DOI: 10.57760/sciencedb.02541
title: Liquid-Phase Super Photoactuator through the Synergetic Effects of a Janus Structure and Solvent/Thermal/Photo Responses
title: Liquid-Phase Super Photoactuator through the Synergetic Effects of a Janus Structure and Solvent/Thermal/Photo Responses

description: Features: in this paper, all optical / POM images were obtained by Olympus Bx53. Recording reflection spectra using marine optics Maya 2000 Pro Optical fiber spectrometer. UV / visible light is obtained by the following equipment: H086-425/HLV2-22RD-3W。 Scanning electron microscope (SEM) Images were taken on thermo-4800 high resolution field emission scanning Electron microscope. Precise temperature control through thermal stage （HCS402）。 Thermodynamic analysis was carried out by differential scanning method Calorimetric method (dsc6200) − 1 at heating / cooling rate of 10 ° C / min, where N2 is a Protect the atmosphere. Fourier transform infrared (FTIR) spectroscopy Attenuated total reflection FTIR spectra on Bruker equinox 55 a spectrometer. XPS spectrum was determined by thermal science method ESCALAB250XI。 Modulus values were obtained by nanoindentation test (agilent3) G200）。 Laser scanning confocal microscopy images were taken on lext Ols4500 Olympus Features: in this paper, all optical / POM images were obtained by Olympus Bx53. Recording reflection spectra using marine optics Maya 2000 Pro Optical fiber spectrometer. UV / visible light is obtained by the following equipment: H086-425/HLV2-22RD-3W。 Scanning electron microscope (SEM) Images were taken on thermo-4800 high resolution field emission scanning Electron microscope. Precise temperature control through thermal stage （HCS402）。 Thermodynamic analysis was carried out by differential scanning method Calorimetric method (dsc6200) − 1 at heating / cooling rate of 10 ° C / min, where N2 is a Protect the atmosphere. Fourier transform infrared (FTIR) spectroscopy Attenuated total reflection FTIR spectra on Bruker equinox 55 a spectrometer. XPS spectrum was determined by thermal science method ESCALAB250XI。 Modulus values were obtained by nanoindentation test (agilent3) G200）。 Laser scanning confocal microscopy images were taken on lext Ols4500 Olympus 
description: Features: in this paper, all optical / POM images were obtained by Olympus Bx53. Recording reflection spectra using marine optics Maya 2000 Pro Optical fiber spectrometer. UV / visible light is obtained by the following equipment: H086-425/HLV2-22RD-3W。 Scanning electron microscope (SEM) Images were taken on thermo-4800 high resolution field emission scanning Electron microscope. Precise temperature control through thermal stage （HCS402）。 Thermodynamic analysis was carried out by differential scanning method Calorimetric method (dsc6200) − 1 at heating / cooling rate of 10 ° C / min, where N2 is a Protect the atmosphere. Fourier transform infrared (FTIR) spectroscopy Attenuated total reflection FTIR spectra on Bruker equinox 55 a spectrometer. XPS spectrum was determined by thermal science method ESCALAB250XI。 Modulus values were obtained by nanoindentation test (agilent3) G200）。 Laser scanning confocal microscopy images were taken on lext Ols4500 Olympus Features: in this paper, all optical / POM images were obtained by Olympus Bx53. Recording reflection spectra using marine optics Maya 2000 Pro Optical fiber spectrometer. UV / visible light is obtained by the following equipment: H086-425/HLV2-22RD-3W。 Scanning electron microscope (SEM) Images were taken on thermo-4800 high resolution field emission scanning Electron microscope. Precise temperature control through thermal stage （HCS402）。 Thermodynamic analysis was carried out by differential scanning method Calorimetric method (dsc6200) − 1 at heating / cooling rate of 10 ° C / min, where N2 is a Protect the atmosphere. Fourier transform infrared (FTIR) spectroscopy Attenuated total reflection FTIR spectra on Bruker equinox 55 a spectrometer. XPS spectrum was determined by thermal science method ESCALAB250XI。 Modulus values were obtained by nanoindentation test (agilent3) G200）。 Laser scanning confocal microscopy images were taken on lext Ols4500 Olympus