Dimensional Scaling in Chemical Physics Book

I	Basic Aspects	5
1	Introduction	7
2	Tutorial	61
II	The Research Frontier	81
3	Large-D Limit for N-Electron Atoms	83
4	Low D Regime	115
4.1	The One-Dimension Limit	115
4.2	Flatland: The Periodic System for D = 2	131
5	Hyperspherical Symmetry	139
5.1	D-Dimensional Hydrogenlike Orbitals	139
5.2	Ground-State Wigner Function for the D-dimensional Hydrogen Atom	165
5.3	1/n Expansions for Quasistationary States	179
6	Hypercylindrical Symmetry	197
6.1	The Spheroidal H Atom	197
6.2	1/n Expansion for a Hydrogen Atom in Strong External Fields	217
6.3	Simple Molecules and Variant Scalings	230
6.4	Symmetry-breaking and Tunneling in H[actual symbol not reproducible]	256
7	General Computational Strategies	275
7.1	Singularity Analysis and Summation of 1/D Expansions	275
7.2	Dimensional Scaling and Spectral Properties	315
7.3	The Dimensional Dependence of Rates of Convergence of Rayleigh-Ritz Variational Calculations on Atoms and Molecules	336
8	Two-Electron Excited States	359
8.1	Dimensional Expansions for Excited States	359
8.2	Analytic Continuation of Higher Angular Momentum States to D Dimensions and Interdimensional Degeneracies	375
9	Large-D Limit for Metalic Hydrogen	389
10	D-Interpolation of Virial Coefficients	429
III	Related Methods	459
11	Nonseparable Dynamics	461
12	Pseudomolecular Electron Correlation in Atoms	471
12.1	The Three-Body Coulomb Problem in Molecular Coordinates	471
12.2	Valence Electrons in Atoms: Collective or Independent-Particle-Like?	485
	Epilogue	499
	Index	501