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1)  composite template
复合模板剂
1.
Pure silica mesoporous molecular sieve MCM-41 and those containing aluminum(Al-MCM-41) or lanthanum(La-MCM-41) with Si/Al(Si/La) mole ratios of 30∶1 and 80∶1 were synthesized under hydrothermal conditions with cetylpyridinium chloride(CPCl) as the surfactant and nonylphenolpolyoxyethylene (ether)(TX-100) as the composite template and ethyl silicate(TEOS) as the silica source in hydrochloric acid.
以氯代十六烷基吡啶(CPCl)和壬基酚聚氧乙烯醚(TX-100)为复合模板剂,正硅酸乙酯(TEOS)为硅源,以盐酸为介质水热法合成了纯硅MCM-41及Al-MCM-41 (n(Si)∶n(Al)为30∶1或80∶1 )、La MCM 41(n(Si)∶n(La)为30∶1或80∶1)介孔分子筛,通过XRD、FT-IR、NH3-TPD吸附脱附、TEM、BET、热分析及CCl4吸附等测试技术对分子筛的晶体结构和表面物性进行了研究。
2.
The effects of the composite template system with fluoride on the acidity of Hβ zeolite were investigated systematically by XRD, NH 3-TPD, FT-IR and MAS NMR methods and the probe reaction of methanol dehydration.
采用XRD ,NH3 TPD ,FT IR和MASNMR等表征技术和甲醇脱水探针反应研究了含氟复合模板剂体系对Hβ沸石酸性的影响 。
3.
A composite template tetraethylammonium hydroxide (TEAOH)-morpholine (C 4H 9NO) was used to synthesize SAPO-34 molecular sieve.
用TEAOH C4H9NO复合模板剂合成的SAPO 34分子筛 ,其晶粒远小于单用吗啉模板剂合成的分子筛 。
2)  composite surfactant template
复合模板剂
1.
Mesoporous TiO2 was synthesized through super-critical desiccation technique and sol-gel method using Tween-80 and Span-80 as a composite surfactant template,ethanol as solvent,nitric acid as inhibitor and Tetrabutyl titanate(Ti(OC4H9)4,TBOT) as a titanium source.
以吐温-80(Tween-80)和司班-80(Span-80)为复合模板剂,钛酸四正丁酯(TBOB)为钛源,应用溶胶-凝胶(sol-gel)法及超临界干燥法合成介孔TiO2材料。
2.
By using Tween-80 and Span-80 as the composite surfactant template,the mesoporous TiO_2 was synthesized through sol-gel method.
以吐温-80(Tween-80)和司班-80(Span-80) 为复合模板剂,采用溶胶-凝胶(sol-gel)工艺制得介孔 TiO_2。
3)  Template Composition
模板复合
4)  compound template
复合模板
1.
Synthetion of the mesoporous silica by compound templates technique and sorption research for the phenol
复合模板制备介孔SiO_2及对苯酚吸附研究
5)  impression compound
印模复合剂
6)  composite template synthesis
复合模板合成
补充资料:复合固体推进剂氧化剂
分子式:
CAS号:

性质:它提供推进剂自持燃烧所需的氧。要求氧化剂的有效氧含量高、密度大、生成热高、分解产物为气体、安定性好,与推进剂组分化学相容。氧化剂品种、含量、颗粒形状、粒度及粒度分布对推进剂的能量、燃烧、力学、工艺、安全等性能有重要影响。在推进剂中用量一般占60%~75%,常用的氧化剂有高氯酸铵、硝酸铵、奥克特今、黑索今等。

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