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Electrons ground state

Ammonia (NFl ) is pyramidal like PFl and in its electronic ground state there are two versions of tlie numbered equilibrium structure exactly as shown for PFl in figure Al.4.5. The potential barrier between the... [Pg.180]

State I ) m the electronic ground state. In principle, other possibilities may also be conceived for the preparation step, as discussed in section A3.13.1, section A3.13.2 and section A3.13.3. In order to detemiine superposition coefficients within a realistic experimental set-up using irradiation, the following questions need to be answered (1) Wliat are the eigenstates (2) What are the electric dipole transition matrix elements (3) What is the orientation of the molecule with respect to the laboratory fixed (Imearly or circularly) polarized electric field vector of the radiation The first question requires knowledge of the potential energy surface, or... [Pg.1059]

At this stage we may distinguish between excitation involving different electronic states and excitation occurring within the same electronic (ground) state. Wlien the spectroscopic states are located in different electronic states, say the ground (g) and excited (e) states, one frequently assumes the Franck-Condon approximation to be applicable ... [Pg.1062]

Barker J R 1984 Direct measurement of energy transfer in rotating large molecules in the electronic ground state J. Chem. Phys. 88 11... [Pg.1086]

A) During the luultiphoton excitation of molecular vibrations witli IR lasers, many (typically 10-50) photons are absorbed in a quasi-resonant stepwise process until the absorbed energy is suflFicient to initiate a unimolecular reaction, dissociation, or isomerization, usually in the electronic ground state. [Pg.2131]

Kuhn B, Rizzo T R, Luckhaus D, Quack M and Suhm M A 1999 A new six-dimensional analytical potential up to chemically significant energies for the electronic ground state of hydrogen peroxide J. Chem. Phys. Ill 2565-87... [Pg.2151]

Oppenlieimer potential which is defined as the electronic ground-state energy for nuclear configuration T, including the niiclear-niiclear repulsion. [Pg.2292]

Hence, in order to contract extended BO approximated equations for an N-state coupled BO system that takes into account the non-adiabatic coupling terms, we have to solve N uncoupled differential equations, all related to the electronic ground state but with different eigenvalues of the non-adiabatic coupling matrix. These uncoupled equations can yield meaningful physical... [Pg.66]

The Symmetry Properties of Wave Furictioris of Li3 Electronically Ground State in S3 Permutation Group... [Pg.581]

Ln Unpaired electrons Ground state Colour MeTBM Observed... [Pg.1243]

Scaled lo Ar( C) = 12, where C is a neutral atom in its nuclear and electronic ground state]... [Pg.1342]

The best solution to date for the electronic ground state is that of Wind (1965) who found an electronic energy (relative to infinitely separated nuclei and electrons) of —0.602634 2 h, which corresponds to a dissociation energy... [Pg.76]

Table 3.2 records historically significant calculations for the electronic ground state of H2+. [Pg.81]

We can construct a total electronic wavefunction as the product of a spatial part and a spin part. For the electronic ground state of H2 we can consider combinations of the two spatial terms... [Pg.91]

In the limit of infinite atom separations, or if we switch off the Coulomb repui. sion between two electrons, all four wavefunctions have the same energy. But they correspond to different eigenvalues of the electron spin operator the first combination describes the singlet electronic ground state, and the other three combinations give an approximate description of the components of the first triplet excited state. [Pg.92]


See other pages where Electrons ground state is mentioned: [Pg.34]    [Pg.180]    [Pg.1047]    [Pg.1056]    [Pg.1063]    [Pg.1063]    [Pg.2139]    [Pg.2139]    [Pg.2472]    [Pg.3003]    [Pg.223]    [Pg.328]    [Pg.329]    [Pg.552]    [Pg.578]    [Pg.580]    [Pg.2]    [Pg.423]    [Pg.424]    [Pg.30]    [Pg.25]    [Pg.35]    [Pg.495]    [Pg.168]    [Pg.174]    [Pg.121]    [Pg.347]    [Pg.104]    [Pg.80]    [Pg.92]    [Pg.96]   
See also in sourсe #XX -- [ Pg.397 ]




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Argon ground state electronic configuration, 18

Arsenic ground state electronic configuration

Atomic ground state, electronic configuration

Atomic ground-state electron configuration

Atoms ground-state electron configuration

Barium ground state electronic configuration

Berkelium ground state electronic configuration

Beryllium ground state electronic configuration, 18

Bismuth ground state electronic configuration

Boron ground state electronic configuration

Bromine ground state electronic configuration

Caesium ground state electronic configuration

Calcium ground state electronic configuration

Carbon atom, 3-dimensionality ground-state electron

Carbon ground state electronic configuration

Carbon, ground-state electron

Carbon, ground-state electron configuration

Cerium ground state electronic configuration

Chlorine ground state electronic configuration

Chromium ground state electronic configuration

Cobalt ground state electronic configuration

Copper ground state electronic configuration

Curium ground state electronic configuration

Data tables ground-state electron configurations

Diatomic molecules ground state electronic configurations

Dysprosium ground state electronic configuration

Einsteinium ground state electronic configuration

Electron Configuration and Ionization Ground State

Electron Configurations of Atoms in the Ground State

Electron configmation. ground state

Electron configuration ground state

Electron configuration, ground state table

Electron correlation ground state

Electron in ground state

Electron theory ground state

Electronic configuration condensed ground state

Electronic energy singlet ground state

Electronic ground

Electronic ground and excited states

Electronic ground state energy

Electronic ground state of atom

Electronic ground state of water

Electronic ground-state rotational temperature measurement

Electronic structure ground state configurations

Electronic structure ground state properties

Electronic systems, ground-state electron

Electronic systems, ground-state electron density

Electrons ground and excited states

Electrons ground state for

Elements ground state electron configurations

Erbium ground state electronic configuration

Europium ground state electronic configuration

Eyring plot ground state electronic configurations

Fermium ground-state electronic configuration

Fluorescence spectra ground electronic state

Fluorine ground state electronic configuration

Ground State Electron Configurations of Atoms

Ground State Electron Transfer

Ground State Electronic Structure Theory

Ground State Paradox of Free Electrons in Solids

Ground electronic state lifetimes

Ground electronic states metallocenes

Ground state electron configurations, homonuclear

Ground state electron orbitals

Ground state electronic configuration 5-block elements

Ground state electronic configuration experimental data

Ground state electronic configuration listed for elements

Ground state electronic configuration notation

Ground state electronic configuration p-block elements

Ground state electronic configurations of the elements and ionization energies

Ground state electronic symmetry

Ground state of electrons

Ground states electronic structures

Ground states subshell electronic structure

Ground-state electron density

Ground-state electron density variational principle

Ground-state electronic configuration

Ground-state electronic configuration molecular

Ground-state electronic diagram

Ground-state electronic wave function

Ground-state energy of an electron

Ground-state wave function electronic Hamiltonian, spin-orbit

Grounded electronic state

Grounded electronic state potential energy surface, vibrational

Grounded electronic state spectroscopy

Group ground state electronic configurations

Hafnium ground state electronic configuration

Helium ground state electronic configuration, 17 18

Hohenberg-Kohn theorem ground-state electron density

Homonuclear diatomic molecules ground state electronic configurations

Hydrogen ground state electron configuration

Hydrogen ground state electronic configuration

INDEX ground electronic states

Intramolecular vibrational energy redistribution ground electronic state

Iodine ground state electronic configuration

Iridium ground state electronic configuration

Krypton ground state electronic configuration, 17 18

Lanthanoids ground state electronic configurations

Lanthanum ground state electronic configuration

Lawrencium ground state electronic configuration

Lithium ground state electronic configuration

Lutetium ground state electronic configuration

Magnesium ground state electronic configuration

Manganese ground state electronic configuration

Measurement electronic ground-state rotational

Mendelevium ground state electronic configuration

Mercury ground state electronic configuration

Molybdenum ground state electronic configuration

NH in the Electronic Ground State

Nature of Organic Ion-Radicals and Their Ground-State Electronic Structure

Neptunium ground state electronic configuration

Nickel ground state electronic configuration

Nitrogen ground state electronic configuration

Nobelium ground state electronic configuration

Osmium ground state electronic configuration

Oxygen ground state electronic configuration

Oxygen, electronic ground state

Palladium ground state electronic configuration

Phosphorus ground state electronic configuration, 18

Phosphorus, ground-state electron

Phosphorus, ground-state electron configuration

Photodissociation ground electronic state

Physical chemistry ground electronic state

Planar conformation ground electronic state

Platinum ground state electronic configuration

Plutonium ground state electronic configuration

Polonium ground state electronic configuration

Potassium ground state electronic configuration

Potential Energy Surfaces for Ground-State Electron Transfer. Relation to Photochemistry Nonadiabatic Chemistry

Praseodymium ground state electronic configuration

Protactinium ground state electronic configuration

Radium ground state electronic configuration

Radon ground state electronic configuration

Rhenium ground state electronic configuration

Rhodium ground state electronic configuration

Rubidium ground state electronic configuration

Ruthenium ground state electronic configuration

Samarium ground state electronic configuration

Scandium ground state electronic configuration

Selenium ground state electronic configuration

Silicon ground state electronic configuration

Silver ground state electronic configuration

Sodium ground state electronic configuration

Sodium ground-state electron configuration

Spectroscopic Techniques for Measuring Collision-Induced Transitions in the Electronic Ground State of Molecules

Stimulated emission pumping ground electronic state

Strontium ground state electronic configuration

Study of Energy-Transfer Processes in Electronic Ground States

Sulfur ground state electronic configuration

Tantalum ground state electronic configuration

Tautomerization in the Ground Electronic State

Technetium ground state electronic configuration

Tellurium ground state electronic configuration

Terbium ground state electronic configuration

Thallium ground state electronic configuration

The Electronic Ground State

Thiophosgene ground electronic state

Thorium ground state electronic configuration

Time-resolved spectroscopy ground electronic states

Titanium ground state electronic configuration

Triplet ground state electron spin resonance

Triplet ground state electronic effects

Ultrafast relaxation ground electronic states

Uranium ground state electronic configuration

Vanadium ground state electronic configuration

Water electronic ground state

Wavepacket Dynamics of Hydrogen Bonds in the Electronic Ground State

Xenon ground state electronic configuration

Ytterbium ground state electronic configuration

Yttrium ground state electronic configuration

Zirconium ground state electronic configuration

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