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Results: 1-10 |
Results: 10
COMPUTATIONAL CHEMISTRY OF THE SILICON-NITRIDE SURFACE .2. BINARY HYDROXYLAMINE COMPLEXES - GEOMETRY AND BOND-ENERGIES
Authors: GONCHAROVA NV NIKITINA EA KHAVRYUCHENKO VD SHEKA EF
Citation: Nv. Goncharova et al., COMPUTATIONAL CHEMISTRY OF THE SILICON-NITRIDE SURFACE .2. BINARY HYDROXYLAMINE COMPLEXES - GEOMETRY AND BOND-ENERGIES, Journal of structural chemistry, 37(1), 1996, pp. 24-40
TECHNOLOGICAL POLYMORPHISM OF DISPERSE AM ORPHOUS SILICAS - INELASTICNEUTRON-SCATTERING AND COMPUTATIONAL MODELING
Authors: SHEKA EF KHAVRYUCHENKO VD MARKICHEV IV
Citation: Ef. Sheka et al., TECHNOLOGICAL POLYMORPHISM OF DISPERSE AM ORPHOUS SILICAS - INELASTICNEUTRON-SCATTERING AND COMPUTATIONAL MODELING, Uspehi himii, 64(5), 1995, pp. 419-445
COMPUTATIONAL CHEMISTRY OF THE SILICON-NITRIDE SURFACE .1. WATER, AMMONIA, AND WATER-AMMONIA COMPLEX
Authors: GONCHAROVA NV NIKITINA EA KHAVRYUCHENKO VD SHEKA EF
Citation: Nv. Goncharova et al., COMPUTATIONAL CHEMISTRY OF THE SILICON-NITRIDE SURFACE .1. WATER, AMMONIA, AND WATER-AMMONIA COMPLEX, Journal of structural chemistry, 36(1), 1995, pp. 50-59
FORMATION OF NANOSTRUCTURES ON AN ALPHA-C-H FILM IN THE PRESENCE OF AN ADSORBATE
Authors: LUSKINOVICH PN FROLOV VD SHAVYKIN AE KHAVRYUCHENKO VD SHEKA EF NIKITINA EA
Citation: Pn. Luskinovich et al., FORMATION OF NANOSTRUCTURES ON AN ALPHA-C-H FILM IN THE PRESENCE OF AN ADSORBATE, JETP letters, 62(11), 1995, pp. 881-886
STRUCTURE OF ETHYLXANTHOGENATE-ANION(MNDO -VB) AND SPECTRAL CHARACTERISTICS OF LANTHANIDES(III) XANTHOGENATE COMPLEXES
Authors: SAVOSTYANOVA AF KHAVRYUCHENKO VD
Citation: Af. Savostyanova et Vd. Khavryuchenko, STRUCTURE OF ETHYLXANTHOGENATE-ANION(MNDO -VB) AND SPECTRAL CHARACTERISTICS OF LANTHANIDES(III) XANTHOGENATE COMPLEXES, Zurnal neorganiceskoj himii, 39(11), 1994, pp. 1821-1825
COMPUTATIONAL MODELING OF AMORPHOUS SILICA .2. MODELING THE INITIAL STRUCTURES - AEROSIL
Authors: KHAVRYUCHENKO VD SHEKA EF
Citation: Vd. Khavryuchenko et Ef. Sheka, COMPUTATIONAL MODELING OF AMORPHOUS SILICA .2. MODELING THE INITIAL STRUCTURES - AEROSIL, Journal of structural chemistry, 35(3), 1994, pp. 291-298
COMPUTATIONAL MODELING OF AMORPHOUS SILICA .3. MODELING THE INITIAL STRUCTURES - SILICA-GEL
Authors: KHAVRYUCHENKO VD SHEKA EF
Citation: Vd. Khavryuchenko et Ef. Sheka, COMPUTATIONAL MODELING OF AMORPHOUS SILICA .3. MODELING THE INITIAL STRUCTURES - SILICA-GEL, Journal of structural chemistry, 35(3), 1994, pp. 299-304
COMPUTATIONAL MODELING OF AMORPHOUS SILICA .4. MODELING THE INITIAL STRUCTURES - AEROGEL
Authors: KHAVRYUCHENKO VD SHEKA EF
Citation: Vd. Khavryuchenko et Ef. Sheka, COMPUTATIONAL MODELING OF AMORPHOUS SILICA .4. MODELING THE INITIAL STRUCTURES - AEROGEL, Journal of structural chemistry, 35(3), 1994, pp. 305-308
COMPUTATIONAL MODELING OF AMORPHOUS SILICA .1. MODELING THE STARTING STRUCTURES - A GENERAL CONCEPTION
Authors: KHAVRYUCHENKO VD SHEKA EF
Citation: Vd. Khavryuchenko et Ef. Sheka, COMPUTATIONAL MODELING OF AMORPHOUS SILICA .1. MODELING THE STARTING STRUCTURES - A GENERAL CONCEPTION, Journal of structural chemistry, 35(2), 1994, pp. 215-223
COMPARATIVE-ANALYSIS OF VIBRATION-SPECTRA OF DISPERSIVE SILICAS AND THEIR COMPONENTS
Authors: SHEKA EF MARKICHEV IV KHAVRYUCHENKO VD NATKANETS I
Citation: Ef. Sheka et al., COMPARATIVE-ANALYSIS OF VIBRATION-SPECTRA OF DISPERSIVE SILICAS AND THEIR COMPONENTS, Journal of structural chemistry, 34(4), 1993, pp. 523-533
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