Arne Haaland
Molecules and Models: The Molecular Structures of Main Group Element Compounds
Arne Haaland
Molecules and Models: The Molecular Structures of Main Group Element Compounds
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This book describes the structures of molecules, i.e. their shape and size, as determined by experiments or advanced theoretical calculations, and gives an introduction to the simple concepts that chemists use to interpret these structures.
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This book describes the structures of molecules, i.e. their shape and size, as determined by experiments or advanced theoretical calculations, and gives an introduction to the simple concepts that chemists use to interpret these structures.
Produktdetails
- Produktdetails
- Verlag: Oxford University Press, USA
- Seitenzahl: 304
- Erscheinungstermin: Mai 2008
- Englisch
- Abmessung: 246mm x 175mm x 20mm
- Gewicht: 748g
- ISBN-13: 9780199235353
- ISBN-10: 019923535X
- Artikelnr.: 23580083
- Verlag: Oxford University Press, USA
- Seitenzahl: 304
- Erscheinungstermin: Mai 2008
- Englisch
- Abmessung: 246mm x 175mm x 20mm
- Gewicht: 748g
- ISBN-13: 9780199235353
- ISBN-10: 019923535X
- Artikelnr.: 23580083
Professor Arne Haaland Department of Chemistry University of Oslo Senior lecturer at the University of Oslo from 1963, professor from 1986 Visiting professor at the University of Dar es Salaam (Tanzania) 1975-77 Visiting professor Oregon State University 1982-83 Visiting professor at Universität Tübingen 1992-93 Published 200 research papers on molecular structures and chemical bonding (with 6000 citations) Member of the Norwegian Academy of Science and Letters and its human rights committee
* 1: Atomic properties: one-electron atoms
* 2: Atomic properties: two-electron atoms
* 3: Atoms with more than two electrons: atomic properties and periodic
trends
* 4: Homonuclear diatomic molecules
* 5: Gaseous alkali metal halides: ionic compounds
* 6: Other heteronuclear diatomic molecules: polar covalent bonds
* 7: Lewis¿ "cubical atom" model. Molecular orbital calculations on the
one-electron molecule H2+ and the two-electron molecule H2
* 8: Molecular orbital calculations on heteronuclear diatomic
molecules, hybridization, and estimation of net atomic charges from
calculated electron densities
* 9: Homonuclear diatomic species of the Second Period elements from
Li2 to Ne2
* 10: Structure and bonding in the gaseous dihalides and dialkyls of
the Group 2 and Group 12 metals
* 11: Structure and bonding in the gaseous monochlorides, trichlorides
and trimethyl derivatives of the Group 13 elements
* 12: Electron defficient molecules: three-centre, two-electron bonds
* 13: Structure and bonding in simple compounds of the Group 14
elements
* 14: Structure and bonding in some simple hydrocarbons and in ethane
and ethene analogous of the heavier Group 14 elements
* 15: Structure and bonding in simple compounds of the Group 15
elements
* 16: Electron donor-acceptor complexes
* 17: Structure and bonding in simple compounds of the Group 16
elements
* 18: Structure and bonding in simple compounds of the Group 17
elements.
* 19: Structure and bonding in simple compounds of the noble gases
* 20: Structure and bonding in oxides and oxoacids of carbon, sulfur,
nitrogen, phosphorus and chlorine
* 2: Atomic properties: two-electron atoms
* 3: Atoms with more than two electrons: atomic properties and periodic
trends
* 4: Homonuclear diatomic molecules
* 5: Gaseous alkali metal halides: ionic compounds
* 6: Other heteronuclear diatomic molecules: polar covalent bonds
* 7: Lewis¿ "cubical atom" model. Molecular orbital calculations on the
one-electron molecule H2+ and the two-electron molecule H2
* 8: Molecular orbital calculations on heteronuclear diatomic
molecules, hybridization, and estimation of net atomic charges from
calculated electron densities
* 9: Homonuclear diatomic species of the Second Period elements from
Li2 to Ne2
* 10: Structure and bonding in the gaseous dihalides and dialkyls of
the Group 2 and Group 12 metals
* 11: Structure and bonding in the gaseous monochlorides, trichlorides
and trimethyl derivatives of the Group 13 elements
* 12: Electron defficient molecules: three-centre, two-electron bonds
* 13: Structure and bonding in simple compounds of the Group 14
elements
* 14: Structure and bonding in some simple hydrocarbons and in ethane
and ethene analogous of the heavier Group 14 elements
* 15: Structure and bonding in simple compounds of the Group 15
elements
* 16: Electron donor-acceptor complexes
* 17: Structure and bonding in simple compounds of the Group 16
elements
* 18: Structure and bonding in simple compounds of the Group 17
elements.
* 19: Structure and bonding in simple compounds of the noble gases
* 20: Structure and bonding in oxides and oxoacids of carbon, sulfur,
nitrogen, phosphorus and chlorine
* 1: Atomic properties: one-electron atoms
* 2: Atomic properties: two-electron atoms
* 3: Atoms with more than two electrons: atomic properties and periodic
trends
* 4: Homonuclear diatomic molecules
* 5: Gaseous alkali metal halides: ionic compounds
* 6: Other heteronuclear diatomic molecules: polar covalent bonds
* 7: Lewis¿ "cubical atom" model. Molecular orbital calculations on the
one-electron molecule H2+ and the two-electron molecule H2
* 8: Molecular orbital calculations on heteronuclear diatomic
molecules, hybridization, and estimation of net atomic charges from
calculated electron densities
* 9: Homonuclear diatomic species of the Second Period elements from
Li2 to Ne2
* 10: Structure and bonding in the gaseous dihalides and dialkyls of
the Group 2 and Group 12 metals
* 11: Structure and bonding in the gaseous monochlorides, trichlorides
and trimethyl derivatives of the Group 13 elements
* 12: Electron defficient molecules: three-centre, two-electron bonds
* 13: Structure and bonding in simple compounds of the Group 14
elements
* 14: Structure and bonding in some simple hydrocarbons and in ethane
and ethene analogous of the heavier Group 14 elements
* 15: Structure and bonding in simple compounds of the Group 15
elements
* 16: Electron donor-acceptor complexes
* 17: Structure and bonding in simple compounds of the Group 16
elements
* 18: Structure and bonding in simple compounds of the Group 17
elements.
* 19: Structure and bonding in simple compounds of the noble gases
* 20: Structure and bonding in oxides and oxoacids of carbon, sulfur,
nitrogen, phosphorus and chlorine
* 2: Atomic properties: two-electron atoms
* 3: Atoms with more than two electrons: atomic properties and periodic
trends
* 4: Homonuclear diatomic molecules
* 5: Gaseous alkali metal halides: ionic compounds
* 6: Other heteronuclear diatomic molecules: polar covalent bonds
* 7: Lewis¿ "cubical atom" model. Molecular orbital calculations on the
one-electron molecule H2+ and the two-electron molecule H2
* 8: Molecular orbital calculations on heteronuclear diatomic
molecules, hybridization, and estimation of net atomic charges from
calculated electron densities
* 9: Homonuclear diatomic species of the Second Period elements from
Li2 to Ne2
* 10: Structure and bonding in the gaseous dihalides and dialkyls of
the Group 2 and Group 12 metals
* 11: Structure and bonding in the gaseous monochlorides, trichlorides
and trimethyl derivatives of the Group 13 elements
* 12: Electron defficient molecules: three-centre, two-electron bonds
* 13: Structure and bonding in simple compounds of the Group 14
elements
* 14: Structure and bonding in some simple hydrocarbons and in ethane
and ethene analogous of the heavier Group 14 elements
* 15: Structure and bonding in simple compounds of the Group 15
elements
* 16: Electron donor-acceptor complexes
* 17: Structure and bonding in simple compounds of the Group 16
elements
* 18: Structure and bonding in simple compounds of the Group 17
elements.
* 19: Structure and bonding in simple compounds of the noble gases
* 20: Structure and bonding in oxides and oxoacids of carbon, sulfur,
nitrogen, phosphorus and chlorine