928 resultados para Secretaries of State (State governments)
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Mode of access: Internet.
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"A-121."
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Issued as HEW publication
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"Listing of selected legal materials relating to discrimination in housing": p. 367-369.
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Vols.1-7 edited by J. Stevenson; v.8-11, by A. J. Crosby; v.12-17, by A. J. Butler (v.17 with S. C. Lomas); v.18-21, by S. C. Lomas (v.18, pt.2-4 with A. B. Hinds); v.22- by R. B. Wernham.
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Vol. 6:3 and v. 7: Nendeln, Liechtenstein: Kraus reprint, 1970.
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No more published?
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Compiled by the Secretary of State.
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Bibliography: p.60-61.
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Cover title
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Each issue covers separate country.
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Mode of access: Internet.
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Caption title.
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Adsorption of nitrogen, argon, methane, and carbon dioxide on activated carbon Norit R1 over a wide range of pressure (up to 50 MPa) at temperatures from 298 to 343 K (supercritical conditions) is analyzed by means of the density functional theory modified by incorporating the Bender equation of state, which describes the bulk phase properties with very high accuracy. It has allowed us to precisely describe the experimental data of carbon dioxide adsorption slightly above and below its critical temperatures. The pore size distribution (PSD) obtained with supercritical gases at ambient temperatures compares reasonably well with the PSD obtained with subcritical nitrogen at 77 K. Our approach does not require the skeletal density of activated carbon from helium adsorption measurements to calculate excess adsorption. Instead, this density is treated as a fitting parameter, and in all cases its values are found to fall into a very narrow range close to 2000 kg/m(3). It was shown that in the case of high-pressure adsorption of supercritical gases the PSD could be reliably obtained for the range of pore width between 0.6 and 3 run. All wider pores can be reliably characterized only in terms of surface area as their corresponding excess local isotherms are the same over a practical range of pressure.
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We present a theory for a superfluid Fermi gas near the BCS-BEC crossover, including pairing fluctuation contributions to the free energy similar to that considered by Nozieres and Schmitt-Rink for the normal phase. In the strong coupling limit, our theory is able to recover the Bogoliubov theory of a weakly interacting Bose gas with a molecular scattering length very close to the known exact result. We compare our results with recent Quantum Monte Carlo simulations both for the ground state and at finite temperature. Excellent agreement is found for all interaction strengths where simulation results are available.