Quinn

P, J L Finney, J D Nicholas and J E Quinn 1979. Cooperative Effects in Simulated Water. Nature 2 459-464. 

R. Kat2 and G. Quinn in F. Riley, ed.. Progress in Nitrogen Ceramics, Martinus Nijhoff Pubhshers, The Hague, Netherlands, 1983, p. 491. 

R. Steve Morrow Christine M. Quinn Coea-Cola USA... 

Heating, Refrigerating and Air-Conditioning Engineers, New York, 1967. Quinn, Humidity The Neglected Parameter, Test Eng. (July 1968). Treybal, Mass-Ttansfet- Operations, 3d ed. McGraw-Hill, New York, 1980. Wexler, Humidity and Moisture, vol. I, Reinhold, New York, 1965. Zimmerman and Lavine, Psychrometric Charts and Tables, Industrial Research Service, 2d ed., Dover, N.H., 1964. 

Phase Dispersed There is an ill-defined upper limit to the volume fraction of dispersed liquid which may be maintained in an agitated dispersion. For dispersions of organic liquids in water [Quinn and Siglon, Can.J. Chem. Eng., 41, 15 (1963)],... 

Cook, T. L., Komodromos, C., Quinn, D. F. and Ragan, S., Adsorbent storage for natural gas vehicles. In Carbon Materials for Advanced Technologies, ed. 

The issue of the theoretical maximum storage capacity has been the subject of much debate. Parkyns and Quinn [20] concluded that for active carbons the maximum uptake at 3.5 MPa and 298 K would be 237 V/V. This was estimated from a large number of experimental methane isotherms measured on different carbons, and the relationship of these isotherms to the micropore volume of the corresponding adsorbent. Based on Lennard-Jones parameters [21], Dignum [5] calculated the maximum methane density in a pore at 298 K to be 270 mg/ml. Thus an adsorbent with 0.50 ml of micropore per ml could potentially adsorb 135 mg methane per ml, equivalent to about 205 V/ V, while a microporc volume of 0.60 mEml might store 243 V/V. Using sophisticated parallel slit... 

Thus, while models may suggest optimal pore spuctures to maximize methane storage, they give no indication or suggestion as to how such a material might be produced. On the other hand, simple measurement of methane uptake from variously prepared adsorbents is not sufficient to elucidate the difference in the pore structure of adsorbents. Sosin and Quinn s method of determining a PSD directly from the supercritical methane isotherm provides an important and valuable link between theoretical models and the practical production of carbon adsorbents... 

Parkyns and Quinn [20] showed a linear relationship between methane uptake at 25 C, 3.4 MPa and the Dubinin-Radushkievich micropore volume from 77 K nitrogen adsorption for porous carbons,... 

Remick, R.J., Tiller, A.J., Advanced Methods for Low Pressure Storage of CNG, Non-petroleum Vehicular Fuels Conference, Washington, April 1985 Otto, K., Alternative Energy Sources IV, Vol 6 p241, Ann Arbor Science, MI Barton, S.S., Holland, J.A. Quinn, D.F., "The Development of Adsorbent Carbon for Storage of Compressed Natural Gas, Report AF-85-01, Ontario Ministry of Transportation, 1985 1201 Wilson Ave, Downsview, Ontario, Canada M3M 1J8... 

Barton, S.S., Dacey, J.R. and Quinn, D.F., in "Fundamentals of Adsorption" 1 Engineering Foundations Conference, ed Belfort and Myers, p. 65, Engineering Foundation, New York 1983... 

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