1) vacuum evaporation
真空蒸发
1.
Application of vacuum evaporation technique in the production of magnesium fluorosilicate;
真空蒸发技术在氟硅酸镁生产中的应用
2.
Preparation of nanometer antimony trioxide from the complex slag containing Pb and Sb at low temperature by the vacuum evaporation method;
铅锑复合渣于低温真空蒸发直接制备纳米Sb_2O_3
3.
Two vacuum evaporation dehydration ways were introduced,it was pointed out that temperature,evaporation area,vacuum degree,time and the physical property of fat oil were the factors which affected vacuum dehydration efficiency.
采用真空蒸发的方法进行油与水的分离处理,可以使油液恢复使用性能。
2) Vacuum deposition
真空蒸发
1.
The CuInSe2 polycrystalline heterojunction-film solar cells are preparated by using the double source vacuum deposition method and the properties of the cells are measured.
用双源真空蒸发制备CdS/CuInSe2多晶异质结薄膜太阳电池，并对电池的性能进行测试。
3) Vacuum thermal evaporation
真空热蒸发
1.
Tin sulfide(Sn_xS_y) films were prepared by vacuum thermal evaporation on glass substrates to obtain the nano-films by heat-treatment in air and nitrogen(N_2).
采用真空热蒸发法在玻璃衬底制备纳米硫属锡化物薄膜(Sn_xS_y)薄膜。
2.
Tin (Sn) films were prepared by vacuum thermal evaporation on glass substrates, to obtain the SnO_2 nano-films by heat-treatment in air and oxygen (O_2).
采用真空热蒸发法在玻璃衬底制备纳米Sn薄膜,在空气或氧气气氛下对薄膜进行氧化、热处理,获得性能良好的SnO_2纳米多晶薄膜。
3.
MgF2/ZnS double-layer antireflection films with excellent performance were prepared by vacuum thermal evaporation techniques.
采用真空热蒸发技术,制备出了性能优良的MgF2/ZnS双层减反射薄膜。
4) vacuum evaporation
真空蒸发法
1.
The investigations of ZnSe thin film as a buffer and window material in CIS solar cell deposited by vacuum evaporation was discribed in this paper.
本文用真空蒸发法制备了CIS太阳能电池中做缓冲材料的ZnSe薄膜,利用X射线光电子能谱(XPS)对制备薄膜的表面化学状态及沉积质量进行了研究,并用氩离子溅射进行剥蚀,逐层分析薄膜的化合态随深度的变化关系。
2.
Thin films of SnS were deposited by means of vacuum evaporation.
采用真空蒸发法,在载玻片上制备了SnS薄膜。
3.
In efficient solar cells, CdS films have been deposited by several techniques, such as spray pyrolysis, vacuum evaporation and .
分别采用化学池沉积 ( CBD)和真空蒸发法 ,在三种衬底 (玻片、ITO玻片、Sn O2 玻片 )上沉积 Cd S薄膜 ,并利用扫描电镜 ( SEM)、透射光谱、X射线衍射 ( XRD)等方法对沉积膜进行了测试分析 ,同时阐述了两种不同方法下 Cd S膜的生长沉积机
6) vacuum evaporation
真空热蒸发
1.
Flexible OLEDs with ITO/TPD/Alq3/Al structure were made by vacuum evaporation method.
采用真空热蒸发的方法制备出具柔性衬底和ITO/TPD/Alq3/Al结构的有机电致发光器件(OLED)。
2.
ITO/TPD/Alq/Al structure of OLEDs on glass and flexible polymer was made by vacuum evaporation method.
采用真空热蒸发法分别制备出柔性衬底和玻璃衬底ITO/TPD/Alq/Al结构有机电致发光器件(OLED)。
补充资料：真空蒸发
在真空下进行的蒸发操作。真空蒸发可以降低溶液沸点，故具有以下优点：①可处理高温下易分解的热敏性物料，如牛奶、果汁、蜂蜜和抗生素等。②增大传热推动力，提高蒸发器单位传热面积的蒸发量。③可利用低温热源，降低能耗。多效蒸发装置中的最后几效都是在真空下操作的。然而，溶液降温会使粘度增大，导致传热系数减小。
在真空蒸发流程中（见图），末效的二次蒸汽通常在混合式冷凝器中冷凝。为了使处于真空下的冷却水能自动排出，冷凝器的安装高度一般高于10m。蒸发器的真空度由二次蒸汽的冷凝温度决定。由于溶液中溶解的气体受热释出，蒸发器和管路亦有空气漏入，为维持真空，须用真空泵（见流体输送机械）不断地排除这些不凝性气体。
在真空蒸发流程中（见图），末效的二次蒸汽通常在混合式冷凝器中冷凝。为了使处于真空下的冷却水能自动排出，冷凝器的安装高度一般高于10m。蒸发器的真空度由二次蒸汽的冷凝温度决定。由于溶液中溶解的气体受热释出，蒸发器和管路亦有空气漏入，为维持真空，须用真空泵（见流体输送机械）不断地排除这些不凝性气体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条