Center for Membrane Applied Science and Technology (
Publications List Archive
Works published before advent of MUC (2001)
Totals:
Peer Reviewed Articles: 77
Non Peer-Reviewed
Publications: 16
MS Thesis Publications: 17
Ph.D. Thesis Publications: 21
Presentations at
Conferences: 219
Peer Reviewed Articles
1.
Bond, L.J., Greenberg,
A.R., Mairal, A.P., Loest,
G.W., Brewster, J.H. and Krantz,
W.B., “Real-Time Nondestructive
Characterization of Membrane Compaction and Fouling,” Review of Progress in Quantitative Nondestructive Evaluation,
Thompson, D.O., and Chimenti, D.E. (eds.), Plenum
Press, New York, 14: 1167-1173
(1995).
2.
Smith, B.M., Bowman, C.N.,
Todd, P.W., “Boron Removal by
Polymer Assisted Ultrafiltration,” Separation
Science and Technology, 30 (20): 3849-3859 (1995).
3.
Thunhorst, K., Bowman,
C.N., and Noble, R.D.,
“Transport of Ionic Species Through Functionalized
Poly (vinyl benzyl chloride) Membranes,” Journal
of Membrane Science, 128,
183-193 (1997).
4.
Smith, B.M., Owens, J.L., Bowman,
C.N. and Todd, P.W.,
“Thermodynamics of Borate Ester Formation by Three Readily Grafted
Carbohydrates,” Carbohydrate Research, 308,
173 (1998).
5.
Elliott, B.J., Willis, W.B., and Bowman,
C.N., “Polymerization Kinetics of Pseudocrown
Ether Network Formation for Facilitated Transport Membranes,” Macromolecules, 32, 3201 (1999).
6.
Park, C.S.,
7.
8.
Redkar, S.G. and
9.
Arora, N. and
10.
Tracey, E.M. and
11.
12.
Redkar, S.G. and
13.
Arora, N. and
14.
Parnham, C.S. and
15.
Mueller, J. and Davis, R.H.,
“Protein Fouling of Surface-modified Polymeric Microfiltration Membranes,” Journal of Membrane Science, 116: 47-60 (1996).
16.
Parnham, C.S. and
17.
Guell, C. and
18.
Redkar, S.G., Kuberkar, V., and
19.
Mueller, J., Cen, Y., and
20.
Ramirez, J.A. and Davis, R.H.,
“Application of Cross-flow Microfiltration with Rapid Backpulsing to wast water Treatment,” Journal of Hazardous Materials, 63: 179-197 (1998).
21.
Kuberkar, V.T., Czekaj, P., and
22.
Güell, C., Czekaj, P.,
23.
Feldheim, D.L. and Elliott,
C.M., “Switchable Gate Membranes Conducting
Polymer Films for the Selective Transport of Neutral Solution Species,” Journal of
Membrane Science, 70: 9-15
(1992).
24.
Feldheim, D.L., Krejcik, M.,
Hendrickson, S.M., Elliott, C.M.,
“Interactions of Neutral Organics in Aqueous Solution with Conducting Polymer
Films of Poly (N-Methylpyrrole) and Poly (N-methylpyrrole/ polystyrene sulfonate),”
Journal of Physical Chemistry, 98: 5714-5720 (1994).
25.
Feldheim, D.L., Hendrickson, S.M., Krejcik,
M., Elliott, C.M., Foss,
26.
Feldheim, D.L., Hendrickson, S.M., Krejcik,
M. and Elliott, C.M., “Charge
Trapping in Poly(3,4-diphenylpyrrole) and Release by Trace Halocarbons in
Water,” Chem Mater, 7: 1124-1131 (1995).
27.
Poshusta, J.C., Vu, T.A., Falconer, J.L., and Noble,
R.D., “Synthesis and Permeation Properties of SAPO-34 Tubular
Membranes,” I&EC Research, 37 (10): 3924-3929 (1998).
28.
Bennett, K.H., Cook, K.D., Falconer,
J.L., and Noble, R.D.,
“Time-Dependent Permeance of Gas Mixtures Through
Zeolite Membranes,” Analytical Chemistry,
71: 1016-1020 (1999).
29.
“Expanding Simultaneous Process Mass Spectrometric Analysis”, Bennett,
K.H.; Cook, K.D.; Falconer, J.L. and Noble, R.D., J.
Process Anal. Chem., 5, 42-49 (2000).
30.
“Isomorphous Substitution of Al, Fe, B, and Ge into MFI-Zeolite Membranes”, Vu, T.; Falconer,
J.L. and Noble, R.D., Microporous and Mesoporous
Materials, 41, 269-280 (2000).
31.
“ZrO2 Film Growth by Chemcial Vapor
Deposition Using Zirconium Tetra-ter-Butoxide”,
Cameron, M.A. and George, S.M.,
Thin Solid Films 348, 90 (1999).
32.
“Atomic Layer Deposition of SiO2 and TiO2 in Alumina Tubular
Membranes: Pore Reduction and Effect of
Surface Species on Gas Transport”, Cameron, M.A., Gartland,
I.P., Smith, J.A., Diaz, S.F,
and George, S.M., Langmuir
16, 7435 (2000).
33.
Shojaie, S.S., Greenberg,
A.R. and Krantz, W.B.
, “Use of an Electric Field to Alter Membrane Morphology in a Polysulfone-Polyvinylpyrrolidone Blend,” Journal of Membrane Science,
79: 115-122 (1993).
34.
Greenberg, A.R., Khare,
V.P., and Krantz, W.B.,
“Development of a Technique for the in
situ Measurement of the Mechanical Properties of Ultra-thin Interfacially
Polymerized Films,” Materials Research
Society Proceedings: Thin Films: Stresses and Mechanical Properties V, S.P.
Baker, C.A. Ross, P.H. Townsend, C.A. Volkert, and P.
Borgesen (eds.), Materials Research Society,
Pittsburgh, 356, 541-546 (1995).
35.
Greenberg, A.R., Shojaie,
S.S., Krantz, W.B., and Tantekin-Ersolmaz, S.B., “Use of Infrared Thermography for Measurement of Surface Temperature During
Evaporative Casting of Dense Polymeric Films,” Journal of Membrane Science, 107
(3): 249-261 (1995).
36.
Kools, W., Konagurthu, S., Greenberg, A.R., Bond L.J. and Krantz, W.B., “Use of Ultrasonic
Time-Domain Reflectometry for Real-Time Measurement of Thickness Changes During
Evaporative Casting of Polymeric Films,” Journal
of Applied Polymer Science, 69,
2013-2019 (1998).
37.
Peterson, R.A., Greenberg,
A.R., Bond, L.J. and Krantz, W.B., “Use of Ultrasonic
TDR for Real-Time Measurement of Compressive Strain During Membrane
Compaction,” Desalination, 116, 115-122 (1998).
38.
Mairal, A.P., Greenberg,
A.R., Krantz, W.B.,
and Bond, L.J., “Real-Time
Measurement of Inorganic Fouling of RO Desalination Membranes Using Ultrasonic
Time-Domain Reflectometry,” Journal of
Membrane Science, 159: 185-196
(1999).
39.
Reinsch, V.E., Greenberg,
A.R., Kelley, S.S., Perterson, R., and Bond, L.J., “A New Technique for
the Simultaneous, Real-time Measurement of Membrane Compaction and Performance
During Exposure to High-Pressure Gas”, Journal
of Membrane Science, 171,
217-228 (2000).
40.
Anurag P. Mairal, Greenberg,
A.R., Krantz, W.B., “Investigation of Membrane Fouling
and Cleaning Using Ultrasonic Time-Domain Reflectometry”, Desalination, 130 (1),
45-60 (2000).
41.
Yamaguchi, T., Boetje, L.M.,
42.
Yamaguchi, T.,
43.
Yamaguchi, T., Baertsch, C.D.,
44.
Rabago, R.,
45.
Koval, C.A., Bryant, D.L., Roberts, S.L., and Noble, R.D., “Poly(vinyl
alcohol)-Silver Nitrate Facilitated Transport Membranes for the Separation of
Aromatic and Aliphatic Compounds,” Polymer
Membranes for Gas and Vapor Separation: Chemistry and Materials, editors:
B.D. Freeman and I. Pinnau, Oxford Press, Chapter 10,
127-134 (1999).
46.
Shojaie, S.S., Krantz,
W.B. and Greenberg, A.R.,
“Development and Validation of a Model for the Formation of Evaporatively
Cast Polymeric Films,” Journal of
Materials Processing & Manufacturing Science, 1: 181-194 (1992).
47.
Shojaie, S.S., Krantz,
W.B. and Greenberg, A.R.,
“Modeling and Experimental Studies of the Formation of Evaporatively
Cast Dense Polymeric Films,” Proceedings
of the First International Conference on Transport Phenomena in Processing, (Editor S.I. Guceri)
Technomic, Lancaster, 1469-1479 (1992).
48.
Shojaie, S.S., Krantz,
W.B. and Greenberg,
A.R., “Dense Polymer Film and Membrane Formation via the Dry-Cast
Process: Part I. Model Development,” Journal of Membrane Science, 94: 255-280 (1994).
49.
Shojaie, S.S., Krantz,
W.B. and Greenberg, A.R., “Dense Polymer Film and Membrane
Formation via the Dry-Cast Process: Part II.
Model Validation and Morphological Studies,” Journal of Membrane Science,
94: 281-298 (1994).
50.
Paulsen, F.G., Shojaie, S.S. and Krantz, W.B., “Effect of Evaporation Step on Macrovoid
Formation in Wet-Cast Polymeric Membranes,” Journal
of Membrane Science, 91: 265-282
(1994).
51.
Chai, G.Y. and Krantz,
W.B., “Formation and Characterization of Polyamide Membranes via
Interfacial Polymerization,” Journal of
Membrane Science, 93: 175-192
(1994).
52.
Tan, L., Krantz, W.B.,
Greenberg, A.R. and Sani, R.L., “Studies of Convective
Transport in Evaporative Casting of Dense Polymeric Films,” Journal of Membrane Science, 108 (3): 245-255 (1995).
53.
Krantz, W. B., Bilodeau
R. R., Voorhees, M. E. and Elgas, R. J., “Use of
Axial Membrane Vibrations to Enhance Mass Transfer in a Hollow Tube Oxygenator,” Journal
of Membrane Science, 124: 283-299
(1997).
54.
Parthasarathy, A., Brumlik, C.
J., Martin, C.R. and Collins,
G. E., “Interfacial Polymerization of Thin Polymer Films onto the Surface of a
Microporous Hollow-Fiber Membrane,” Journal
of Membrane Science, 94: 249-254
(1994).
55.
Brumlik, C.J., Parthasarathy, A.,
Chen, W.J., Martin, C.R.,
“Plasma Polymerization of Sulfonated Fluorochlorocarbon Ionomer
Films,” Journal of Electrochemical Society, 141 (9): 2273-2279 (1994).
56.
Chen, W.-J. and Martin, C.R.,
“Highly Methanol-Selective Membranes for the Pervaporation Separation of
Methyl t-Butyl Ether/Methanol Mixtures,”
Journal of Membrane Science, 104: (1-2) 101-108 (1995).
57.
Chen, W.-J., Aranda, P. and Martin, C.R., “Pervaporation
Separation of Ethanol/Water Mixtures by Polystyrenesulfonate/Alumina
Composite Membranes,” Journal of Membrane
Science, 107: (3) 199-207
(1995).
58.
Wan, C., Noble, R.D.,
and Clark, N.A., “Control of
Gas Permeation via Electrohydrodynamic Convection in
a Liquid Crystal Membrane,” Journal of
Membrane Science, 74: 223-231
(1992).
59.
To, T.T., Noble, R.D.,
and
60.
Pellegrino, J.J., Wang, D., Rabago, R., Noble, R.D. and
61.
Wan, C., Noble, R.D.,
and Clark, N.A., “Use of
Polar Solvents in an Electroconvective Liquid
Membrane for Gas Separation,” Journal of
Membrane Science, 84: 191-196
(1993).
62.
Rabago, R., Noble,
R.D. and Koval,
63.
Collins, J.P., Noble, R.D.,
Park, C.H., and
64.
Terry, P.A., Walls, H.J., Noble,
R.D., and
65.
Terry, P.A., Noble, R.D.,
Swanson, D., and
66.
Kohls, S.L., Noble,
R.D., Koval, C.A., “Effects of Molecular Structure
and Equivalent Weight on Facilitated Transport of Alkenes in Ag(I)-PFSI
Membranes,” Journal of Membrane Science,
125 (1): 61-73 (1997).
67.
Bryant, D.L., Noble, R.D.,
68.
Suzuki, T., Noble, R.D.,
and
69.
Thunhorst, K.L., Noble,
R.D., and Bowman, C.N.,
“Preparation of Functionalized Polymers by Reactions of Poly (Vinylbenzyl Chloride),” Polymer
Modification, C.E. Carraher, G. Swift, and C.N.
Bowman, Editors, Plenum Publishing, New York, NY, p. 97 (1997).
70.
Thunhorst, K., Noble,
R.D., Bowman, C.N.,
“Properties of the Transport of Alkali Metal Salts Through Polymeric Membranes
Containing Benzo-18-Crown-6 Crown Ether Functional Groups,” Journal of Membrane Science, 156: 293-302 (1999).
71.
Tuan, V.A.; Noble, R.D.
and Falconer, J.L.,
“Isomorphously Subsititued B-ZSM-5 Membranes:
Preparation and Separation Performance”, AIChE Journal, 46(6),
1201-1208 (2000).
72.
73.
Roberts, S.L.; Noble, R.D.;
and
74.
Allshouse, J., Kaul, B.B., and Rakowski-DuBois, M., “Synthesis of Water
Soluble Sulfur Bridged Molybdenum Dimers with Substituted
Cyclopentadienyl Ligands,” Organometallics,
75.
Koval, C.R., Lopez, L.L., Kaul,
B.B., Renshaw, S., Green, K.A., and Rakowski-DuBois, M., “Kinetic Studies of Olefin
Binding to Sulfide Sites in Dinuclear Molybdenum
Complexes,” Organometallics,
14: 3440-3447 (1995).
76.
Smith, B.M., Todd, P.W.,
and Bowman, C.N., “An
Empirical and Modeling Study of Boron Speciation on Solution with a Reactive Dendrimeric Polymer,” Polymer
Modification, C.E. Carraher, G. Swift, and C.N.
Bowman, Editors, Plenum Publishing, New York, NY, p. 197 (1997).
77.
Smith, B.M., Todd, P.W.,
and Bowman, C.N., “Hyperbranched Chelating Polymers for the Polymer Assisted
Ultrafiltration of Boric Acid,” Separation
Science and Technology 34 (10): 1925-1945 (1999).
Non Peer-Reviewed Publications
1.
Redkar, S.G. and Davis,
R.H., “Crossflow Microfiltration and Membrane
Fouling for Yeast Cell Suspensions,” Proc.
21st Annual Biochemical Engineering Symposium (ed. K.F. Reardon), pp. 65-74
(1991).
2.
Redkar, S.G. and
3.
Arora, N. and Davis
R.H., “Deadend Microfiltration of Bovine
Serum Albumin Suspension Through Yeast Cake Layers and Asymmetric Polymeric
Membranes,” Advances in Filtration and
Separation Technology, 7: 653-656
(1993).
4.
Redkar, S.G.,
5.
Tracey, E.M. and
6.
Parnham, C.S. III and
7.
8.
Redkar, S.G. and
9.
Güell, C., Czekaj, P., and
10.
Ramirez, J. and
11.
Shojaie, S.S., Greenberg,
A.R. and Krantz, W. B., “Influence of Electric Fields on
Interfacial Stability During Polymeric Membrane Formation,” Proceedings of the Industry-University Advanced Materials Conference,
F.W. Smith, (ed.), Advanced Materials Institute, Golden, CO, 687-693 (1989).
12.
Shojaie, S.S., Greenberg,
A.R. and Krantz, W. B., “Influence of Electric Fields on
Large Scale Structures in Non-Solvent Precipitated Polymeric Membranes,” Polymer
Preprints, 31: 382-383 (1990).
13.
Krantz, W. B., “Opportunities for
International Cooperation in Membrane Education
and Technology Transfer,” Membrane
Quarterly, 11(2): 6-9 (1996).
14.
Thunhorst, K.L., Noble,
R.D., and Bowman, C.N.,
“Preparation of Functionalized Polymers by Reactions of Poly(Vinyl Benzyl
Chloride),” Polymeric Materials Science
and Engineering Proceedings, 75:
147 (1996).
15.
Holcombe, E.F., Watkins, B.A., Sievers,
R.E., “Cleanup of Metallic Contamination Using Supercritical Carbon
Dioxide Extraction,” Rocky Flats Progress
Report, December, (1995).
16.
Smith, B.M., Todd, P.W.,
and Bowman, C.N., “An
Empirical and Modeling Study of Speciation for Reactive Dendrimeric
Polymers in Solution,” Polymeric
Materials Science and Engineering Proceedings, 75: 331 (1996).
Thesis Publications
1.
Weber, Michael W., “Development of a New Technique to Study
Nanofiltration Membranes,” M.S. Thesis,
2.
Solis, Minerva, “Heavy Metal Ion Transport Using Fixed Site Carrier,”
M.S. Thesis,