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Yeakel, J. D., (1981). The Geochemistry and Petrography of Peats from the Okefenokee Swamp, Georgia and the Everglades and Coastal Regions of Southern Florida: A Study of Variable Interrelationships and Peat-Type Differences. (PhD)
Zarembo, V. I., L. V. Puchkov, and S. N. Lvov, (1981). Standard values of the thermodynamic functions of aqueous sodium hydroxide solutions at temperature 298-600 K, Geochemistry International, v. 10, pp. 1541-1545.
Alekhin, O. S., S. N. Lvov, and V. I. Zarembo, (1980). Volumetric properties of aqueous solutions of CaCl2 at pressures 0.1-100 MPa and temperature 298.15 K, Geochem. Intern., v. 10, pp. 1554-1557.
Brant, L. A., (1980). A Palynological Investigation of Postglacial Sediments at Two Locations Along the Continental Divide Near Helena, Montana. (DEd)
Friel, J. J., S. Mehta, G. D. Mitchell, and J. M. Karpinski, (1980). Direct Observation of the Mesophase in Coal, Fuel, v. 59, pp. 610-616.
Friel, J. J., S. Mehta, G. D. Mitchell, and J. M. Karpinski, (1980 March 23-26). Role of the Mesophase During the Coal to Coke Transformation, Proceedings 39th Ironmaking Conference, Washington, D.C.
Given, P. H., D. Weldon, and N. Suhr, (1980). Investigation of the Distribution of Minerals in Coals by Normative Analysis. Penna. State Univ. Tech. Rep. FE-2494-TR2 to U.S. Dep. Energy.
Hoover, D. S., (1980). The Development and Evaluation of an Automated Reflectance Microscope System for the Petrographic Characterization of Bituminous Coals. (PhD)
Hoover, D. S., and A. Davis, (1980). The Development and Evaluation of an Automated Reflectance Microscope System for the Petrographic Characterization of Bituminous Coals. Penna. State Univ. Tech. Rep. FE-2030-TR23 to U.S. Dep. Energy.
Kuehn, K. W., D. S. Hoover, and A. Davis, (1980). Application of Data from an Automated Reflectance Microscope to the Enhancement of Product Quality in Coal Beneficiation Processes. Proc. 1980 Symposium on Instrumentation and Control for Fossil Energy Programs, Argonne National Laboratory, Rep. ANL-80-82, CONF-800602, pp. 360-368.
Zarembo, V. I., and S. N. Lvov, (1980). Possibility of calculating volume properties of aqueous salt system at elevated pressures and temperatures, Geochemistry International, v. 25, pp. 3068-3072.
Zarembo, V. I., S. N. Lvov, and M. U. Matuzenko, (1980). Saturated vapor pressure of water and activity coefficients of calcium chloride in the system CaCl2-H2O at temperature 423-623 K, Geochemistry International, v. 4, pp. 610-614.
Zarembo, V. I., V. Y. Egorov, and S. N. Lvov, (1980). Activities of water and activity coefficients of sodium and potassium hydroxides in the systems NaOH-H2O and KOH-H2O at temperature 423-623 K, Geochemistry International, v. 3, pp. 454-457.
Gutzler, R. Q., (1979). Petrology and Depositional Environments of Alabama Tertiary Lignites. (PhD)
Keuhn, K. W., and A. David, (1979). An Automated Microscopical Method for the Characterization of Pyrite in Coal. Penna. State Univ. Tech. Rep. FE-2030-TR16 to U.S. Dep. Energy.
Kuehn, K. W., (1979). An Automated Microscopical Method for the Characterization of Pyrite in Coal. (MS)
Rich, F. J., (1979). The Origin and Development of Tree Islands in the Okefenokee Swamp, as Determined by Peat Petrography and Pollen Stratigraphy. (PhD)
Wakeley, L. D., A. Davis, G. D. Mitchell, and P. L. Walker, Jr., (1979 May). The Nature of Solids Accumulated During Solvent Refining of Coal, Fuel, v. 58, pp. 379-385.
Davis, A., (1978). A Discussion of Some of the Methods of Physical Characterization Used for Coal: In Scientific Problems of Coal Utilization (B. Cooper, ed.), DOE Symposium Series 46, pp. 13.
Davis, A., (1978). A Review of Some Physical Methods of Coal Characterization, Their Application in Constitution Analysis and Relevance to Industrial Utilization, Penna. State Univ. Tech. Rep. FE-2030-TR11 to U.S. Dep. Energy.
Davis, A., (1978). Compromise in Coal Seam Description: In Symposium on field Description of Coal (R.R. Dutcher, ed.). Spec. Tech. Pub. 661, American Society for Testing and Materials, pp. 33.
Davis, A., (1978). Measurement of Reflectance of Coal Macerals - Its Automation and Significance, Penna. State Univ. Tech. Rep. FE-2030-TR10 to U.S. Dep. Energy.
Davis, A., (1978). The Reflectance of Coal, Chapter 2: In Analytical Methods for Coal and Coal Products (C. Karr, ed.), p. 27, Academic Press, New York.
Hower, J. C., (1978). Anisotropy of Vitrinite Reflectance in Relation to Coal Metamorphism for Selected United States Coals. (PhD)
Johnson, B. C., M. M. Fegley, and H. H. Schobert, (1978). The Grand Forks slagging gasifier, Coal Processing Technology, v. 4, pp. 94-98.
Waddell, C., (1978). Study of the Interrelationships Among Chemical and Petrographic Variables of United States Coals. (MS)
Waddell, C., A. Davis, W. Spackman, and J. C. Griffiths, (1978). Study of the Interrelationships among Chemical and Petrographic Variables of United States Coals. Penna. State Univ. Tech. Rep. FE-2030-TR9 to U.S. Dep. Energy.
Davis, A., and F. J. Vastola, (1977). Developments in Automated Reflectance Microscopy of Coal: Jour. Microsc., v. 109, 3.
Hower, J. M., A. Davis, C. P. Dolsen, and W. Spackman, (1977). Survey of Selected Agencies to Determine the Extent to which the Nation's Coals are Adequately Characterized. Penna. State Univ. Tech. Rep. FE-2030-TR5 to U.S. Dep. Energy.
Mitchell, G. D., (1977). A Petrographic Classification of Solid Residues for the Evaluation of Coal Performance During the Hydrogenation of Bituminous Coals. (MS)
Mitchell, G. D., A. Davis, and W. Spackman, (1977). A Petrographic Classification of Solid Residues Derived from the Hydrogenation of Bituminous Coals, "Liquid Fuels From Coals", (R.T. Ellington, ed.) pp. 255-270, Academic Press, New York.
Fedorov, M. K., N. A. Antonov, and S. N. Lvov, (1976). Vapor pressure of saturated aqueous solutions of LiCl, LiBr, LiJ and thermodynamic characteristic of the solvent in these systems at temperatures of 150-350°C and pressures up to 1500 bar, Russ. J. Appl. Chem., v. 49, pp. 1226-1232.
Lvov, S. N., N. A. Antonov, and M. K. Fedorov, (1976). Vapor pressure of aqueous KBr and KJ solutions at 150-350°C, Russian Journal of Applied Chemistry, v. 49, pp. 1048-1051.
Reyes-Navarro, J., (1976). Pyrite in Coal-Its Forms and Distribution as Related to the Environments of Coal Deposition in Three Selected Coals from Western Pennsylvania. (MS)
Spackman, W., A. Davis, and G. D. Mitchell, (1976). The Fluorescence of Liptinite Macerals, Brigham Young University Geology Studies, v. 22 (3), pp. 59-75.
Spackman, W., A. Davis, and G. D. Mitchell, (1976). The Fluorescence of Liptinite Macerals: Brigham Young Univ., Geology Studies, v. 22 (3), pp. 59.
Given, P. H., and R. F. Yarzab, (1975). Problems and Solutions in the Use of Coal Analyses. Penna. State Univ. Tech. Rep. FE-2030-TR1 to U.S. Dep. Energy.
Davis, A., (1974). Developments in the Techniques of Coal Microscopy: Microstructural Science 3, Part B, pp. 973.
Goscinski, J. S., (1973). The Petrology and Coking Behavior of Certain Western Canadian Coals and their significance in Predicting Coke Strength. (MS)
Schobert, H. H., (1973). A magnetic analogy for demonstrating some VSEPR principles, Journal of Chemical Education, v. 50, p. 651.
Gleason, P. J., (1972). The Origin, Sedimentation and Stratigraphy of a Calcitic Mud Located in the Southern Fresh-Water Everglades. (PhD)
Davis, A., (1971). The Optical Properties of Some Bowen Basin Vitrinites: In Proc. 2nd Bowen Basin Symposium Rep. Geol. Surv. Qd., v. 62, pp. 61.




Dogulu, Y. S., and P. M. Halleck, Numerical Simulation of Perforation Cleanup with Transient Surge Flow, Submitted for publication to the Journal of Energy Resources Technology.
Li, J., M. Liu, X. Guo, C. Dai, S. Xu, Y. Wei, Z Liu, and C. S. Song, (2018 May 31). In Situ Aluminum Migration into Zeolite Framework during Methanol-To-Propylene Reaction: An Innovation To Design Superior Catalysts, Industrial & Engineering Chemistry Research, v. 57 (24), pp 8190–8199, DOI: 10.1021/acs.iecr.8b00513.
Long, H., P. B. Flemings, J. T. Germaine, and D. M. Saffer, Consolidation characteristics of sediments from IODP Expedition 308, Ursa Basin, Gulf of Mexico, Ocean Drilling Program Scientific Results, 308.
Purswani, P., R. T. Johns, and Z. T. Karpyn, (2024). Impact of Wettability on Capillary Phase Trapping using Pore-Network Modeling, Advances in Water Resources, v. 184, pp. 104606.