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(10) "3-Hydryl-F-Oxetane and 3,3-Dihydryl-F-Oxetane Compounds Useful as Refrigerants or Solvents," J. L. Adcock, U. S. Patent No. 5,248,795, September 28, 1993, to Electric Power Research Institute, Palo Alto CA.
(9) "High Efficiency Method and Apparatus for Aerosol Direct Fluorination," J. L. Adcock, U. S. Patent 4,855,112, August 8, 1989, to the University of Tennessee Research Corporation.
(8) "Method for Minimizing Contaminant Particle Effects in Gas Insulated Electrical Apparatus," M. O. Pace, J. L. Adcock, and L. G. Christophorou, U. S. Patent 4,464,417 (August 7, 1984) to the Oak Ridge National Laboratory.
(7) "Contaminant Trap for Gas Insulated Apparatus," J. L. Adcock, M. O. Pace, and L. G. Christophorou, U. S. Patent 4,480,417, (August 1984) to the Oak Ridge National Laboratory.
(6) "Cryogenically Controlled Direct Fluorination Process, Apparatus and Products Resulting Therefrom, (Part 2)" R. J. Lagow, J. L. Adcock and N. J. Maraschin, U. S. Patent 4,400,532 (August 23, 1983) to the Massachusetts Institute of Technology.
(5) "Aerosol Direct Fluorination Method and Apparatus," J. L. Adcock and E. B. Renk, U. S. Patent 4,330,475, (May 18, 1982) to the University of Tennessee Research Corporation.
(4) "Cryogenically Controlled Direct Fluorination Process, Apparatus and Products Resulting Therefrom, (Part 1)" R. J. Lagow, J. L. Adcock and N. J. Maraschin, U. S. Patent 4,281,119 (1981) to the Massachusetts Institute of Technology.
(3) "Perfluorinated Functionalized Materials," R. J. Lagow, Shoji Inoue and J. L. Adcock, U. S. Patent 4,114,374 (March 1979) to the Massachusetts Institute of Technology.
(2) "Cryogenically Controlled Direct Fluorination Apparatus," J. L. Adcock, N. J. Marachin and R. J. Lagow, U. S. Patent 4,113,435 (September 1978) to the Massachusetts Institute of Technology.
(1) "A New Synthesis of Nitrosyl Tetrafluoroborate from Boron Nitride," J. L. Adcock and R. J. Lagow, U. S. Patent 3,892,839 (July 1, 1975) to the Massachusetts Institute of Technology.