… At room temperature, WO 3 crystallizes in a triclinic structure and exhibit structural … Optical
properties and morphology analysis of hexagonal WO3 thin films obtained by electron beam …

… on a room temperature substrate, and decreased with increasing substrate temperature. …
of 5 mTorr and a substrate temperature of 500 C, and decreased with decreasing substrate …

… film exhibited a much higher sensitivity than that based on a WO 3 film in detecting NO 2 gas
at room temperature. … of the WO 3 film and at the interface of the WO 3 film and the MWCNTs …

… the WO 3 film coated FTO glass as shown in Fig. 12. CV was carried out at room temperature
using a 0.1 M solution of LiClO 4 in propylene carbonate. The WO 3 film coated FTO glass …

… H 2 O already at room temperature suggesting a potential for low temperature deposition.
In … in the CVD of well-crystallized and epitaxial WO 3 films in the temperature range 200–700C. …

… of the deposited WO 3 films were characterized by scanning … by Raman spectroscopy (at
room temperature) using a Renishaw … The room temperature UV–visible transmittance spectra …

… online) Film thickness as a function of the number of cycles for (a) TiO2 films and (b) for WO3
films. … thickness as a function of the number of cycles for (a) TiO2 films and (b) for WO3 films. …

… TEM observation, which was performed when the temperature was decreased to room
temperature. The origin of the hexagonal phase in PLD WO 3 films is not clear. To conclude, the …

… As WO3 is thermodynamically stable at room temperature, it is considered as the most
suitable material for the electrochromically active electrodes in the electrochromic devices. In this …

… Monoclinic phase is the stable form of WO 3 in room temperature range. 300 C annealed
film and 300/600 C (two-step) annealed films have very close intensity profiles at the Raman …