521 Publications (Page 6 of 21)
2008
A predictive pressure drop model for a designing and optimizing cathode air filters
Sothen, R.A. and Tatarchuk, B.
 
A semi-empirical pressure drop model: Part 1--pleated filters
Sothen, Ryan and Tatarchuk, Bruce
HVAC & R Research, vol. 14, (no. 6), pp. 841, 20081101. | Journal Article
 
A Semi-Empirical Pressure Drop Model: Part I-Pleated Filters
Sothen, R. A. and Tatarchuk, B. J.
(pp. 841-860)
 
A Semi-Empirical Pressure Drop Model: Part I-Pleated Filters
Sothen, Ryan ASothen, R. A.Tatarchuk, Bruce J and Tatarchuk, B. J.
HVAC&R Research, vol. 14, (no. 6), pp. 860, 11/1/2008. | Journal Article
 
A study of kinetic effects due to using microfibrous entrapped zinc oxide sorbents for hydrogen sulfide removal
Yang, HongyunYang, HongyunCahela, Donald RCahela, Donald R.Tatarchuk, Bruce J and Tatarchuk, Bruce J.
Chemical Engineering Science, vol. 63, (no. 10), pp. 2707-2716, 2008. | Journal Article
 
Breakthrough Characteristics of Reformate Desulfurization Using ZnO Sorbents for Logistic Fuel Cell Power Systems
Yang, HongyunYang, H. Y.Sothen, R.Sothen, RyanCahela, Donald RCahela, D. R.Tatarchuk, B. J. and Tatarchuk, Bruce J
Industrial & Engineering Chemistry Research, vol. 47, (no. 24), pp. 10070, 20081217. | Journal Article
 
Determining kinetic and mass transfer limiting behavior of a solid oxide fuel cell via AC impedance
Payne, Robert U.Payne, Robert U.Zhu, YingZhu, YingZhu, Wenhua H.Zhu, Wenhua H.Tatarchuk, Bruce J.Tatarchuk, Bruce J.Elangovan, S.Elangovan, S.Timper, Mark and Timper, Mark
 
Development of cathode air filters for PEM fuel cell using microfibrous entrapped sorbents
Phalle, A.G.Gaur, V. and Tatarchuk, B.
 
Electrical characterization of lead-acid battery at load for HEV applications
Zhu, Wenhua H.Zhu, Wenhua H.Zhu, YingZhu, YingPayne, Robert U.Payne, Robert U.Tatarchuk, Bruce J. and Tatarchuk, Bruce J.
 
Equivalent circuit elements for PSpice simulation of PEM stacks at pulse load
Zhu, Wenhua HZhu, Wenhua HZhu, Wenhua HPayne, Robert UPayne, Robert UPayne, Robert UNelms, RMarkNelms, R. MarkNelms, R. MarkTatarchuk, Bruce JTatarchuk, Bruce J and Tatarchuk, Bruce J
Journal of Power Sources, vol. 178, (no. 1), pp. 197-206, 2008. | Journal Article
 
Interactions of sulfur-containing polyaromatic hydrocarbons s-pahs with surface of titania-supported silver: Novel model system for studies of adsorption/desorption and surface reactivity of adsorbents for sulfur removal
Samokhvalov, A.Davis, Z. and Tatarchuk, B.
 
Low temperature carbon monoxide oxidation using microfibrous entrapped catalyst
Punde, S.S. and Tatarchuk, B.
 
Mechanistic discrimination of circuit elements in solid oxide fuel cell equivalent circuit models
Payne, Robert U.Zhu, Wenhua H. and Tatarchuk, Bruce J.
(pp. 327-330)
 
Microfibrous entrapped small particle adsorbents for high efficiency heterogeneous contacting
Kalluri, Ranjeeth RKalluri, R. R.Cahela, Donald RCahela, D. R.Tatarchuk, Bruce J and Tatarchuk, B. J.
Separation and Purification Technology, vol. 62, (no. 2), pp. 316, 2008. | Journal Article
 
Minimization of carbon monoxide poisoning in polymer electrolyte fuel cells using in situ PROX catalysts
Pari, N.Pari, N.Fergus, J.Fergus, J.Tatarchuk, B. and Tatarchuk, B.
(pp. 119-122)
 
Oxygen enrichment of air for diesel engines: a process evaluation study
Chitta, Pallavi and Tatarchuk, Bruce J.
(pp. 66-71)
 
Oxygen enrichment of air for diesel engines: A process evaluation study
Chitta, P. and Tatarchuk, B.J.
Filtration, vol. 8, pp. 66-71. | Journal Article
 
Preparation and characterization of nanodispersed Ag-based sorbent for removal of sulfur from logistic fuels
Samokhvalov, AlexanderSamokhvalov, AlexanderNair, SachinNair, SachinDavis, ZendaDavis, ZendaTatarchuk, Bruce and Tatarchuk, Bruce
 
Pressure Drop Predictions in Microfibrous Materials Using Computational Fluid Dynamics
Duggirala, Ravi KDuggirala, Ravi K.Roy, Christopher J.Roy, Christopher JSaeidi, S. MSaeidi, S. M.Khodadadi, Jay M.Khodadadi, Jay MCahela, Don RCahela, Don R.Tatarchuk, Bruce J. and Tatarchuk, Bruce J
Journal of Fluids Engineering (Transactions of the ASME), vol. 130, (no. 7), pp. 071302 (13 pp), 2008. | Journal Article
 
Promoted ZnO sorbents for low temperature H2S removal: Influence of temperature, support surface area, pore size and pore volume
Dhage, P.Gaur, V. and Tatarchuk, B.J.
(pp. 43-51)
 
Promoted ZnO sorbents for low temperature H2S removal: Influence of temperature, support surface area, pore volume and pore size
Dhage, Priyanka P.Dhage, Priyanka P.Gaur, VivekanandGaur, VivekanandTatarchuk, Bruce J. and Tatarchuk, Bruce J.
 
Promoted ZnO sorbents for low temperature H2S removal: Influence of temperature, support surface area, pore size and pore volume
Dhage, P.Gaur, V. and Tatarchuk, B.J.
 
Promoted ZnO sorbents for low temperature H2S removal: Influence of temperature, support surface area, pore size and pore volume
Dhage, P.Gaur, V. and Tatarchuk, B.J.
(pp. 25-33)
 
Promoted ZnO sorbents for low temperature H2S removal: Influence of temperature, support surface area, pore volume and pore size
Dhage, P.P.Gaur, V. and Tatarchuk, B.J.
 
Promoted ZnO sorbents for low temperature H2s removal in PEM fuel cell
Dhage, P.Gaur, V.Yang, H. and Tatarchuk, B.