Air cargo potentials between the U.S. and Paraguay /

At head of title: Inquiry Reference Service.

Multimedia assessment of pollution potentials of non-sulfur chemical pupling technology /

Mode of access: Internet.

Transportation in America's future: potentials for the next half century. Part 1: societal context. Final report.

Transportation Department, Washington, D.C.

Transportation in America's future: potentials for the next half century. Part 2: transportation forecasts. Final report.

Transportation Department, Washington, D.C.

An analysis of the potentials and prospects of increasing edible oil production in West Pakistan : research conducted in Jan. 1971 /

Mode of access: Internet.

Potentials for vegetable processing: eastern Arkansas; a report

Bibliography: leaf at end.

Radioactive waste-disposal potentials in selected geologic basins : a reconnaissance study /

"Prepared under Contract AT(04-3)-413 for the San Francisco Operations Office, U.S. Atomic Energy Commission."

Magnetic flowmeter output potentials : flowmeters /

"March 1, 1952."

An industry and its potentials; pulp and paper in the upper lakes region.

Mode of access: Internet.

Plants : the potentials for extracting protein, medicines, and other useful chemicals : workshop proceedings.

Mode of access: Internet.

A method of studying electrode potentials and polarization,

Running title: Electrode potentials.

Jobs and growth; an "American economic performance budget" to gear our potentials to our needs.

Mode of access: Internet.

The oxidation states of the elements and their potentials in aqueous solutions,

"First printing November, 1938."

Non-additivity of attractive potentials in modeling of N-2 and Ar adsorption isotherms on graphitized carbon black and porous carbon by means of density functional theory

We present a new approach accounting for the nonadditivity of attractive parts of solid-fluid and fluidfluid potentials to improve the quality of the description of nitrogen and argon adsorption isotherms on graphitized carbon black in the framework of non-local density functional theory. We show that the strong solid-fluid interaction in the first monolayer decreases the fluid-fluid interaction, which prevents the twodimensional phase transition to occur. This results in smoother isotherm, which agrees much better with experimental data. In the region of multi-layer coverage the conventional non-local density functional theory and grand canonical Monte Carlo simulations are known to over-predict the amount adsorbed against experimental isotherms. Accounting for the non-additivity factor decreases the solid-fluid interaction with the increase of intermolecular interactions in the dense adsorbed fluid, preventing the over-prediction of loading in the region of multi-layer adsorption. Such an improvement of the non-local density functional theory allows us to describe experimental nitrogen and argon isotherms on carbon black quite accurately with mean error of 2.5 to 5.8% instead of 17 to 26% in the conventional technique. With this approach, the local isotherms of model pores can be derived, and consequently a more reliab * le pore size distribution can be obtained. We illustrate this by applying our theory against nitrogen and argon isotherms on a number of activated carbons. The fitting between our model and the data is much better than the conventional NLDFT, suggesting the more reliable PSD obtained with our approach.