1.一种p型CuGaO 2 透明导电薄膜的制备方法,其特征在于,步骤如下: 1)以无机铜盐和无机镓盐作为原料,强碱作为沉淀剂,醇类作为还原剂,磺酸类阴离子作为表面活性剂,混合配成反应液后采用水热法进行CuGaO 2 纳米颗粒的合成;水热反应结束后,从反应液的上清液中获取CuGaO 2 纳米颗粒; 2)将所述CuGaO 2 纳米颗粒...
本发明公开了一种p型CuGaO透明导电薄膜的制备方法,属于半导体材料技术领域.本发明将无机铜盐和无机镓盐作为原料,强碱作为沉淀剂,醇类作为还原剂,磺酸类阴离子作为表面活性剂,采用水热法合成CuGaO纳米颗粒;利用超声波技术将其分散在有机溶剂中,得到淡黄色纳米分散液;然后通过旋涂,喷涂,刮涂等工艺成膜,低温退火处理...
该制备方法的步骤包括:先用乙酸铜,硝酸镓和NaOH反应制得CuGaO纳米片,然后以硝酸镓为Ga源,辅以NaF分别制备负载在CuGaO纳米片上的FβGaO/CuGaO和纯的FβGaO;然后将两张材料先后涂在叉指电极上并用热蒸发在薄膜上制备Au电极,得到FβGaO/CuGaO紫外光电探测器.本发明所述紫外光电探测器具备高的的光敏度和响应度,...
拼音名:Xiaozhongtong Cugao 标准编号:WS3-B-1214-92 【处方】 黄柏 125g 生半夏 125g 伸筋草 125g 五倍子(面炒,去虫) 125g 【制法】 以上四味,粉碎成细粉,过筛,混匀,加入米醋1200～1300ml,武火加热,充分搅拌,沸后停止加热,继续搅拌5分钟,加入甘油25ml,搅匀,放凉,即得。 【性状】 本品为黑色的软膏...
[HONH]PbI薄膜上方的金插指电极和位于βGaO薄膜上方的βGaO/CuGaO异质结纳米墙阵列间隔排列,且金插指电极的顶端低于βGaO/CuGaO异质结纳米墙阵列顶端.本发明的气敏传感器件,具有三维空间多相异质结界面结构,相互之间具有协同作用,气敏特性稳定,具有自供电,零功耗,无需加热,在室温下即可测VOC气体,在室内甲醛气体,...
The band structure of CuGaO/ZnSO heterojunction is studied by using X-ray photoelectron spectroscopy. The valance band offset of CuGaO/ZnSO is calculated to be 0.38eV by using the Kraut equation. The device shows a responsivity of 3.78mA/W and a detectivity of 1.16×1010 Jones under 365nm ...
ChemInform Abstract: Stabilization of CuIII under High Pressure in Sr2CuGaO5copper, Cugallium, Gastrontium, Srstructure (solids and liquids)dielectric properties, magnetic propertiesChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 100 ...
cuigaocuigao的同音词,近音词及组词语有:悴槁.cuigao中文含义解释:下表包含 cuigao 相关词语 拼音 什么意思 解释等。共查找到拼音“cuigao组词语” 1 个 悴槁 cuì gǎo ⒈ 犹枯槁。[查看详情] 1 最近查询: ailin aiqing anqigong guangbei guangchuang guangbodiantai anshu anshiqixin anshisixin ...
We have performed pseudopotential calculations and x-ray-diffraction and x-ray-absorption measurements on the CuGaO_2 delafossite under high pressure. We have completely characterized the structural behavior of the low pressure phase. We have found out that the a axis is more compressible than the...
Using the first-principles methods, we study the electronic structure, intrinsic and extrinsic defects doping in transparent conducting oxides CuGaO. Intrinsic defects, acceptor-type and donor-type extrinsic defects in their relevant cha... ZJ Fang,LJ Shi,YH Liu - 《Chinese Physics Letters》 被引...