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- Publications
- Influence
Overland flow in wetlands: vegetation resistance.
- R. H. Kadlec
- Geology
- 1 May 1990
Emergent wetland vegetation frequently provides most of the resistance to flow of surface water. Stems are typically spaced many diameters apart. Therefore, fluid friction should be computed from… Expand
Equilibrium‐limited periodic separating reactors
- G. G. Vaporciyan, R. H. Kadlec
- Chemistry
- 1 August 1987
A new unit operation is presented that utilizes a rapid feed pressure swing cycle in a bed packed with catalyst and adsorbent to effect both reaction and separation. This hybrid device combines… Expand
Kinetics of the saponification of diethyl adipate
- Mark Richard Newberger, R. H. Kadlec
- Chemistry
- 1 November 1973
The reduction of Al2O3 to aluminum in a plasma
- R. Rains, R. H. Kadlec
- Chemistry
- 1 June 1970
The reduction of aluminum oxide to aluminum in radio frequency generated plasmas was studied experimentally. Argon with hydrogen, carbon dioxide, and methane were used as plasma gases. Product was… Expand
The behaviour of the dispersed phase in liquid-liquid cocurrent flow through a packed bed
- John P. Duffy, R. H. Kadlec
- Physics
- 1 December 1975
The drop size distributions produced by the cocurrent flow of kerosene dispersed in water through a vertical column packed with spheres have been measured at different levels of flow rate, volume… Expand
Modeling Hydrocarbon Disappearance in Reciprocating-Engine Exhaust
- R. J. Herrin, D. Patterson, R. H. Kadlec
- Environmental Science
- 1980
Chlorination of sulfur dioxide in a plasma arc photochemical reactor: Part I. Reactor performance
- G. J. Quarderer, R. H. Kadlec
- Chemistry
- 1974
This is a study of a photochemical reactor consisting of a vortex-stabilized arc and an annular, triple-walled, fused silica reaction chamber. An argon arc plasma provides the light. For power inputs… Expand
Reactor Studies for Exhaust Oxidation Rates
- H. A. Lord, E. A. Sondreal, R. H. Kadlec, D. Patterson
- Materials Science
- 1 February 1973
Chlorination of sulfur dioxide in a plasma arc photochemical reactor: Part II. Chlorination of sulfur dioxide
- G. J. Quarderer, R. H. Kadlec
- Chemistry
- 1974
The photochemical chlorination of sulfur dioxide was investigated experimentally. The photochemical reactor was the vortex-stabilized arc radiation source described in Part I. Aqueous inorganic… Expand
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