有机锑,organic antimony
1)organic antimony有机锑
1.Relative organic antimony was prepared by antimony trioxide or antimony trichlorides and benzoic acid(thioglycollic acid, thioglycollic acid isooctylester)as materials.以三氧化二锑或三氯化锑分别和苯甲酸、巯基乙酸、巯基乙酸异辛酯等为原料,合成相应的有机锑化合物,研究了其光稳定性以及各合成产物对PVC的热稳定作用。
2.Some new heat stabilizers were exploited such as rare earth, organic antimony, autunite/zinc compounds, hydrotalcite and so on.随着环保意识的逐渐加强 ,传统的PVC热稳定剂如铅盐类稳定剂已受到了一定的限制 ,相应地开发出了一系列新型的PVC热稳定剂 ,包括稀土类、有机锑类、钙锌 (Ca/Zn)复合类和水滑石类热稳定剂。
3.In order to develop high efficient organic antimony stabilizer for PVC, Antimony tri(n-dodecanethiol) was prepared by using dodecyl alcohol and antimony trioxide as materials, the yield is 87.为开发有机锑类高效PVC热稳定剂,以三氧化二锑与自制的十二烷基硫酸为原料,合成了三(十二烷基硫醇)锑,产率可达87。
英文短句/例句

1.Study on Thermal Stability of Organic Antimony Compound as Heat Stabilizer for PVC;PVC热稳定剂有机锑的热稳定性能研究
2.Study on the Synthesis and Stability Mechanism of Organic Antimony as New Thermal Stabilizer for PVC新型有机锑热稳定剂的合成及稳定机理研究
3.Study on Synthesis、Characterization and Crystal Structures of Organoantimony(Ⅴ) Compounds with Carboxylate Derivatives有机锑羧酸衍生物的合成、表征及晶体结构研究
4.Synthesis,Characterization and Crystal Structure of A 2D Organoantimony Complex (C_6H_5)_3Sb(O_2CCH_2C_6H_4NH_2-p)_2二维网状有机锑对氨基苯乙酸酯的合成、表征及晶体结构研究(英文)
5.relating to or derived from antimony.与锑有关的或来源于锑的。
6.Study on the Preparation of Sb, Ce Doped SnO_2 Photoanode and Their Photoelectrocatalytic Activity for Degradation of Organic Matter in Water;掺锑、铈SnO_2薄膜光阳极的制备及其光电催化降解水中有机物的研究
7.Preparation of Layered Phosphantimonic Sodium Intercalated Metal Organic Compounds and Catalytic Oxidation;层状磷锑酸钠嵌入有机金属化合物制备与催化氧化研究
8.Solvothermal Syntheses and Crystal Structures of Organic Hybrid Chalcogenidoantimonates and Chalcogenidostannates有机杂化锑和锡硫属化合物的溶剂热合成与结构
9.Reformation of floatation technique for refractory gold ore containing arsenic,antimon and organic carbon某含砷、锑及有机碳难处理金矿石浮选工艺改造生产实践
10.A Study of Mechanical Activation Enhancing Indium Leaching from Antimony Oxide and Separation between Antimony and Indium;机械活化强化锑渣氧粉浸铟以及锑铟分离的工艺研究
11.Mechanisms for the Accumulation of and the Resistance to Arsenic, Selenium and Antimony in Plants植物对砷、硒、锑的富集及抗性机理研究
12.Simultaneously Determination of Inorganic Species of Antimony and Arsenic in Cosmetics by HPLC-HGAFS化妆品中砷、锑无机形态的HPLC-HGAFS同测
13.Damage Mechanism of InSb Detectors (PV) when Laser Irradiated激光辐照光伏型锑化铟探测器的损伤机制研究
14.Study on the Mechanism of the Formation and Action of Arsenato Antimonic Acid in Copper Electrorefining;铜电解过程砷锑酸的形成及作用机理研究
15.Synthesis of Polyantimonic Acid ~(90)Sr-~(90)Y Generator by Oxidization Reflux Method氧化回流法制备无机聚锑酸~(90)Sr-~(90)Y发生器
16.Influence of As, Sb and Bi on electrodepositing and anode oxidation mechanism of copper砷、锑和铋对铜电沉积及阳极氧化机理的影响
17.Narrow-gap materials such as InSb have the requisite high mobility.锑化铟之类的窄能隙材料有我们要的高迁移率。
18.The main factor in the market is that the supply of Chinese antimony is quite limited.市场的中心因素是中国对锑(antimony)的供应有限。
相关短句/例句

organoantimony有机锑
1.The synergistic effects of organoantimony and other additives on the properties of rigid Poly(vinyl chloride)(PVC) were studied by Haake polydrive.采用HAAKE流变仪研究了在添加自制有机锑热稳定剂及各种助剂后的硬质聚氯乙烯(PVC)的热稳定性能,同时探讨了它们的防初期着色性能。
2.The Characterization and application scope of organoantimony (mainly mercaptan antimony) heat stabilizers were introduced in comparative detail; the effects when it used with other heat stabilizers and the conventional formulation when it used as heat stabilizer for polyvinyl chloride were also introduced.较详细地介绍了有机锑(主要是硫醇锑)热稳定剂的表征及应用范围,同时还介绍了它与其他热稳定剂并用时的效果及用作PVC热稳定剂时的常用配方,建议今后在PVC管材中使用。
3)organic antimony source有机锑源
4)organic antimony compound有机锑剂
5)antimony organic sulfur containing compound含硫有机锑
1.Synthesis and application performance of antimony organic sulfur containing compound that is a kind of non toxic liquid are studied.对无毒液体含硫有机锑的合成及应用性能进行了研究 ,试验表明含硫有机锑能够提高PVC的热稳定性和力学性能 ,可以应用于生产。
6)Sb organic compound锑有机化合物
1.Study on MS fragmentation and its thermal stability of Sb organic compound;锑有机化合物的质谱及其热稳定性研究
延伸阅读

有机锑源分子式:CAS号:性质:指用于金属有机化合物气相沉积(MOCVD),具有很高挥发性、高纯度的有机锑化合物。主要指三甲基锑[(CH3)3Sb]三乙基锑[(C2H5)3Sb]。易挥发、自燃,在500~700℃容易分解,在室温下贮存十分稳定。利用格利雅反应制备。提纯方法主要采用精密精馏和减压精馏及配位体置换(ligand displacement)新技术。主要用于生长InSb作为长波材料基底。它还广泛用作硅器件和III~V半导体器件的掺杂源。