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Research has been conducted on KNa (sub)3 In (sub)9. The results of the single-crystal X-ray diffraction analysis demonstrate that this compound crystallizes in the orthorhombic system which contains indium network constructed of empty indium icosahedra layers.

Research has been conducted on the aromatic optically active epoxides. Results indicate that these compounds can be opened with indoles in the presence of the catalytic amount of InBr (sub)3.

Research has been conducted on the one-dimensional coordination polymers. The synthesis and structures of these polymers and the ability of [M(SC{O}Ph) (sub)4] (super)- anion to behave like anionic metalloligand have been investigated and discussed.

Research has been conducted on the allenyl-aldehydes and -ketones. The arylative cyclization of these compounds carried out in producing homoallylic cyclopentanols and cyclohexanols via indium-mediated and palladium-catalyzed Babier allylation is described.

Research has been conducted on indium tribromide which exhibits high tolerance to various functional groups. Results indicate that 1,4-conjugated addition of indoles or thiols to alpha,beta-unsaturated ketones mediated by InBr (sub)3 has produced beta-substituted ketones in good yields.

Research has been conducted on the hybrid organic-inorganic polymer which has been produced hydrothermally. The synthesis and the crystal structure of this polymers are described.

Research has been conducted on the argon matrices containing gallium or indium dimers and H (sub)2. The study of the photolytically and thermally activated reactions occurring in the matrices is presented.

Research has been conducted on the alpha-chloropropargyl phenyl sulfide and aldehydes. The results of the coupling reactions between these compounds which have occurred under aqueous conditions are reported.

Research has been conducted on the catalytic Sakurai reaction. The use of the catalytic amount of InCl (sub)3 in the presence of the trimethylsilyl chloride in investigating this reaction is discussed.

Research has been conducted on the Cs (sub)5 In (sub)3 As (sub)4 produced by the fusion of a stoichiomeric mixture of the pure elements. The structure of this compound made of the one- and two-dimensional sections with the same composition has been investigated and these sections have been considered as the polymorphic forms of the same compound.

Research has been conducted on the alcohols reduction via the chlorodipenylsilane. The use of this chlorodipenylsilane as a hydride source in the presence of the indium trichloride catalytic amount is described.

Research has been conducted on the In(III) and Cu(II) parameters. The parameters for the AMBER (super)* force field have been developed via the use of the automated procedures from the crystallographic structures and ab initio calculations and are described in this work.

Research has been conducted on the formation of K (sub)2 SrIn (sub)7. The direct fusion of the neat elements in a niobium tube has been investigated, and the results of the single-crystal X-ray diffraction analysis revealing that K (sub)2 SrIn (sub)7 crystallizes in the orthorhombic system are presented.

Research has been conducted on the alpha,beta-epoxycarboxylic acids. The investigation of the bromolysis and iodolysis of these acids in pure water has been carried out and the results are presented.

Research has been conducted on the InCl (sub)3, Yb(OTf) (sub)3 and Sc(OTf) (sub)3. The catalytic efficiency of these compounds in the alpha,beta-epoxycarboxylic acid azidolysis has been investigated in water and in organic solvents and the results are discussed.

Research has been conducted on the sulfonimines. The reaction of these sulfonimines with crotyl bromide and indium in aqueous media that gave alpha-crotylation products has been investigated and the results are presented.

Research has been conducted on the C-branched sugars which require a stereoselective carbon-carbon bond creation onto base- or acid-sensitive compounds. The preparation protocol of the 2-C-branded sugars and C-disaccharides under the indium-promoted Barbier-type allylations in aqueous media is presented.

Research has been conducted on the allenylindium reagents bearing a protected amino group. The preparation of these reagents from the N-protected 3-alkyl-2-ethynylaziridines via the InI treatment in the presence of Pd(PPh (sub)3) (sub)4 and H (sub)2 O is described.

Research has been conducted on the aromatic amines and cyclic ethers. The synthesis of different tetrahydroquinoline derivatives carried out via the use of the domino reaction of these aromatic amines and cyclic ethers is described.

Research has been conducted on the nucleophilic reagents vinyloxiranes. The reactions of the caronyl compounds with the allylic indium reagents derived from the vinyloxiranes have been investigated and the results indicate the dependence of the regio- and stereoselectivity on the reaction temperature, solvents, carbonyl compounds and the vinyloxirane substitution pattern.

Research has been conducted on the phosphonates and their derivatives. The addition of the allylindium species to beta-keto phosphonates has been investigated and the results indicate that allylindium derivatives add to the beta-keto phosphonates carbonyl group without any Lewis acid.

Research has been conducted on the optically active imino alcohol-type aldimine. The Barbier-type allylation of this aldimine which proceeded with high regio- and stereoselectivity is described.

Research has been conducted on the tin(II), indium(I) and germanium(II). The reactions of these metals with chromium(VI) and chromium(IV) species have been investigated and the results demonstrate the evidence for the 2e (super)- changes occurred via the oxygen atom (oxo) transfer.

Research has been conducted on the selective reduction of alkynes to alkenes. Results demonstrate that the use of indium in aqueous ethanol provides a highly selective reduction of the terminal alkynes to alkenes in aryl propargyl ethers, amines and esters.

Research has been conducted on the dithiophosphinato complexes use as solvent extraction agents for metals, insectides and pesticides. The X-ray crystal structures of tris(diisobutyldithiophosphinato)gallium(III) and -indium(III) compounds have been investigated, and the results indicate that these compounds do not exhibit different coordination modes.