νήμα από PVDF 10x.JPG 640 × 480; 62 KB
Πιεζοελεκτρικό ταινιοειδές νήμα από PVDF 2.5x.JPG 640 × 480; 58 KB
Лавриненко В’ячеслав Васильович.png 421 × 612; 434 KB
Пьезотрансформатор.svg 500 × 220; 12 KB

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