CAS: 376-18-1; 1H,1H,9H-Hexadecafluorononanol

相似化合物

355-80-6 864-23-3 76-21-1

上下游产品

CAS号67-56-1 甲醇 | CAS号116-14-3 四氟乙烯 | CAS号307-99-3 1H,8H-全氟辛烷 | CAS号76-21-1 9H-全氟壬酸 | CAS号678-45-5 全氟辛二酸 | CAS号864-23-3 1H,1H,9H-全氟壬基(4...

Trimethyl-(1H,1H,9H-Hexadecafluorononyloxy)Silane 反应生成1H,1H,9H-十六氟-1-壬醇
参考文献:Krolevets,A. A.;Antipova,V. V.;Popov,A. G.;Adamov,A. V.,Zh. Obshch. Ximii,58,(1988) N 10,S. 2274-2281
标题:Krolevets,A. A.;Antipova,V. V.;Popov,A. G.;Adamov,A. V.,Zh. Obshch. Ximii,58,(1988) N 10,S. 2274-2281

专利信息

专利号:US-5463082-A
优先权日:1993-07-08
标 题:Fluorous multiphase systems
发明人：HORVATH ISTVAN T; RABAI JOZSEF
权利人:EXXON RESEARCH ENGINEERING CO
摘要:Stoichiometric and catalytic chemical transformations may be carried out in solution using novel fluorous multiphase systems (FMS). The term 'fluorous' is defined as a carbon-fluorine bond rich organic molecule. The FMS consists of a fluorous phase containing a fluorous solvent, typically a fluorocarbon or a fluorohydrocarbon and a reagent or a catalyst containing a sufficient number of fluorous moieties to render it preferentially soluble in the fluorous solvent without impairing the ability of the catalyst or reagent to be effective in the reaction and while maintaining the reaction in a liquid or fluid phase. The nonfluorous solvent may be any suitable organic or nonorganic solvent(s) with limited or no solubility in the fluorous solvent that is effective for dissolving the reactant(s) and most desirably, for separating the resulting product(s). Typically, such solvents have a Hildebrand solubility parameter of at least about 18.0 MPa1/2. Appropriate fluorous moieties are linear, branched and carbocyclic fluorocarbon alkyl chains with high carbon numbers. FMS reagents and catalysts can be prepared by (1) fluorination (i.e., replacement of C--H bonds with fluorine); (2) fluorofunctionalization, e.g., the attachment of fluorous moieties to the reagents or catalysts; or (3) by total synthesis. The invention is useful in separations technology and in catalyst design and synthesis.