materi...Figure 9.11 Output electric signals of ITO/bulk semiconductor/Ag nanogenerat...Figure 9.12 Output electric signals from thermo‐photoelectric coupled effect...Figure 9.13 Output electric signals induced by thermo‐photoelectric effect i...Figure 9.14 Output electric signals induced by pyro‐piezoelectric effect in ...Figure 9.15 Output electric signals from piezo‐pyro‐photoelectric effect nan...Figure 9.16 Output current of piezo‐tribo‐pyro‐photoelectric effect nanogene...Figure 9.17 Charging performance of multi‐effects coupled nanogenerators. (a...Figure 9.18 Performance of thermo‐phototronic effect based nanogenerators fo...Figure 9.19 Performance of multi‐effects coupled nanogenerator with ITO/poro...Figure 9.20 Multi‐effects coupled ITO/BTO/Ag nanogenerator for temperature a...Figure 9.21 Multi‐effects coupled ITO/BTO/Ag nanogenerator for multifunction...Figure 9.22 Multi‐effects coupled nanogenerators for image photodetection. (...Figure 9.23 ITO/BTO/Ag multi‐effects coupled nanogenerator for simultaneous ...10 Chapter 10Figure 10.1 Schematic diagram of pyro‐phototronics.Figure 10.2 Working mechanism of the pyro‐phototronic effect enhanced solar ...Figure 10.3 Schematic diagram of ferro‐pyro‐phototronic effect.Figure 10.4 The mechanism of the ferro‐pyro‐phototronic effect induced enhan...Figure 10.5 The ferro‐pyro‐phototronic effect induced enhancement of photocu...Figure 10.6 Schematic diagram of thermo‐phototronics.Figure 10.7 The thermo‐phototronic effect induced photocurrent. (a) Schemati...Figure 10.8 Schematic diagrams of the device and the corresponding energy ba...
Guide
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