Structural and electrochemical studies of WO3 films deposited by pulsed spray pyrolysis

Self-powered hybrid humidity sensor and dual-band UV photodetector fabricated on back-contact photovoltaic cell

“…87-2402). With higher annealing temperature, the XRD peaks exhibit higher intensities and a smaller full width at half maximum, which can be attributed to the improved crystalline quality of the samples [12]. Fig.…”

Electrical, optical and electrochromic properties of Ti:WO3 thin films deposited by the pulsed chemical spray technique

“…A large variety of deposition techniques like thermal evaporation [10], sputtering [11], chemical vapor deposition [12], solution thermolysis [13], electrochemical [14], and spray pyrolysis [15][16][17][18] have been utilized to obtain WO 3 thin films with different morphologies, crystalline state and compositions. To enhance the electrochromic efficiency through transitions between two kinds of metal sites, efforts have also been made to fabricate thin films of selective mixed oxide semiconductors, based on their electrochromic performance [19][20][21].…”

OPTICAL MULTISENSOR BASED ON W AND Ni OXIDE FILMS FOR THE DETERMINATION OF CO AND H2 CONCENTRATION

“…Каждый раз после вытаскивания из раствора, световод обдувался потоком возду-ха, нагретого до 70°С, что способствовало бы-строму испарению молекул этанола и протека-нию химической реакции с участием остаточ-ных молекул воды [6] Пленки гидроксида никеля получали ме-тодом катодного осаждения в гальваностати-ческом режиме током плотностью от 0,1 до 1 мА/см 2 из раствора 1М нитрата никеля. Под-ложкой служил токопроводящий слой SnО 2 на стекле.…”