T



Terry A. RING

Patents

1. RING T.A.,

Process For Producing High Density Sintered Alumina,

US Patent 4,045,234.

2. RING, T.A., DIRKSEN, J.A.

Adsorption Heat Pumps Having Improved Efficiency Using a Crystallization-Inhibiting Additive

US Patent 6,177,025

3. Ring, T.A., Dirksen, J.A.,

Method for Improving the Efficiency of Absorption Heat Pumps using a Crystallization-Inhibiting Additive, US Patent 6,432,319

4. M. Anthony Gamarra, Terry A. Ring, Thomas Smokoff

Method and apparatus for preventing bacteria and algae growth in water

US Patent 6,824,794

5. William Freise, Terry A. Ring,

METHODS FOR PRODUCING PURE HYDROGEN GAS

Patent Application Filed 2/03.

6. Mathiew Fischer, Bret Matlan, William Freise and Terry A. Ring

THE USE OF GASEOUS REDUCING AGENTS TO FORM GROUP I AND GROUP II METALS, Patent Application Filed 2/03.

7. Dallas Noyes, Terry A. Ring, Russ Koveal and Robert Denton

“REMOVING CARBON NANOTUBES FROM A WATER SYSTEM

Patent Application: 13778602.6 – 1351 PTC/US2013035991, Filed 10.4.2013, US Patent 9975793

8. Dallas Noyes, Terry A. Ring, Russ Koveal and Robert Denton

REMOVING CARBON NANOTUBES FROM A CONTINUOUS REACTOR EFFLUENT

Patent Application: 13778226.4 – 1355 PCT/US3013035988, Filed 10/4/2013, US Patent 10343104.

9. Denton; Robert D.;; Noyes; Dallas B.;; Koveal, JR.; Russell J.; Ring; Terry A.; “CARBONACEOUS FEEDSTOCKS FOR FORMING CARBON ALLOTROPES,” US Patent Application: 20150147261, US Patent 10351974.

10. Koveal, JR.; Russell J.; Noyes; Dallas B.; Ring; Terry A.; “GENERATING CATALYSTS FOR FORMING CARBON ALLOTROPES,” US Patent Application: 20150093323, US Patent 9504998.

11. Howe, S. D., Crawford, D., Navarro, J., & Ring, T., “Economical production of isotopes using quantized target irradiation,” May 2013, US 20130114775 A1, US Patent Pending and Aug 2013, WO2013055458A3, World Cat Patent Pending, US patent 20130114775.

12. DB Noyes, TA Ring, “CARBON OXIDE REDUCTION WITH INTERMETALLIC AND CARBIDE CATALYSTS,” United States Patent Application 20160031710, 2016 and WO 2014/011206 US Patent 201361794139 and PCT./US2014025087. US Patent 9783421 issued 10/10/2017

13. John Moorehead, Emily Drown, Ken Rivera, Terry Ring and Ahron Barber, “CANNABIS PROCESSING SYSTEMS AND METHODS” US Provisional Patent Application 3917-P14871US

14. Robert Denton, Dallas Noyes, Russ Koveal and Terry A. Ring, REMOVING CARBON NANOTUBES FROM A WATER SYSTEM, Patent Application 20150114819

Books

1. RING, T.A., "Fundamentals of Ceramic Powder Synthesis and Processing" 17 Chapters with 961 pages. Published by Academic Press, May 1996.

Other Publications

2. BAROUCH E., MATIJEVIC E., RING T.A. and FINLAN J.M., “Heterocoagulation, II Interaction Energy of Two Unequal Spheres,” J. Colloid Interface Science, 67, 1-9, (1978).

3. RING T.A., “Mineral Beneficiation of Oil Shale,” Proceedings "Eastern Oil Shale Symposium", p. 305, (1981).

4. Ring, T.A., “Double-Layer Interaction Energy For Two Unequal Spheres,” J. Chemical Society, Faraday Transactions, 78, 1713-1528, (1982).

5. RING T.A., “Sand Bed Filtration of Colloidal Particles,” Chapter 58 in "17th Application of Computers and Operations Research in the Mineral Industry", Johnson and Barnes ed., Society of Mining Engineers, New York, (1982).

6. WEISS M.A., KLUMPAR I.V, PETERSON C.R. and RING T.A., “Shale Oil Recovery Systems Incorporating Ore Beneficiation,” MIT Report for US Office of Energy Research, (1982).

7. RING T.A., “Distinguishing Between Two Similar Powders,” Powder Technology, 36, 115, (1983).

8. NOVICH B.E. and RING T.A., “Colloidal Stability of Clays Using Photon Correlation Spectroscopy,” Clay and Clay Minerals, 32, 400-406, (1984).

9. BARRINGER E.A., NOVICH B.E. and RING T.A., “Determination of Colloid Stability Using Photon Correlation Spectroscopy,” J. Colloid Interface Science, 100, 584-586, (1984).

10. RING T.A., “Continuous Precipitation of Mono-sized Particles with a Packed Bed Crystallizer,”

"Chemical Eng. Sci.", 39, 1731-1734, (1984).

11. RING T.A.,”Large-Scale Generation of Narrowly Sized Ceramic Powders - An Assessment,”

11th Conference on Production Research & Technology on "Computer-Based Factory Conf. Proceedings, Automation", Carnegie-Mellon Univ., (1984).

12. NOVICH B.E. and RING T.A., “Photon Correlation Spectroscopy of a Coagulating Suspension of Illite Platelets,” J. Chemical Society, Faraday Transactions, I, 81, 1455-1457 (1985).

13. RING T.A., “Bed Filtration of Colloidal Particles,” Transactions of "AIME", 276, 1838 (1985) and Proceedings APCOM 17th International Symposium on Computer Applications in the Mineral Industry, April 19-22, 1982 Colorado School of Mines, Golden, CO.

14. RING T.A., “The Effect of Backmixing on Particle Size Distribution in a Plug Flow Crystallizer,”

Proceedings 16th Annual Meeting of the Fine Particle Society, (1985).

15. RING T.A., “Requirements for Plug Flow Generation of Narrowly Sized Ceramic Powders,”

12th Conference on "Production Research and Technology", "NSF Conference Proceedings", (May 1985).

16. RING T.A., “Upper Bound Error Estimates for the Derjaguin Approximation and The Linearization Approximation to the Double-Layer Interaction Energy for Two Unequal Spheres,” Journal Chemical Society, Faraday II, 81, 1193-1200, (1985).

17. KLUMPAR I., CURRIER F., and RING T.A., “Air Classifiers,” Chemical Engineering, p 77-92, ( March 3, 1985).

18. NOVICH B.E. and RING T.A., “A Predictive Model for the Alkylamine-Quartz Flotation System,”

"Langmuir", 1, 701 (1985).

19. STRAUSS M., RING T.A., BLEIER A., and BOWEN H.K., “Coagulation in Processing of Ceramic Suspensions: Powder Size Distribution Effects,” "Journal of Applied Physics", 58, (10), 3871, (1985).

20. LAMEY M.D. and RING T.A., “The Effects of Agglomeration in a Continuous Stirred Tank Crystallizer,” "Chemical Eng. Science", 41, 1213, (1985).

21. JEAN J.H. and RING T.A., “Effects of In Situ Polymer Adsorption on the Synthesis of Monodisperse TiO2,” Better Ceramics Through Chemistry II, ed. C.J. Brinker, D.F. Clark and D.R. Allrich, "MRS Symposium Proceedings", 73, p. 85, (1986).

22. JEAN J.H. and RING T.A., “Nucleation and Growth of Monodisperse TiO2 Powders in Alcohol Solution,” Langmuir 2, 251, (1986).

23. CHAPELL J., RING T.A. and BIRCHALL J.D., “The Origin of Defects Arising in the Colloidal Processing of Submicron, Monosize Powders,” Proceedings British Ceramic Society, 38,49-57 (1986) also presented at the Spring Meting Institution of Ceramics, Churchill College, Cambridge, April 1986.

24. SHEN A.T. and RING T.A., “Distinguishing Between Two Aerosol Size Distribution,” Aerosol Science & Technology, 5, (4), 447-482, (1986).

25. JEAN J.H. and RING T.A., “Processing Monosized TiO2 Powders Generated with HPC Dispersant,” "Ceramic Bulletin", 65, (12), 1574, (1986).

26. DELPECH DE SAINT GUILHEM X. and RING T.A., “Exact Solution for the Population in a Continuous Stirred Tank Crystallizer with Agglomeration,” Chemical Engineering Science, 42(5)1247-1249(1987).

27. MATES T.E. and RING T.A., “Steric Stability of Alkoxy-Precipitated TiO2 in Alcohol Solutions,” Colloids and Surfaces, 24, 299-313, (1987).

28. JEAN J.H. and RING T.A., “Nucleation and Growth of Monodisperse TiO2 Powder From Alcohol Solution in Presence of Sterically Stabilizing Surfactant,” Proceedings British Ceramic Society, 38, (1986).

29. RING T.A., “Review of Ceramic Starting Materials Workshop,” Proceedings of the Industrial Research Institute held October 21-22, 1986 at Corning Glass Works Ithaca, NY published in Processing for Reliability of Advanced Ceramics, G. F. Hurley, Ed. By Industrial Research Institute , New York NY p.35-42.

30. KLUMPAR I.V., CURRIER F.N. and RING T.A., “Chapter 44 Air Classifiers" in Encyclopedia of Fluid Mechanics 4, Solids and Gas-Solid Flows ed. N.P.Cheremisinoff, p 1361-1390.

31. RING, T.A., Book Review : MURPHY C.H., Handbook of Particle Sampling and Analysis Methods,

Ceramic Abstracts (1986).

32. CHAPPELL J.S., RING T.A. and BIRCHALL J.D., “Particle Size Distribution Effects on Sintering Rates,” Journal of Applied Physics, 60, (1), 383-391, (1986).

33. CHAPPELL J.S., RING T.A. and BIRCHALL J.D., Reply to “Comment on Particle Size Distribution Effects on Sintering Rates by T. HARRET” Journal of Applied Physics, 60, (1987).

34. STRAUSS M., RING T.A. and BOWEN H.K., “Osmotic Pressure for Concentrated Suspensions of Polydisperse Particles with Thick Double Layers,” Journal Colloid and Interface Science, 118, 326, (1987).

35. RING T.A., “Making Powders,” CHEMTECH p. 60-64, (Jan. 1988).

36 JEAN J.H., GOY D., and RING T.A., “Continuous Production of Narrow-Sized and Unagglomerated TiO2 Process,” Ceramic Bulletin, 66, 1517-20, (1987).

37. AOKI, M., RING T.A. and HAGGERTY J.S., “Analysis and Modeling of the Ultrasonic Dispersion Technique,” Advanced Ceramic Materials, 2, no 3A, 209-212, (1987).

38. RING T.A., “Continuous Production of Narrow Size Distribution Sol-Gel Ceramic Powders,” MRS Bulletin, Vol XII, no 7, pp 34-38, (Oct.-Nov. 1987).

39. CASTRO D., RING T.A. and HAGGERTY J.S., “Drying of Silicon Powder Compacts,” Advanced Ceramic Materials, 2, 162-166, (1987).

40. CHANG S.Y., and RING T.A., “Domain Size in Ordered Packing of Monodispersed Particles,” Langmuir, 4, 1128-30, (1988).

41. WEISS M.A., KLUMPAR I.V., RING T.A. and PETERSON C.R., “Shale Beneficiation and Oil Recovery from the Concentrate,” Engineering Costs and Production Economics, 13, 135-154, (1988).

42. JEAN J.H. and RING T.A., “Effect of a Sterically Stabilizing Sufactant on the Nucleation, Growth and Agglomeration of Monosized Ceramic Powders,” Colloids and Surfaces, 29, 273-291, (1988).

43. OKUYAMA, M., GARVEY G., RING T.A. and HAGGERTY S., “Dispersion of SiC Powders in Nonaqueous Solvents,” J. American Ceramic Soc., 72,1918-24(1989).

44. RING T.A.; “A Model of Tapecasting Bingham Plastic and Newtonian Fluids,” in Ceramic Substrates and Packages for Electronic Applications, " Advances in Ceramics, The Am. Ceramics Soc. vol. 26", M.F. Yan, K. Niwa, H.M. O'Bryan and W. S. Young, editors ,p. 269-576, (1989).

45. RING T.A., “Sintering of Fractal Ceramic Compacts,” in Ceramic Powder Processing Science, H.Hausner, G.L. Messing and S. Hirano, editors, p. 681-693,1989 also in Proceedings of 2nd International Symposium Powder Processing Science, 12-14 October 1988, Berchtesgaden FDR.

46. RING T.A., “Characterization, Properties and Processing of Ceramic Powders,” in Surfaces and Interfaces of Ceramic Materials, L.D. Dufour et. al. editors, Kluwer Academic Publishers, 1989, p. 459-844.

47. DIRKSEN J. and RING T.A., “Production of Powders for High-Tech. Ceramics,”in High Tech Ceramics, G. Kostors, editor, Academic Press, 1989, p. 29-40.

48. FERGUSON C.R. and RING T.A., “Synthesis of Narrow Size Distribution SiO2 Powders in a Continuous Stirred Tank Reactor,” in Ceramic Powder Processing Science, H.Hausner, G.L. Messing and S. Hirano, editors, p. 93-100,1989.

49. BOWEN P., HIGHFIELD J.G., MOCELLIN A. and RING T.A., “Degradation of AlN Powder in an Aqueous Environment,” Journal of American Ceramics Society, 73,724-728(1990).

50. DIRKSEN J.A., BENJELLOUN S. and RING T.A., “Modeling the Precipitation of Copper Oxalate Aggregates,” Colloid and Polymer Science, 268,864-876(1990).

51. DIRKSEN J. A. and RING T.A., “Comment on Growth Mechanisms of Monodispersed ZrO2 Particles,” Journal of the Am. Cer. Soc , 73 (1), 131 (January 1990).

52. RING T.A., “Processing of Fine Ceramic Powders,” Materials Research Society Bulletin, XV (1), 34-40, (Jan. 1990).

53. CHANG S.Y., RING T.A. and TRUJILLO E.M., “Coagulation Kinetics of Amorphous Colloidal Silica Suspensions with and without Hydroxy-propyl Cellulose Polymer,” Colloid and Polymer Science, 269,843-849(1991).

54. GALLAGHER D. and RING T.A., “Sol-Gel Processing of Ceramic Films,” Chimia, 43, 298-304 (Oct. 1989).

55. EDDINGS E.G. and RING T.A. “Organic Brightener Depletion in an Electrolytic Copper Plating Bath as Measured by Liquid Ion Chromatography," Printed Circuit Fabrication,34-38, (December 1990).

56. BARBE C. and RING T.A..”Synthesis of Superconducting Thin Films by Organometallic Decomposition,” Mat. Res. Soc. Symp. Proc. Vol 180, p.883-887, 1990 Materials Research Society.

57. RING T.A., “Kinetic Effects on Particle Morphology and Size Distribution During Batch Precipitation,” Powder Technology, 65,195-206(1991).

58. DIRKSEN, J.A., and RING, T.A., “Fundamentals of Precipitation: Kinetic Effects on Particle Size Distributions and Morphology,” Chemical Engineering Science, 46(10)2389-2427(1991).

59. RING, T.A., “Nucleation, Growth and Agglomeration During Precipitation of Powders,” Proceedings of 2nd World Congress Particle Technology, Kyoto, Japan, Sept 19-22, 1990, Part II, 497-506.

60. CHEN, Zhien-Chi, RING, Terry A. and LEMAITRE J., “Stability and Processing of Aqueous BaTiO3 Suspension with Polyacrylic Acid: Effect of pH,” Proceedings Special Ceramics 9, Imperial College London, Dec. 18, 1990.

61. GALLAGHER, D and RING, T.A., “Sol-Gel Processing of Indium-Tin Oxide Ceramic Films,”in Ceramic Powder Science IV, Ceramic Transactions Vol. 22, S. Hirano, G.L. Messing and H. Hausner, editors, p. 719-725,1991.

62. CHEN, Zhien-Chi, RING, T.A. and LEMAITRE J., “Stabilization and Processing of Aqueous BaTiO3 Suspension with Polyacrylic Acid,” J. Am. Ceramics Soc. 75(12),3201-208(1992).

63. BARBE C., GALLAGHER D. and RING T.A., “Sol-gel Processing of Ceramic Films,” Technische Rundschau, June 1991.

64. RING T.A., “Research Activities of the Powder Technology Laboratory,” Workstoffe fur die Bedurfisse von Morgen, Schweizerischer National Fonds, Technical Bulletin and reprinted in Technische Rundschau, June 1991.

65. RING T.A., “Le Nouvel Age des Ceramiques, Discours Inaugural,” Polyrama, December 1990, p. 80-82.

66. CHANG S.-Y. and RING T.A., “Map of Gel Times for the Three Phase Region Tetraethoxysilane, Ethanol and Water,” Journal of Non-Crystaline Solids,147+148,56-61(1992).

67. RING T.A., “Powder Technology Laboratory,” presentation in "Swiss Materials", 4/91, European Edition.

68. CHEN, Z-C., and RING, T.A., “Sintering of BaTiO3 Green Bodies,” Proceedings of 3rd International Ceramic Science and Technology Congress, San Francisco Nov 1-4,1992, Also published as “Sintering of BaTiO3,” in Dielectric Ceramics: Processing, Properties and Applications, Edited by K.M. Nair, J. P. Guha,and A. Okamoto, Ceram. Trans. 32, 275-284, (1993).

69. AMPUERO, S. BOWEN, P. and RING, T.A., “Synthesis of Si3N4 Powder by Thermal Decomposition of Si(NH)2,” Proceedings of MRS Boston meeting Dec. 1992. Mat. Res. Soc. Symp. Proc., Vol. 287,227-32(1993).

70. Bohner, M. , Lemaitre, J. and Ring, T.A., “Hydraulic Properties of Tricalcium Phosphate-Phosphoric Acid-Water Mixtures,” Proceedings Biomaterials Conference, 1993.

Proceedings 3rd EURO-Ceramics Madrid, Sept, 13-17, 1993, P. Duran and J.F. Fernandex eds., Faenza Editrice Iberica S.L.

71. CHEN, Z-C., and RING, T.A., “Stabilization and Processing of Aqueous BaTiO3 Suspensions with Poly Acrylic Acid,” in Ceramic Powder Science IV, "Ceramic Transactions" 22, S. Hirano, G.L. Messing and H. Hausner, editors, p. 257-263,1991

72. GALLAGHER, D., Scanlan, F., Houriet, R., Mathieu, H-J. and RING, T.A., “Indium-Tin oxide Thin Films by Metalogranic Decomposition,” J. MRS 8[12]3135-24(1993).

73. RUBATTEL, S., LEMAITRE, J., BOWEN, P. and RING, T.A., “Aqueous Solubility of Y,Ba and Cu Oxalates in the System [Y(OH)3, Ba(OH)2, Cu(OH)2-H2C2O4-[HNO3/NaOH]-H2O],” J. Crystal Growth 135,135-44(1994).

74. CHEN, Z-C., and RING, T.A., “FTIR Analysis of Adsorption and Pyrolysis of Polyacrylic acid on BaTiO3 Surface,” Anulus 21[5],M38-42(1993).

75. RING, T.A., “Globalization of Engineering Education,” College of Engineering Newsletter April 1995 University of Utah

76. RING, T.A., and KUDO, Y., “Fundamentals of Forced Hydrolysis of Indium Hydroxide,” Proceedings of NATO Advanced Research Workshop on Fine Particles Science and Technology from Micro to Nanoparticles, Acquafredda di Maratea, Italy July 15-21, 1995

Published in Fine Particles Sci. and Tech. 141-159, E. Pelizetti, ed.

77. BOWEN, P., MULONE, R., STREIT, P. and RING, T.A., “Slip Casting of TiCxN1-x- Mo2C-Ni Cermets,” Proceedings 3rd EURO-Ceramics Sept, 13-17, 1993, P. Duran and J.F. Fernandex eds., Faenza Editrice Iberica S.L.Vol.1. pp 549-554

78. Jean, J-H. and Ring, T.A., “Adsorption of Hydroxypropylcellulose on TiO2 Powers in Ethanol,” in Ceramic Powder Processing Science, H. Hausner, G.L. Messing and S. Hirano, editors Deutsche Keramische Gesellschaft, Cologne 960 p (1989).

79. OTSUKA, H., ESUMI, K. and RING, T.A., “Simultaneous Adsorption of Polymer and Hydrocarbon/Fluorocarbon Surfactant from their Binary Mixtures on Hydrophilic/Hydrophobic Silica,” Colloids & Surfaces 116,161-171(1996)

80. BOHNER, M., LEMAITRE, J. and RING, T.A., “Effects of Sulfate, Phyrophosphate and Citrate ions on the Physico-chemical Properties of Cements made of beta- tricalcium phosphate - phosphoric acid - water mixtures,” Journal American Ceramic Society, 79(6)1427-34(1996)

81. Bowen, P., Mulone, R. , Ring, T.A. and Ampuero, S., "TiN Coating of Alumina Platelets and Mullite Fibers Using a Precipitated TiCl4*4NH3 Precursor for Incorporation into Ceramic Metal Composites", European Ceramic Society Conference, Versailles, France, June 1997.

82. Bohner, M. Lemaitre, J. and Ring, T.A., "Kinetics of Dissolution of (-tricalcium phosphate," J. Colloid Interface Sci. 190,37-48(1997).

83. Chen, Y. and Ring, T.A., "Forced Hydrolysis of In(OH)3- Comparison of Model with Experiments," J. Dispersion Sci. Tech., 19,229-247(1998).

84. Minker-Villemin, C., Bowen, P., Lemaitre, J. and Ring, T.A., "Preparation and Properties of Potassium-Vermiculite Films," J. Materials Res. 13,228-236(1998).

85. Ring, T.A., "Fundamentals of Catalytic Gas Sensor Operation - Platinum Wire Coil in Porous Ceramic Bead" Proceedings of the First China International Conference on High-Performance Ceramics, Beijing China, October 31- Nov. 3, 1998.

86. Ring, T.A., "Synthesis of Nanosized Particles," in Proceedings of the First China International Conference on High-Performance Ceramics, Beijing China, October 31- Nov. 3, 1998 D.S. Yan and Z.D. Guan, Editors, Springer 2001.

87. Skliar, M., Price, J.W., Tyler, C.A., Ring, T.A. and Silcox, G.A., "Integration of Laboratory Experiments in the Chemical Engineering Curriculum Using a Distributed Control System", Compt. Appl. Eng. Educ.6:157-167,1998.

88. Terry A. Ring, James A. Dirksen, Kristin N. Duvall and Nathalie Jongen, ”LiBr Crystallization Inhibition in the Presence of Soluble Additives,” 14th International Symposium on Industrial Crystallization, 1999, Institute of Chemical Engineers

89. Ring, T.A., “Nucleation Based Explanation of Crystalloluminescence,” Journal Nanoparticle Research, 2(3),279-292(2000).

90. Kristin N. Duvall, James A. Dirksen and Terry A. Ring, “Ostwald-Meyers Meta-stable Region in LiBr Crystallization – Comparison of Measurements with Predictions,” J. Colloid Interface Sci., 239,391-398(2001).

91. Terry A. Ring, James A. Dirksen, Kristin Nicole Duvall and Nathalie Jongen, “LiBr(2H2O Crystallization Inhibition in the Presence of Additives,” J. Colloid Interface Sci., 239,399-408(2001).

92. Otsuka, Hidenori., Ring, Terry A., Li, Jenq-Thun, Caldwell, Karin D., Esumi, Kunio, "Simultaneous Adsorption of Poly(Vinylpyrrolidone) and Anionic Hydrocarbon/fluorocarbon Surfactant from Their Binary Mixtures of Polystyrene Latex," J. Phys. Chem. B 103,7665-7670(1999). 

93. Terry A. Ring, “Nano-sized Cluster Nucleation,” Adv. Colloid and Interface Sci., 91,473-499(2001).

94. James A. Dirksen, Kristin Duval and Terry A. Ring, “NiO Thin Film Formaldehyde Gas Sensor,” Sensors and Actuators – B-Chemical 80,106-15(2001).

95. M. Bohner, T.A. Ring, K.D. Caldwell, “Studies on the Effect of Particle Size and Copolymer Polydispersity on the Adsorption of a PEO/PPO/PEO Copolymer on PS Latex Particles,” Proceedings of the BioMaterials meeting, 2001. Also published in Macromolecules, 35 (2002) pp 6724-6731..

96. M. Bohner, T.A. Ring, N. Rapoport, K.D. Caldwell, “Fibrinogen Uptake of PS latex Particles Coated with Various Amounts of a PEO/PPO/PEO Tri-block Copolymer,” J Biomater. Sci: Polymer Ed, 13[6] (2002) pp 733-746.

97. T.A. Ring, “Accuracy in Competition Judging,” submitted Journal of Applied Statistics 9/1/01.

98. J. A. Dirksen, T. A. Ring, K. N., Duvall, N. Jongen, “Testing of Crystallization Inhibitors in Industrial LiBr Solutions”, International Journal of Refrigeration, 24(8), 856-859 (2001).

99. T.A. Ring, “Particle Technology Challenges,” PARTICUOLOGY, 4/5/03.

100. I.R. Harvey, M.S. Miller, S. Blair, T. Ameel, B.K. Gale, T. A. Ring, “Building Academic, Research, and Commercialization Programs in Micro and Nano Science and Engineering at the University of Utah,” 15th Biennial University/Government/Industry Microelectronis Symposium Session 2.3, May 2003.

101. K. Oh, T.A. Ring and M.D. Deo, “Asphaltene Aggregation in Organic Solvents,” J. Colloid Interface Sci., 274,212-19(2004).

102. Choi, B.-S., Wan, B., Philyaw, S., Dhanasekharan, K., Ring, T.A., “Residence Time Distribution in a Stirred Tank – Comparison of CFD Predictions with Experiments,” Industrial and Engineering Chemistry Research, 43[20], 6548-56, (2004).

103. J. T. Reay, C. P. Pantelides, L. D. Reaveley, and T. A. Ring, “Long-Term Durability of Carbon FRP Composites Applied To RC Bridges: State Street Bridge on Interstate 80,” Proceedings of the Construction Materials Meeting, May 2004 in Long Beach CA.

104. B.S. Choi and T.A. Ring, “Stabilizing NaCl particles with Cd 2+ in a saturated solution during ex situ PSD measurement,“ J. Crystal Growth, Vol. 269, pp. 575-579, 2004.

105. Terry Ring, Bin Wan, Byung Sang-Choi, and Kumar Dhanasekharan, “Residence Time Distribution (RTD) Prediction With Fluent,” Fluent News, Spring 2004.

106. Ring, T.A., “Nucleatoluminescence in Interstellar Clouds,” The Mixing Cup, 1, 4(2004).

107. Ring, T.A. and Brak. G., “Correction to “Ostwald-Meyers Meta-stable Region in LiBr Crystallization – Comparison of Measurements with Predictions,” Journal Colloid and Interface Science 239,391-398(2001).

108. Bin Wan, Terry A. Ring, Kumar M. Dhanasekharan and Jayanta Sanyal, “Modeling Crystallization: Results of Validation Study on Population Balance Modeling in FLUENT,” Proceedings AIChE National Meeting (Particle Technology Forum), November 7-12, 2004, Austin, TX.

109. K. Tsai, J. Kreinbrink, T. A. Ring and K. M. Dhanasekharan, “Crystallizing Size Distribution Models,” Fluent News, Fall 2004.

110. B.S. Choi and T. A. Ring, “Evolution of Crystal Size Distributions in a CMSMPR -the effect of temperature, flow rate, and mixing speed with time,” Fluid Phase Equilibria, Vol 228-229C pp 99-107.

111. Ring, T. A., Dhanasekharan, K., “Controlling Crystallization through Modeling,” Pharmaceutical Manufacturing July/August 2005, p. 30-35.

112. Ring, T. A., Feeny, P., Kasthuriran, J., Li, S., Boldridge, D., and Dirksen, J.A., “Modeling Wafer Surface Damage Caused During CMP,” Proceedings CMP-MIC Conference, 2006.

113. Wan, B., Ji, Y., Sohn, H.Y., Spinti, J., Smith, P.J., Jang, H.D., Mortenson, E. and Ring, T.A., “CFD Simulation of Flame Spray Process for Silica Nanopowder Synthesis from Tetraethylorthosilicate (TEOS),” The Minerals, Metals & Materials Society 2006.

114. Wan, B., Ring, T.A., Dhanasekharan, K., and Sanyal, J., “Comparison of Analytical Solutions for CMSMPR Crystallizer with QMOM Population Balance Modeling in Fluent,” China Particuology 3(4), 213-218, 2005.

115. Wan, B., Ring, T.A., Dhanasekharan, K., and Sanyal, J., “Verification of SMOM and QMOM Population Balance Modeling in CFD code Using Analytical Solutions for Batch Particulate Processes,” China Particuology, 4(5),243-249,2006.

116. Terry A. Ring₤, Paul Feeney, David Boldridge, Jaishankar Kasthurirangan, Shoutian Li, and James A. Dirksen, “Brittle and Ductile Fracture Mechanics Analysis of Surface Damage Caused During CMP,” Journal of the Electrochemical Society, 154, H239 (2007).

117. Charles D. Hawker, William L. Roberts, Antonio DaSilva, Gordon D. Stam, William E. Owen, DeVirl Curtis, Byung Sang Choi, and Terry A. Ring, “Development and Validation of an Automated Thawing and Mixing Workcell,” Clin Chem 53(12): 2209-11.

118. Y. Ji, H. Y., H. D. Jang, B. Wan, and T. A. Ring, “Computational Fluid Dynamic Modeling of Flame Reaction Process for Silica Nanopowder Synthesis from Tetraethylorthosilicate (TEOS)”, Journal of the American Ceramic Society, v 90, n 12, p 3838-3845, December 2007.

119. B. Wan, Y. Ji, H. Y. Sohn, H. D. Jang, and T. A. Ring, “Flame Synthesis of Silica Nanoparticles”, published in ANSYS Solutions, 2007.

120. Terry A. Ring, Abaneshwar Prasad, James A. Dirksen, “Dynamic CMP Pad Asperity Population Balance for Conditioning and Polishing,” Proceedings CMP-MIC-2008.

121. Terry Ring, James A. Dirksen, Kristin Nicole Duvall and Nathalie Jongen, “Crystallization Inhibition with Additives,” Proceedings AICHE Annual meeting Salt Lake City, 2008.

122. Terry Ring, Byung Sang Choi, Bin Wan, Susan Philyaw and Kumar Dhanasekharan, “Residence Time Distributions In A Stirred Tank – Comparison Of Cfd Predictions With Experiment,” Proceedings to NORTH AMERICAN MIXING FORUM, Salt Lake City, 2008.

123. Byung Sang Choi, Bin Wan, Susan Philyaw, Kumar Dhanasekharan and Terry Ring, “Residence Time Distributions In A Stirred Tank – Comparison Of Cfd Predictions With Experiment,” Ind. Eng. Chem. Res. 43,20,6548-56, 2004

124. Terry Ring and Milind Deo, “Modeling Non Newtonian Rheology In Porous Medium Flow Caused By Incipient Precipitation,” Proceedings PARTICLE TECHNOLOGY FORUM, Salt Lake City 2008.

125. Terry Ring, Adel Sarofim, Kerry Kelley, Tara Henriksen, Derrick Call and Eric G. Eddings, “Effects of Condensate Layers on the Light Scattering and Absorption of Combustion Soot Aerosols,” Proceedings AICHE Annual meeting Salt Lake City, 2008.

126. Terry A. Ring, “Aggregation Modeling Using Sinc Methods of Solution to the Steigles Formulation of the Population Balance, “ Proceedings PARTICLE TECHNOLOGY FORUM, Salt Lake City 2008.

127. Terry A. Ring and Eric Ping “Sorel Cement Reactions and Their Kinetics,” Proceedings AICHE Annual meeting Salt Lake City, 2008.

128. Taegong Ryu, Ph. D.; Miguel Olivas-Martinez; Z. Zak Fang, Ph. D.; Terry A. Ring, Ph. D. Hong Yong Sohn, Ph.D, “Computational Fluid Dynamics Simulation of Chemical Vapor Synthesis of WC Nanopowder from Tungsten Hexachloride,” Chemical Engineering Science Volume 65, Issue 5, 1 March 2010, Pages 1773–1780.

129. Henriksen, Tara L., Nathan, Graham J., Alwahabi, Zeyad T., Qamar, Nader, Ring, Terry A., Eddings, Eric G., “Planar measurements of soot volume fraction and OH in a JP-8 pool fire,” Combustion and Flame; vol. 156, pp. 1480-1492 (2009).

130. Henriksen, T.,  Ring, T.,  Call, D.,  Eddings, E.,  Sarofim, A., “Determination of soot refractive index as a function of height in an inverse diffusion flame,”  (Conference Paper), 5th US Combustion Meeting 2007, 3, pp. 1795-1803.

131. Henriksen, Tara L., Ring, Terry A., Eddings, Eric G., Nathan, Graham J., “Puffing frequency and soot extinction correlation in JP-8 and heptane pool fires,” Combustion Science and Technology; vol. 180, pp. 699-712 (2008).

132. H. Y. Sohn, M. Olivas-Martinez, S. Perez-Fontes and T. A. Ring, “Computational Fluid Dynamics Modeling Of Nanopowder Production by Chemical Vapor Synthesis Process,” Proceedings of the Seetharaman Seminar, Oslo Sweden, June 2010 and Mineral Processing and Extractive Metallurgy (Trans. Inst. Min. Metall. C), 120, 224-228 (2011)

133. Brandon G. Bentz, Jason Diaz, Terry A. Ring, Mark Wade, Konrad Kennington, David M. Burnett, Robert McClane and Frank A. Fitzpatrick, “Fiberoptic Resonance Raman Spectroscopy to Measure Carotenoid Oxidative Breakdown in Live Tissues,” Cancer Prev Res 2010;3:529-538.

134. Hong Shi and Terry A. Ring, "Analytical Solution for Polish-Rate Decay in Chemical-Mechanical Polishing," Journal of Engineering Mathematics, 67, Volume 68, Issue 2, pp 207-211 DOI:10.1007/s10665-010-9369-9

135. Hong Shi and Terry A. Ring, "CMP pad wear and polish-rate decay modeled by asperity population balance with fluid effect," Microelectronic Engineering, Volume 87, Issue 11, November 2010, Pages 2368–2375

136. Hong Shi and Terry A. Ring, "A Conditioner model with active diamond distribution," Proceeding of CMP-MIC Conference 2010.

137. K.E. Kelly, T. Ring, J. Wilkey, B. Castro, A.F. Sarofim, and D.W. Pershing, “Opportunities for Oxyfiring to Reduce Upstream Life-Cycle Greenhouse Gas Emissions from Transportation Fuels,” Proceedings AIChE Annual Meeting Salt Lake City, October 2010.

138. Doug Crawford and Terry A. Ring, “Comparison of Analytic Moments for the 1-Dimensional Energy Dependent Neutron Diffusion Equation with MCNP5 Moments,” Proceedings AIChE Annual Meeting Salt Lake City, October 2010.

139. Husam el Gendy, Ignacio Preciado, Terry Ring and Eric Eddings, “Particle Image Velocimetry of Pulverized Oxy-Coal Flames ,” Proceedings AIChE Annual Meeting Salt Lake City, October 2010, power point link.

140. Terry A. Ring, Adel Sarofim, Kerry Kelly and Eric Eddings, “Effect of Soot Chemistry and Structure on the Uncertainty in the Atmospheric Aerosols Irradiative Forcing Component,” Proceedings AIChE Annual Meeting Salt Lake City, October 2010.

141. Terry A. Ring, Jingwei Zhang, Husam el Gendy, Jost O.L. Wendt, Kerry Kelly and Eric G. Eddings , “High Speed Video Analysis Of Oxycoal Combustion In 40kw Coaxial Turbulent Diffusion Flame,” Proceedings International Pittsburgh Coal Conference, Istanbul, Turkey, October 2010.

142. Terry Ring, “GeoEngineering - How and How Much,” Proceedings AIChE Annual Meeting, Minneapolis, MN, October 2011.

143. Terry Ring, Husam el Gendy and Eric Eddings, “Oxy-Coal Combustion Flamelet Dynamics from High-Speed Video Analysis,” Proceedings AIChE Annual Meeting, Minneapolis, MN, October 2011.

144. Tony Saad, Sean T. Smith, Alex Abboud and Terry A. Ring, “On A Class of Analytical Solutions for the Population Balance Equation with Aggregation and Breakage,” Proceedings AIChE Annual Meeting, Minneapolis, MN, October 2011.

145. Alex W. Abboud, Sean T. Smith, Tony Saad and Terry A. Ring, “A Study of Population Balance Modeling In a Large-Eddy Simulation with Carbonate Precipitation,” Proceedings AIChE Annual Meeting, Minneapolis, MN, October 2011.

146. Asad H. Sahir, JoAnn S. Lighty, Terry A. Ring and Beverly A. Brehl, “An Academic Perspective On Developing a Course Framework On Inspiring Students to Be “Innovative,” Proceedings AIChE Annual Meeting, Minneapolis, MN, October 2011.

147. Terry A. Ring, “Activities of the Council for Chemical Research,” Proceedings AIChE Annual Meeting, Minneapolis, MN, October 2011.

148. Mascolo, M.C., Pei, Y. and T.A. Ring, “Co-precipitation Synthesis of Mesoporous Magnetite for Biomedical Applications,” Proceedings of the 10th Congress of Italian Zeolite Association “Advances in Zeolite Science and Technology, Napoli (Italy) September 14-17, 2011.

149. H. Y. Sohn, M. Olivas-Martinez, S. Perez-Fontes and T. A. Ring, “Computational fluid dynamics modelling of nanopowder production by chemical vapour synthesis process,” Mineral Processing and Extractive Metallurgy, Volume: 120 Issue: 4, Nov 2011, pp. 224 - 228

150. Crawford, D. S., and Ring, T. A., “Verification of analytic energy moments for the one-dimensional energy dependent neutron diffusion equation with MCNP5 and Attila-7.1.0,” Annals of Nuclear Energy, 50, 18-32. (IR #17915) (2012).

151. Mascolo, M. C., Mascolo, G., and Ring, T. A. (2012). “Grain boundary evolution on sintering in yttria (8mol%)-stabilized zirconia assisted by one or two driving forces,” Journal of the European Ceramic Society, 32(16), 4129-36. (IR #17945)

152. Crawford, D. S., and Ring, T. A., “Validation of energy moments from the one-dimensional energy dependent neutron diffusion equation, MCN P5 and Attila-7.1.0 with the GODIVA experiment,” Annals of Nuclear Energy, 50, 220-31. (IR #17946) (2012)

153. Crawford, D. S., Saad, T. and Ring, T. A., “Verification and validation of the maximum entropy method for reconstructing neutron flux, with MCNP5, Attila-7.1.0 and the GODIVA experiment” Annals of Nuclear Energy, 53,188–191(2013).

154. Stenger, F. and Ring, T.A., “Aggregation Modeling using Sinc Methods of Solution to the Steiltjes Formulation of the Population Balance Equation,” International Journal of Materials Engineering and Technology, 9(2), 77-87, 2013.

155. Kerry Kelly; Jonathan E Wilkey; Jennifer P Spinti; Terry A Ring; David W Pershing, “Oxyfiring with CO2 Capture to Meet Low-Carbon Fuel Standards for Unconventional Fuels from Utah,” International Journal of Greenhouse Gas Control Volume 22, March 2014, Pages 189–199.

156. Maria Cristina Mascolo, Yongbing Pei, Terry Arthur Ring, “Room temperature co-precipitation synthesis of magnetite nanoparticles in large pH window with different bases,” Materials 2013, 6(12), 5549-5567.

157. Hogue, Michael; Kelly, Kerry; Ring, Terry; Ruple, John; Spinti, Jennifer; Wilkey, Jon; Uchitel, Kirsten, “A Market Assessment of Oil Shale and Oil Sands Development Scenarios in Utah's Uinta Basin,” July 2013. see ,

158. Navarro, J., Ring, T.A., Nigg, D.W., “A Feasibility and Optimization Study to Design a Nondestructive ATR Fuel Permanent Scanning System to Determine Fuel Burnup,” Nuclear Data Sheets 118,571-574,(2014).

159. Navarro, J., Ring, T.A., Nigg, D.W., “Gamma-Ray Simulated Spectra Deconvolution of a LaBr3 1"x1" Scintillator for  Nondestructive ATR Fuel Burnup On-Site Predictions,” Nuclear Technology, 190(2),183-192, 2015, dx.10.13182/NT14-4.

160. P. Toth, Z. Zhan, Z. Fu, A.B. Palotas, E.G. Eddings and T.A. Ring, “Optical flow velocimetry for the real-time monitoring and control of luminous flames,” Experiments in Fluids, 55:1727, 2014, DOI:10.1007/s00348-014-1727-3.

161. Saad, Tony; Smith, Sean; Abboud, Alex; Ring, Terry, “A Class of Exact Solutions for Population Balances with Arbitrary Internal Coordinates,” AIChE J. 61(5), 1619-1698, 2015

162. Pal Toth, J.S. Lighty, Eric Eddings, T.A. Ring, Arpad Palota, “The effect of oxidation pressure on the equilibrium nanostructure of soot particles,” Combustion and Flame, 162(6), 2422-2430, 2015, .

163. P. Rosen, A. Morris, G. Payne, B. Keach, I. Harvey, B. Richards-McClung, J. McLennan, R. Polson, R. Levey, T. Ring, E. Jurrus, and G.M. Jones, "Klareco: An Indexing-based Architecture for Interactive Visualization of Heterogeneous Data Sources,” In the 1st Workshop on Data Systems for Interactive Analysis (DSIA), Oct 2015.

164. Basavarajappa, M., Draper, T., Toth, T., Ring, T.A., Miskovic, S. “Numerical and Experimental Investigation of Single Phase Flow Characteristics in Stirred Tanks using Ruston Turbine and Floatation Impeller,” Minerals Engineering, 83,156-167, 2015

165. Eldredge, W.M., Toth, P., Centauri, L., Kelly, K.E., Thornock, J.N., Smith, P.J., Ring, T.A. and Eddings, E.G., :”A collaboration based approach in CFD model validation using data from a laminar helium plume study,” Flow, Turbulence and Combustion, p.1-23, 2016, DOI 10.1007/s10494-016-9708-7.

166. Toth, P., Draper, T., Palotas, A.B, Ring, T.A., Eddings, E.G., “Three-dimensional combined pyrometric sizing and velocity of combusting coal particles I. Velocity,” Applied Optics, 54(13),4049-4060, 2015.

167. Toth, P., Draper, T., Palotas, A.B, Ring, T.A., Eddings, E.G., “Three-dimensional combined pyrometric sizing and velocity of combusting coal particles II. Pyrometry,” Applied Optics, 54(15),4916-4926, 2015.

168. Jonathan Wilkey, Jennifer P. Spinti, Terry Ring, “Economic Analysis of In Situ Oil Shale Development in the Uinta Basin,” Chapter 11 in Utah Oil Shale , Science, Technology, and Policy Perspectives, J. Spinti, Ed. CCR Press 2016

169. Maria Cristina Mascolo, Terry Arthur Ring, “Recyclable aggregates of mesoporous titania synthesized by thermal treatment of amorphous or peptized precursors,” Materials (Basel). 2018 Mar; 11(3): 381, Published online 2018 Mar 5. doi: 10.3390/ma11030381

170. Terry A. Ring, Byung Sang Choi, J. Paulo Perez, Brian Van Devener, Randy C Polson, Douglas Crawford, Dennis Keiser and Daniel Wachs, “Surface Characterization of Depleted Uranium-Molybdenum to Determine Surface Coating Compatibility,” Nuclear Technology DOI: 10.1080/00295450.2018.1542252.

171. CHEN, Zhien-Chi, RING, T.A. and LEMAITRE J., “Stabilization and Processing of Aqueous BaTiO3 Suspension with Polyacrylic Acid,” Ceramic Powder Science IV, Shin-Ishi Hirano, Gary L. Messing, Editors Vol. 22 1991 p. 257-263.

172. John Parra-Álvarez, Benjamin Isaac, Minmin Zhou, Sean Smith, Terry Ring, Stan Harding, and Philip Smith, “Radiative Properties of Coal Ash Deposits with Sintering Effects”, Energy and Fuels, Energy & Fuels. Energy and Fuels, 33,5903-5910, 2019, DOI: 10.1021/acs.energyfuels.8b04206 Jan 2019.

173. Sae-Rom Kawk, Terry A. Ring, Byung-Sang Choi, “A simple two-step fabrication route for Cu composite reinforced by three-dimensional graphene network,” J. Industrial and Engineering Chemistry, 70(2019), 484-488

174. Liang X, Wang Q, Luo Z, Eddings E, Ring T, Li S, Lin J, Xue S, Han L, Xie G. “Experimental and numerical investigation on sulfur transformation in pressurized oxy-fuel combustion of pulverized coal,” Applied Energy. 2019;253:113542.

175. Beti DR, Ring TA (2019) “Programmed Temperature Pyrolysis: Alterations to the Standard Method,” In: Sorkhabi R. (Ed) Encyclopedia of Petroleum Geoscience. Encyclopedia of Earth Sciences Series. Springer, Cham. 

176. Beti DR, Thul DJ, Ring TA  (2018) ”A new method of source and reservoir rock pyrolysis to determine the boiling point distribution of petroleum in rock samples,” J Pet Sci Eng 170:71–80.

177. Vega-Ortiz C, Beti DR, Setoyama E, McLennan JD, Ring TA, Martinez-Romero N, Levey R “Source rock evaluation in the central-western flank of Tampico Misantla Basin, Mexico,” Journal of South American Earth Sciences submitted 2019.

178. Hang Zhou, Terry A. Ring, James C. Sutherland, “Proposed Criteria for MILD Coal Combustion,”  Presented at 11th US national combustion meeting, Pasadena 2019, California.

179. Hang Zhou, Josh McConnell, Terry A. Ring, James C. Sutherland, “Insights on Coal Combustion from High-Fidelity Simulations,” Presented at 9th International Symposium on Coal Combustion, Qingdao 2019, China.

180. Hang Zhou, Josh McConnell, Terry A. Ring, James C. Sutherland, “Insight on Required Conditions to Achieve MILD Coal Combustion,” Presented at 2019 WSSCI Fall Technical Meeting, Albuquerque 2019, New Mexico.

181. Beti DR, Panja P, Jiang C, Malovic M, Robirson R, Ring TA, Levey R. “Change in hydrocarbon composition in rock samples as a function of time,” Journal of Natural Gas Science and Engineering, Accepted 02/2020, . .

182. Beti DR, Garel S, Setoyama E, Behar F, Ring TA, Kanungo S., “Influence of mineral matrix effect (MME) on source potential index (SPI) and gas-oil ratio (GOR),” Journal of South American Earth Sciences 100,102552,(2020)..

183. Beti DR, Panja P, Jiang C, Ring TA, Levey R., “Hydrocarbon Distribution Corresponding to Incremental S1 Peaks,” Journal of Petroleum Science and Engineering 2020,   .

184. Hang Zhou, Terry A. Ring, James C. Sutherland, “Additional Criteria for MILD Coal Combustion,” Proceedings of the Combustion Institute 3/2020, .

185. Xiaorui Liang; Zhongyang Luo; Eric G Eddings; Terry A Ring; Simin Li; Peng Yu; Jiqing Yan; Xudong Yang; Xin Jia, “Experimental and Numerical Investigation on Nitrogen Transformation in Pressurized Oxy-Fuel Combustion of Pulverized Coal,” Journal of Cleaner Production, 278[1], 123240, 2021, .

186. Ring, T.A., “Nucleation, Growth and Agglomeration during Precipitation of Powders,” Proceedings of 2nd World Congress Particle Technology, September 19-22, 1990, Kyoto, Japan.

187. Ring. T.A., “Powder Technology Laboratory of Prof. Terry A. Ring,” Newsletter, Division of Colloid and Surface Chemistry, The chemical Society of Japan, vol. 16[4], July 1991, p21.

188. Ring, T.A., “Le Nouvel Age des Ceramiques,” La Review Polytechnique-Materiaux No: 1532, 1990 p. 126-6.

189. BARBE C. and RING T.A, “Chemistry and Rheology Of 2-Ethyl Hexanoate Solutions used in the Synthesis of Super Conducting Thin Films by Metalorganic Decomposition,” Langmuir 1993.

190. BARBE C., GALLAGHER D. and RING T.A., “Sol-gel Processing of Ceramic Films,” Proceedings of the International Symposium of Molecular Level Designing of Ceramics, NEDO International Joint Research Program, Nagoya, Japan Marche 16, 1991.

191. Ring, T.A., Wan, B. and Choi, B-S., ”Predicting Residence Time Distribution with Fluent,” Fluent News, Spring 2004.

192. Ji, Y-H., Sohn, H-Y., Jang, H-D., Wan, B. and Ring, T.A., ”Computational Fluid Dynamic Modeling of a flame Reaction Process for Silica Nanopowder Synthesis from Tetraethylorthosiicate,” J. Am. Ceram. Soc., 90[12]3838-45, 2007.

193. Olivas-Martinez, M., Sohn, H-Y., Jang, H. D. and Ring, T.A., “Improved Computational Modeling of the Flame Spray Pyrolysis Process for Silica Nanopowder Synthesis,” Proceedings TMS Annual Meeting, 1/2013.

194. Dhanasekharan, K., Tsai, K., Ring, T.A., Parker, B. and Bell, W., “Modeling Industrial Crystallizers,” Fluent News, 2004.

195. Francisco, J.S. and Ring, T.A., “Who is Missing from the Table?,” Chemical Engineering News, American Chemical Society, April 26,2010

196. Ring, T.A. and Wilkey, J., “Future Emissions Predictions from Oil and Gas Operations in the Uinta Basin,” in Air Quality Research Projects, 2014-2015, Utah Department of Environmental Quality (Air Quality) p.16.

197. Galea, L., Bohner, M. Thuering, J., Doebelin, N., Ring, T.A., Aneziris, C.G. and Graul, T., “Growth Kinetics Of Hexagonal Sub-Micrometer Β-Tricalcium Phosphate Particles In Ethylene Glycol,” Acta Biomaterialia, 12 Mar 2014, 10(9):3922-3930 DOI: 10.1016/j.actbio.2014.02.044 

198. Barbe C., Gallagher, D. and Ring, T.A., “Sol-Gel Processing Thin Oxide Films,” Workstoffe fur die Bedurfisse von Morgen, Schweizerischer National Fonds, Technical Bulletin.

199. Wilkey, J., Kelly, K., Jaramillo, Spinti, J., Ring, T.A., Hogue, M. Pasqualini, D., “Predicting Emissions from Oil and Gas Operations in the Uinta Basin,” J. Air & Waste Management Assoc. 66(5):528-45,2016, doi: 10.1080/10962247.2016.1153529

200. Zhou, H., McConnell, J., Ring, T.A., Sutherland, J.C., “Characterization of Temperature Criteria Using Gas-Phase Fuel Streams for MILD Coal Combustion,” Fuel, 296, 120445(2021), .

201. Beti, D. and Ring, T.A., “Incremental S1 Capabilities: A Hydrocarbon Compositional Assay Using Anhydrous Pyrolysis of Shale Rock Samples,” submitted to Journal of Oil, Gas and Petrochemical Sciences 5/2021.

202. Dhrupad R. Beti, Sylvain Garel, Eiichi Setoyama, Françoise Behard, Terry A. Ring, Sudeep Kanungo, “A New Resource Assessment Workflow to Achieve Gas Risk and Phase-Specific Source Potential Indices,” Marine and Petroleum Geology 131, 105136, (2021)

203. Li, Xue, Ring, T.A., and Choi, B-S, “Thermal Conductivity of Three-Dimensionally Interconnected Graphene-Networked Cu Composite Fabricated by a Simple Two-Step Process,” (Korean J. Met. Mater.), Vol. 57, No. 8 (2019) pp.529-534.

204. Wan, B., Ji, Y., Sohn, H.Y., Jang, H.D. and Ring, T.A., “CFD simulation of flame spray process for silica nanopowder synthesis from tetraethylorthosilicate (TEOS).” See (2006)

205. Kuochen Tsai, John Kreinbrink, Terry Ring, Kumar Dhanasekharan, “Crystallizing Size Distribution Models,” Fluent News Fall 2004.

206. Terry A Ring, Bjorn C Vaagensmith and Jesse L Reeves, “Inadequacies of Electrical Insulation Materials for Future, High-Frequency, “Smart Grid,” Solid-State Power Transformers,” Res Dev Material Sci. 16(1). RDMS.000880. 2021. DOI: 10.31031/RDMS.2021.16.00080

207. Chen, Z-C, Ring, T.A. and Lemaitre, J., “Effect of pH on the Stability and Processing of Aqueous BaTiO3 Suspensions with PAA,” Proceedings of The Institute of Ceramics, Special Ceramics 9, Imperial College, London, 10-20 Dec. 1990.

208. Reay, J., Pantelides, C.P., Reaveley, L.D. and Ring, T.A., “Long-Term Durability of Carbon FRP Composites Applied to RC Bridges: State Street Bridge on Interstate 80,” Proceedings 4th International Conference on Advanced Composite Materials in Bridges and Structures, Calgary Alberta July 20-223, 2004.

Manuscripts

1. Benjelloun, S., Bowen, P., Ring. T.A., “Co-Precipitation of Ceramic Powers-Fact or Fiction” Proceedings European Ceramic Soc.

2. BARBE C. and RING T.A., ”Synthesis of Superconducting Thin Films by Organometallic Decomposition,” Powder Technology Laboratory, Materials Department, EPFL, Lausanne, Switzerland.

3. EDDINGS E.G. and RING T.A. “Organic Brightener Depletion in an Electrolytic Copper Plating Bath as Measured by Liquid Ion Chromatography," Chemical Engineering Department, University of Utah.

4. Chang, S-Y, Ring, T.A., “Silica Sol-Gels from Tetraethoxysilane, Ethanol and Water Mixtures,” Proceedings European Ceramics Society Meeting.

5. Dennis Gallagher, Francis Scanlan and Terry A. Ring, “Solution Chemistry and Thermal Processing of Conductive Indium-Tin Oxide Films from Acetyl-Acetone Solutions,” Extended Abstract European Ceramics Soc.

6. Chen, Z-C. and Ring, T.A., “Binder Burnout of BaTi03 Green Body containing Polyacrylic Acid,” Proceedings European Ceramics Society Meeting

7. T. A. Ring, “Long-Term Durability of Carbon FRP Composites Applied To RC Bridges,” Chemical Engineering, University of Utah.

8. Chang, S-Y. and Ring, T.A., “Platelet Particle Suspension Rheology in the Semi-Dilute Regime,” Powder Technology Lab EPFL, 12.3.1992

9. Ring, T.A. and Barouch, E. “Effect of Aggregation on the Particle Size Distribution in a Constant Stirred Tank Precipitator,” Chemical Engineering University of Utah

10. Ring, T.A., “Composite Isotherm for Ionic Surfactant Adsorption,” Material Science and Engineering, MIT. 1992

11. Herard, C., Lemaitre J. and Ring, T.A., “Physical Treatment of Water: Action on the Solvent,” Powder Technology Lab EPFL. 1992

12. Werk-Albers, M.L. and Ring, T.A., “Consolidated Layers of Muscovite Particles,” Powder Technology Lab EPFL. 1993

13. Ring, T.A., “Solubility Products for Hydrated LiBr Salts,” Chemical Engineering, University of Utah

14. Ring, T.A. and Scheel, H., “Effect of Rotation on Surface Nucleation in Crystal Growth,” Powder Technology Lab EPFL, 10.16.1996.

15. Ring, T.A., “Airplane Icing Sensor,” Chemical Engineering, University of Utah

16. Ring, T.A. and Dubow, J., “Modulated Burst Spectroscopy,” Chemical Engineering, University of Utah

17. Ring, T.A. and Baker, K., “Nucleatoluminescence in Interstellar Clouds,” Chemical Engineering, University of Utah

18. Ring, T.A. and Deo, M., “Modeling Precipitation During Flow in Porous Medium,” Chemical Engineering, University of Utah

19. Ring, T.A., and Ping, E., “Sorel Cement Reactions and Their Kinetics,” Chemical Engineering, University of Utah

20. Ring, T.A. and Butts, S., “Understanding Innovation,” Submitted to J. Am. Policy Analysis and Management.

21. Ring, T.A., “Comparison of Raman and ATR-FTIR Spectroscopy of Aqueous Sugar Solutions,” Chemical Engineering, University of Utah

22. T.A. Ring, P. Feeney and J. Dirksen, “Modeling Surface Damage Caused During Chemical Mechanical Polishing,”. Chemical Engineering, University of Utah.

23. Ring, T.A., “Radiometer Thermopile Instrument Model,” Chemical Engineering, University of Utah

24. Crawford, D. and Ring, T.A., “Innovative 238Pu Production Ideas,” Chemical Engineering, University of Utah

25. Ring, T.A., “Explanation of Enhanced Burst Test Results for Cr Coated M5,” Chemical Engineering, University of Utah

26. Sae-Rom Kawk, Terry A. Ring, Byung-Sang Choi, “Graphene-Cu composite reinforced by three-dimensional network,” Chemical Engineering, University of Utah M-26b

27. Ring, T.A., Choi, B-S, Perez, P., Van Devener, B., Polson, R.C., Crawford, D., Keiser, D. and Wachs, D., “ ZrN Chemical Vapor Deposition on Depleted U-Mo Particles with Surface Contamination,” Chemical Engineering, University of Utah

28. Ring, T.A. and Stenger, F., “Sinc Numerical Solution to the Population Balance in Stieltjes Integral Form,” Extended Abstract, Chemical Engineering, University of Utah

29. Ring, T.A. and Stenger, F., “Sinc Method Solution of the Stieltjes Integral Formulation of the Population Balance for a Crystallizer with Nucleation, Growth, Agglomeration and Breakage,” Chemical Engineering, University of Utah

30. Spinti, J., Birgenheier, L., Deo, M., Facelli, J., Hradisky, M., Kelley, K., Miller, J., Mclenan, J., Ring, T.A., Ruple, J and Uchitel, K.,, “Clean and Secure Energy from Domestic Oil Shale and Oil Sands Resources,” Final Technical Report DoE Award No.:DE-FE0001243, 2015

31. Waind, T., Toth, P., Ring, T.A., Whitty, K.J., “Influence of atomizer scale on the formation of water and silicone oil droplets,” Chemical Engineering, University of Utah

32. Shi, H. and Ring, T.A., “Plastic Deformation Theory of Chemical Mechanical Polishing Pad Conditioning,” Chemical Engineering, University of Utah

33. Ring, T.A., Sarofim, A., Kelly, K. and Eddings, E., “Effect of Soot Chemistry and Structure on the Uncertainty in the Atmospheric Aerosols Irradiative Forcing Component,” Chemical Engineering, University of Utah.

34. Lund, M., Taylor, J., Sisson, R., Jevremovic, T. and Ring, T.A., “Modeling Radiation Transport in Large Urban Environments Using Geant4,” Chemical Engineering, University of Utah

35. Ring, T.A., “Crystallization of Amorphous Titanium Hydroxide with a Stirred Tank Crystallizer and a Plug Flow Crystallizer,” Materials Science and Engineering, MIT report 1982

36. Dhrupad R. Beti, Sylvain Garel, Eiichi Setoyama, Françoise Behard, Terry A. Ring, Sudeep Kanungo, “A New Resource Assessment Workflow to Achieve Gas Risk and Phase-Specific Source Potential Indices,” Chemical Engineering, University of Utah

37. Ring, T.A. and Novich, B.E., “Langmuir Analysis of Dodecylammonium Acetate Adsorption onto Quartz, Hematite and Sphalerite: Flotation Implications,” Technical Note in Langmuir

38. Ring, T.A. and Kenney, C.N., “ Bed Filtration of Colloidal Particles I. Adhesion and Resuspension Experiments,” Chemical Engineering Cambridge University (UK)

39. Ring, T.A., “Bed Filtration of Colloidal Particles II. Model Results,” Materials Science and Engineering, MIT

40. Strauss, M., Ring, T.A. and Bowen, H.K., “Derivation of Free Energies, Pressures and Forces Between Charged Surfaces,” Materials Science and Engineering, MIT

41. Ring, T.A., “Evanescent wave Inquiry,” Chemistry Department, Clarkson College 1974.

42. CHEN, Z-C., and RING, T.A., “Drying of BaTiO3 Green Body Containing Polyacrylic Acid,” Powder Technology Laboratory, Materials Department, EPFL, Lausanne, Switzerland.

43. Pantelides, C.P., Reay, J., Reaveley, L.D. and Ring, T.A., “Long-Term Durability of Carbon FRP Composites Applied to RC Bridges: State Street Bridge on Interstate 80,” Report No. CVEEN-04/1.

44. Shi, H. and Ring, T.A., “Analytical Solution for Polish-Rate decay in Chemical-Mechanical Polishing,”

Chemical Engineering, University of Utah.

45. Herard, C., Lemaitre, J. and Ring, T.A., “Physical Treatment of Water: Action of the Solvent”, Powder Technology Laboratory, Materials Department, EPFL, Lausanne, Switzerland.

46. Herard, C., Lemaitre, J. and Ring, T.A., “Etude de l’Influence D’un Champ Magnetique ou Electrique sur les Conditions de Precipitation du Carbonate de Calcium,” Powder Technology Laboratory, Materials Department, EPFL, Lausanne, Switzerland.

47. Bowen, P., Ampuero, S., Mulone, R., Ring, T.A.,Mathiew, H-J., “Coating of Al203/Si02 Fibres and Al203 Platelets via the Precipitation of TiCl4 and NH3,” Abstract for 10th Annual Meeting Groupe Suisse de Travail Surfaces et Interfaces Jan 27, 1994 Universite de Fribourge, Institut de Physique a Perolles.

48. Ring, T.A. and Ping, E., “Maya Magstone Final Report-Sorel Cement Reaction and it Kinetics,” Chemical Engineering, University of Utah.

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