CAS: 102-54-5; Ferrocene

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CAS号7705-08-0 三氯化铁 | CAS号348161-12-6 | CAS号12125-80-3 cyclopenta-1,3-... | CAS号542-92-7 环戊二烯 | CAS号13463-40-6 羰基铁 | CAS号71547-25-6 bis(1-cyclopent... | CAS号111237-21-9 (Cp)iron(carbon... | CAS号31904-34-4 α-(N,N-二甲基氨基)乙基二茂铁 | CAS号214151-82-3 1,1'-bis[2,4,8,... | CAS号12093-10-6 二茂铁甲醛 | CAS号1271-48-3 1,1'-二茂铁二甲醛 | CAS号7705-08-0 三氯化铁 | CAS号542-92-7 环戊二烯 | CAS号12126-50-0 双(五甲基环戊二烯)铁(II) | CAS号1271-55-2 乙酰基二茂铁 | CAS号1273-94-5 1,1'-二乙酰基二茂铁

Ferrocene Boronic Acid 以 Further Solvent(S) 用作溶剂,化学反应生成二茂铁
参考文献:Nesmejanow,A. N.; Ssasonowa,W. A.; Drosd,V. N.,Chemische Berichte,1960,Vol. 93,P. 2717-2729
标题:Nesmejanow,A. N.; Ssasonowa,W. A.; Drosd,V. N.,Chemische Berichte,1960,Vol. 93,P. 2717-2729

专利信息

专利号:US-2015357075-A1
优先权日:2010-03-02
标题:Methods and devices for in situ synthesis of metal oxides in carbon nanotube arrays
发明人：DARAIO CHIARA; MORSE DANIEL E; RANEY JORDAN R; Zhang hong-li
权利人:CALIFORNIA INST OF TECHN; UNIV CALIFORNIA; UNIV CALIFORNIA; CALIFORNIA INST OF TECHN
摘要:A method for controlling microstructural and nanostructural arrangement of nominally-aligned arrays of carbon nanotubes (CNTs) is disclosed. The method comprises synthesizing metal oxide particles in situ in nominally-aligned arrays of carbon nanotubes (CNTs) after synthesis of CNTs. The particles can be SnO 2 particles or MnO 2 particles. A foam structure is further disclosed. The foam structure comprises nominally-aligned arrays of carbon nanotubes (CNTs) and a plurality of metal oxide particles associated with the nominally-aligned arrays of carbon nanotubes (CNTs). The CNTs have an original crystalline structure as grown and the CNTs with the metal oxide particles have a crystalline structure equal to the crystalline structure of the CNTs as grown.

专利号:US-7192567-B1
优先权日:1999-09-17
标题 :Precursor soot synthesis of fullerenes and nanotubes without formation of carbonaceous soot
发明人：REILLY PETER T A
权利人:UT BATTELLE LLC
摘要:The present invention is a method for the synthesis of fullerenes and/or nanotubes from precursor soot without the formation of carbonaceous soot. The method comprises the pyrolysis of a hydrocarbon fuel source by heating the fuel source at a sufficient temperature to transform the fuel source to a condensed hydrocarbon. The condensed hydrocarbon is a reaction medium comprising precursor soot wherein hydrogen exchange occurs within the reaction medium to form reactive radicals which cause continuous rearrangement of the carbon skeletal structure of the condensed hydrocarbon. Then, inducing dehydrogenation of the precursor soot to form fullerenes and/or nanotubes free from the formation of carbonaceous soot by continued heating at the sufficient temperature and by regulating the carbon to hydrogen ratio within the reaction medium. The dehydrogenation process produces hydrogen gas as a by-product. The method of the present invention in another embodiment is also a continuous synthesis process having a continuous supply of the fuel source. The method of the present invention can also be a continuous cyclic synthesis process wherein the reaction medium is fed back into the system as a fuel source after extraction of the fullerenes and/or nanotube products. The method of the present invention is also a method for producing precursor soot in bulk quantity, then forming fullerenes and/or nanotubes from the precursor bulk.

专利号:US-10450201-B2
优先权日:2017-10-04
标题 :Method for the synthesis of nanoparticles of heterometallic nanocomposite materials
发明人：SOHAIL MANZAR; SHARIF MUHAMMAD; KHAN SAFYAN A; SHER MUHAMMAD; JAGADEESH RAJENAHALLY V
权利人:UNIV KING FAHD PET & MINERALS
摘要:A simple one pot sol-gel method for the synthesis of bi-metal nanostructures is based on non-noble metals (Fe, Co and Sn) and titanium. The method involves the synthesis of mixed metal nanoscale composites using low cost precursors which allow for the synthesis of desired nanocomposite materials with self-scarifying titanium or silica supports. The procedure does not require any surfactant or any need for pH controlled step. Applicants' method involves the in-situ generation of precursors and their simultaneous entrapment in a gel. This simple one pot synthesis allows for the synthesis of homogenous size, shape and distribution of targeted nanostructures. Further, this method can be applied for the preparation of various nanocomposite materials using different choices of metals and self-scarifying supports. Applicants also show that Pd, the noble metal based nanocomposite is feasible.

专利号:US-2015037240-A1
优先权日:2012-03-12
标 题 :Methods of preparing catalysts for the chirally selective synthesis of single-walled carbon nanotubes
发明人：CHEN YUAN
权利人:UNIV NANYANG TECH
摘要:Methods of preparing a sulfur-containing catalyst for the chirally selective synthesis of single-walled carbon nanotubes are presented. Sulfur-containing catalysts for the chirally selective synthesis of single-walled carbon nanotubes, the catalysts comprising sulfur-doped transition metal as active phase on a support, and methods of forming single-walled carbon nanotubes having a selected chirality using the catalysts are also presented.

专利号:US-5190671-A
优先权日:1990-10-03
标题:Process for the synthesis of monohaloalkanoylferrocenes
发明人：CAUBERE PAUL; FORT YVES; GAUTIER JEAN-CLAUDE; MONDET JEAN-CLAUDE
权利人:POUDRES & EXPLOSIFS STE NALE
摘要:The present invention relates to a process for the synthesis of monohaloalkanoylferrocenes of general formula (I) in which X=Cl, Br, n is an integer such that 2 in which R1 and R2 have the abovementioned meaning, is reacted at a temperature -5 DEG C.< theta r<+15 DEG C., in the presence of AlCl3 with a halide or the anhydride of an acid of general formula (III) HOOC-(CH2)n-X, X and n having the abovementioned meaning. An acylating solution obtained by mixing AlCl2 and the acid halide or anhydride in CH2Cl2, whose temperature theta a is such that 5 DEG C.
专利号:WO-2013091696-A1
优先权日:2011-12-21
标题 :Synthesis of intermediates for preparing anacetrapib and derivatives thereof
发明人：HUMLJAN JAN; MARAS NENAD
权利人:LEK PHARMACEUTICALS; HUMLJAN JAN; MARAS NENAD
摘要:The present invention relates to the field of organic chemistry, more specifically to the synthesis of intermediate compounds which can be used in the synthesis of pharmaceutically active agents such as anacetrapib or derivatives thereof.