Green atomic energy

Reiss, Spencer and Peter Schwartz, "Nuclear Now How Clean, Green Atomic Energy Can Stop Global Warming," Wired, Volume 13, pp. 78-80, February 2005. 

Green zone A compartment of secondary containment used in the atomic energy industry. 

Green, A.E., U.K. Atomic Energy Authority, Health and Safety Branch, Rep. AHSB (S) R113, Risley, Lancashire, 1966. 

Fig. 3. Molecules used to fit potential parameters for Nb5+-02 interactions. Atoms are as in Figure 1, except that the small green atom is Nb5+. DFT calculations are compared with model predictions. Model predictions are given in parenthesis in blue text. Bond lengths are given in angstroms, and reaction energies are given in kcal/mol.

The two-time Green s function method has the advantage of being applicable to many atomic physics problems, such as the recombination of an electron with an ion [20], the shape of spectral lines [21] and the effect of nuclear recoil on atomic energy levels [22,23]. 

Fig. 2. The 2-particle Green s function contains information about the atomic energy levels of a 2-electron atom or ion...

K. J SERDULA and R. E. GREEN, Lattice Measurements with 19-element Natural Assemblie.s, Part 1 Bucklings for a Range of Spaclngs with 0,0 and He coolant, AECL-2516, Atomic Energy of Canada Limited (1965). 

Green, M.A. and Livingston, A.D. (1992). Procedures development common deficiencies and possible solutions. In International Atomic Energy Authority International Working Group on Nuclear Power Plant Control and Instrumentation, Specialist Meeting on Operating Procedures for Nuclear Power Plants and Their Presentation, Vienna, Austria. 

JCAE, Hearings on Employee Radiation Hazards, pp. 399-407 Bruce A. Greene, "Workmen s Compensation Aspects of the Peaceful Uses of Atomic Energy," Proceedings of the International Conference on the Peaceful Uses ( Atomic Energy, vol. 13 (New York United Nations, 1956), pp. 59-62. 

We have carried out impurity calculations for a zinc atom embedded in a copper matrix. We first perform self consistent band theory calculations on pure Cu and Zn on fee lattices with the lattice constant of pure Cu, 6.76 Bohr radii. This yields Fermi energies, self consistent potentials, scattering matrices, and wave functions for both metals. The Green s function for a system with a Zn atom embedded in a Cu matrix... 

It should be observed that the subscript exact here refers to the lowest eigenvalue of the unrelativistic Hamiltonian the energy is here expressed in the unit Aci 00(l+m/Mz) 1 and Z is the atomic number. If the HE energies are taken from Green et al.,8 we get the correlation energies listed in the first column of Table I expressed in electron volts. The slow variation of this quantity is noticeable and may only partly be understood by means of perturbation theory. 

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