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Online Theses Library of MG University
Category Title / Sections Scholar Branch of Study Year
Page Table II.3 Interbond angle from interaction energy consideration. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page Fig.2 a. shows the variation of the Bending energy with lnter bond angle for cl02. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page Fig.2 b shows the variation of interaction energy with inter bond angle for clO2. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page Fig.2 c shows the variation of stretch and stretch-stretch interaction energy with inter bond angle for cI02. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page Fig.2 i shows the vanation of the Bending energy with Inter bond angle for cl2S. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page Fig.2 j shows the variation of interaction energy with inter bond angle for cl2s2. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page Fig.2 k shows the variation of the Bending energy with lnter bond angle for cl2O. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page Fig.2 l shows the vanation of interaction energy with inter bond angle for cl2O. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page 3. BENDING ENERGY MINIMIZATION cRITERION APPLIED TO XY3 PYRAMIDAL SYSTEMS FOR PREDIcTING THEIR GEOMETRY. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page 3.2 SYMMETRY cONSIDERATION. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page Table III.2 Inter bond angle determined from Energy considertations. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page Table 3 Inter bond angle determinwd from energy considertations. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page 4. STRUcTURAL ANALYSIS OF X Y2 TYPE MOLEcULES [LINEAR VERSUS BENT SYMMETRIc) BASED ON BENDING ENERGY MINIMIZATION cRITERION. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998
Page Table IV.2 Inter bond angle determined from Bending Energy considertations. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data Indira, K Physics 1998
Page 5. AN APPROXIMATION METHODFOR FORcE FIELD cALcULATION. (Thesis: Parametric approach to structural analysis of simple molecules using spectroscopic data ) Indira, K Physics 1998



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