1) tungsten trioxide/tunsten
三氧化钨/钨
2) Tungsten trioxide
三氧化钨
1.
Study of preparation and photochromic properties of monoclinic and orthorhombic tungsten trioxide;
不同物相三氧化钨的制备及其光致变色性质
2.
Polyaniline-tungsten trioxide(PANI-WO_3)composite film was synthesized on the surface of tita- nium electrode by pulse potentiostatic method.
采用脉冲电位法在钛电极表面合成了聚苯胺-三氧化钨(PANI-WO_3)复合膜。
3.
In this article,tungsten trioxide was selected as the raw material to producing ultrafine and homogenous tungsten powder by oxidation-reduction method through 5 Deoxidizations and 4 oxidations.
选取三氧化钨为原料,通过5次还原4次氧化制备出超细钨粉,所得金属钨粉的平均粒度约为0。
3) Tungsten oxide
三氧化钨
1.
The sub-micro tungsten oxide powder can be produced by using of ATP.
用氧化还原的方法,由ATP制得超细三氧化钨粉末,再用电子探针扫描。
4) WO_3
三氧化钨
1.
A Study of Photocatalytic Oxidation Performance of WO_3;
三氧化钨的光催化氧化性能研究
2.
WO_3 film, as an important electrochromic material, has a favorable prospect in the field of military masquerade, smart window, mutable reflective index mirror and high contrast large area information display.
三氧化钨薄膜作为重要的电致变色材料在军事伪装、智能调光窗、可变反射率镜及高对比度非辐射信息显示器上具有广泛的应用前景。
3.
The mechanism of electrochromic mutual complemenfary and electrochromic properties of WO_3 and Ni(OH)_2·xH_2O thin films were studied in this paper.
对WO_3／Ni（OH）_2·xH_2O这两种电致变色薄膜的电色互补性原理及其电色特性进行了研究，发现利用三氧化钨和氧化镍薄膜的电色互补性能够较好地改善双层膜的电色特性。
5) WO3
三氧化钨
1.
The Application of 771 Two-Ray and Fully Differential Methodin the Determination of WO3;
771双光路全差示法在三氧化钨测定中的应用
2.
The molecular morphosis of glutathione adulterated with zinc and WO3 sol crystal film adulterated with platinum were investigated by AFM.
用AFM表征了络合锌的谷胱甘肽与三氧化钨溶胶掺铂晶化薄膜的表面分子结构,结果表明:络合锌的谷胱甘肽的分子为七连环状结构,七连环上的两个离子或离子基团与两条长链相连,一个离子或离子基团与一条短链相连;这解释了谷胱甘肽与Zn2+、Fe3+等过渡金属离子络合并使其被螯离,消除了其氧化性,从而提高了谷胱甘肽的抗氧化性。
3.
With the laser particle size distribution measuring instrument and the electron probe scan instrument, the particle size distribution and the SEM of WO3 reduction-reoxidation were tested.
利用激光粒度分析仪和电子探针扫描仪检测了粗颗粒三氧化钨还原和氧化的粒度分布。
6) W/WO 3
钨/氧化钨
补充资料：钨錥
1.温器。俗称汤罐。
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