photovoltage 中文意思是什麼
photovoltage
解釋
光電壓-
3. studies of photovoltage properties about semiconductor nanoparticles in atmosphere and ethanol we have successfully synthesized a - fe2o3 nanoparticles and a - fe2o3 / sno2 nanocomposite oxide with sol - gel method
3 .空氣氣氛、真空條件下半導體納米材料的光伏性質研究採用溶膠一凝膠法制備了a一fez仇納米粒子以及sno :和。 -
Studies of photoelectric property about nanocomposite oxide with sno2 and a - fe2o3 using sol - gel method we prepared nanocomposite oxide with sno2 and a - fe2o3, we analyzed it ' s property with xrd uv spectra surface photo voltage spectra ( sps ) and field induced surface photovoltage spectra ( fisps )
一fez仇復合氧化物納米粒子，並用xrd 、紫外可見吸收光譜、表面光電壓譜（ sps ）以及場誘導表面光電壓譜（ fisps ）進行了分析和表徵。 -
The influence of ph value of electrolyte on open circuit photovoltage and short circuit photocurrent is very significant
電解液的ph值對電池的開路電壓和短路電流也有較大的影響。 -
In this paper, using surface photovoltage spectroscopy ( sps ) and field induced surface photovoltage spectroscopy ( fisps ) as a dominated tool, we investigated the surface and interfacial electron structure, charge transfer character of two nanostructured composite system and the effect about atmosphere ( water and oxygen ) on the semiconductor nanoparticles
本論文利用表面光電壓譜（ sps ）和場誘導表面光電壓譜（ fisps ）為主要研究手段對兩類納米復合材料的表面和界面電子結構和電荷轉移特性以及空氣中水、氧物種等氣體分子對納米材料表面光伏性質的影響進行了探索性的研究。 -
Coefficient of photovoltage
光電壓系數 -
With sps and vacuum technology, we investigated the effect of adsorption ( air and ethanol ) on their photovoltage
一fezo3組成的納米復合氧化物，隨著真空度的提高，表面光伏響應都大大減弱。 -
As a result, we found that the photovoltage of both a - fe2o3 and a - fe2o3 / sno2 decreased greatly with the increase of vacuum. at atmosphere, both the materials can came back their original photovoltage intensity. but in ethanol, we could n ' t get the same result
在空氣氣氛下常時間的恢復，兩種材料基本上都可以回到原來的光電響應強度;但在乙醇氣氛下，無論恢復多長時間都得不到原來強度的光電響應信號。 -
Studies of photovoltage property about heterojunction composite film with 1, 4 - bis ( ferrocene ) thiophene and sno2 nanoparticles in this paper, we successfully fabricated a novel heterojunction composite film composed of 1, 4 - bis ( ferrocene ) thiophene and sno2 nanoparticles. the morphology andmicrostructure have been investigated by afm and xrd. their optical and photovoltage properties were also studied using uv spectra and surface photovoltage spectra ( sps )
用afm和xrd分別表徵了納米二氧化錫和異質結的成膜特性以及二氧化錫的物相結構；用紫外可見吸收光譜和表面光電壓譜（ surfacephotovoltagespectra ， sps ）對其光吸收和光伏性質進行了研究，發現復合膜異質結在紫外可見光區（ 300 550nm ）有很好的光伏性能，相對于單一薄膜材料的光伏響應范圍有一定程度的拓展，而且響應強度也有較大提高。
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