000			03050nam a22002897a 4500
005			20190212113526.0
008			190205b xxu||||| |||| 00| 0 eng d
020			_a9781461384977
028			_a:Variety Books Publishers & Distributors _b:B-10 Street No 2 West Vinod Nagar Delhi 110092 _c:IM2344 _d:30/01/2019
082			_22nd ed. _a541.224 VER
100			_aVerkade, John G
245			_aA Pictorial approach to molecular bonding and vibrations _c/ John G Verkade
260			_aNew York _b : Springer, _c©1997
300			_axviii, 367 pages _b: illustrations _c; 24 cm
365			_b5886
505			_aCh. 1. Orbital Picture for Bound Electrons -- Ch. 2. Atomic Orbitals -- Ch. 3. Diatomic Molecules -- Ch. 4. Linear Triatomic Molecules -- Ch. 5. Triangular and Related Molecules -- Ch. 6. Bent Triatomic Molecules -- Ch. 7. Polygonal Molecules -- Ch. 8. Octahedral and Related Molecules -- Ch. 9. Tetrahedral and Related Molecules -- Ch. 10. Bipyramidal and Related Molecules -- Ch. 11. Prismatic Molecules -- Ch. 12. Polymers -- Ch. 13. Cages -- Ch. 14. Solid State Materials -- App. I.A. Wave Amplitude -- App. I.B. Normalization and Orthogonality -- App. I.C. Using an Orbital Matrix -- App. II. A. Integrating an Orbital Wave Function -- App. II. B. Calculating the Angles for Conal Nodes -- App. II. C. Mathematical Meaning of R -- App. II. D. Mathematical Meaning of R* -- App. II. E. Mathematical Meaning of v(nlm) -- App. II. F. Kinetic and Total Electronic Energy -- App. II. G. Reorienting a Set of (p) Orbitals -- App. II. H. Linearly Combining (2s), (2px), (2py), and (2pz) -- App. II. I. Angle between Orthogonal Digonal sp Hybrids -- App. II. J. Transformation Matrix for sp Digonal Hybrids -- App. II. K. Reorienting sp Digonal Hybrids -- App. II. L. Transformation Matrix for sp[superscript 2] Trigonal Hybrids -- App. II. M. Transformation Matrix for sp[superscript 3] Tetrahedral Hybrids -- App. II. N. Gradual Changes in Character between Two Orbitals -- App. II. O. Relationship between Trigonal and Tetrahedral Hybrids -- App. III. A. Symmetry, Molecular Orbitals, and Generator Orbitals -- App. III. B. Overlap Integral -- App. III. C. Kit for Visualizing MOs in Three Dimensions -- App. IV. Hybrid GOs and Noncooperating Central Atoms -- App. V. Circular Nodes in Rectangularly Shaped Molecules -- App. VI. Euler's Theorem and Cages -- App. VII. Huckel Calculations.
520			_aUnderstanding molecular orbitals (MOs) is a prerequisite to appreciating many physical and chemical properties of matter. This extensively revised second edition of A Pictorial Approach to Molecular Bonding presents the author's innovative approach to MOs, generating them pictorially for a wide variety of molecular geometries
650			_aChemistry
650			_aPhysical chemistry
650			_aChemical bonds.
650			_aMolekülorbital.
650			_aChemische Bindung.
650			_aSpectres de vibration
655			_aAtomic
700			_aVerkade, John G.
942			_cBOOK
999			_c50761 _d50761