1) titanium source
钛源
1.
Ti(IV) polycation-intercalated niobate was synthesized through a stepwise ion-exchange route, in which HNb3O8 was used as the layered host, n-decylamine as a preswelling agent, and tetrabutyl titanate (abbreviated to TBT) as a titanium source.
以HNb3O8为层板主体,正癸胺为预支撑剂,以钛酸丁酯为钛源,采用逐步离子交换法制备出钛(IV)多聚阳离子柱撑的铌酸盐,经在空气中高温焙烧后得到TiO2柱层状铌酸。
2.
TiO_2 sol as titanium source was adopted to prepare mesoporous TiO_2.
结果表明,采用预制 TiO_2溶胶为钛源,所得介孔氧化钛具有良好的锐钛矿晶型、较大的孔径和比表面积,具有高的光致发光活性。
3.
Carbon-doping mesoporous titanium dioxide was prepared by evaporation-induced self-assembly method(EISA) with non-ionic surfactant P123 as structure directing agent,tetrabutyl titanate as titanium source and phenolic resin as additive.
采用溶剂挥发诱导自组装法,以非离子表面活性剂P123为结构导向剂,钛酸四丁酯为钛源,酚醛树脂预聚体为添加剂,制备了碳掺杂氧化钛介孔材料,采用焙烧方式去除其中的碳,获得纯的TiO2介孔材料。
2) titanium resources
钛资源
1.
Analysis and Prospect on the comprehensive utilization telhnology of titanium resources in Panzhihua-XichangInstitute of Process Engineering,CAS;
攀西地区钛资源综合利用技术现状分析与前景展望
2.
China holds the largest proportion of titanium resources in the world,around 48%,and the industrial type of the minerals is comparatively complete,including original as well as secondary minerals.
我国钛资源非常丰富,是世界钛资源大国,其储量位于世界前列,约占世界钛储量的48%。
3.
Titanium resources of Kunming area are distributed mainly in Fuming,Luquan,Anning county and Xishan district, which mainly consist of titaniciron placer ore,and the ore contains uncomplicated minerals and has fine separation property.
我国是钛资源大国 ,储量占世界储量的 60 %以上 ,但钒钛磁铁共生矿占了主导地位 。
3) titanium resource
钛资源
1.
On the basis of current state of titanium resource and its exploitation in Yunnan, the exploitation and utilization strategy for the rich resource of titanium is discussed, and the necessity and feasibility of establishing a 50～60 kt/a titanium white plant by chlorination process are also discussed.
介绍了云南钛资源现状和利用情况,对云南丰富钛资源开发利用对策进行研究。
5) inorganic Ti souce
无机钛源
6) mixed Ti precursor
混和钛源
1.
The results indicate that the molar ratio of different Ti species in the mixed Ti precursor system do not significantly .
结果表明,混和钛源中原料配比的改变,对其结构、形貌影响不大;而用单一钛源时,体系酸度的改变,对其结构、形貌影响较大。
补充资料：5t钛还原蒸馏炉(遵义钛厂)
5t钛还原蒸馏炉(遵义钛厂)
5t钛还原蒸馏联合炉(遵义钛厂)
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