"Monsanto Research Corporation a subsidiary of Monsanto Company"--Cover. ; "Mound Laboratory, Miamisburg, Ohio, operated for United States Atomic Energy Commission, U.S. Government Contract no. AT-33-1-GEN-53." ; "Issued: June 4, 1965." ; "MLM-1247 ; TID-4500 (38th Ed.) ; UC-4 Chemistry." ; Includes bibliographical references. ; U.S. Atomic Energy Commission Contract ; Mode of access: Internet.
"Monsanto Research Corporation a subsidiary of Monsanto Company"--Cover. ; "Issued: April 6, 1973." ; "MLM-1885 ; TID-4500 ; UC-37." ; Includes bibliographical references (page 24) ; Mound Laboratory, Miamisburg, Ohio, operated for United States Atomic Energy Commission, U.S. Government Contract no. ; Mode of access: Internet.
"Monsanto Research Corporation a subsidiary of Monsanto Company"--Cover. ; "Issued: February 25, 1972." ; "MLM-1891; TID-4500 ; UC-4." ; Includes bibliographic references (page 22) ; Mound Laboratory, Miamisburg, Ohio, operated for United States Atomic Energy Commission, U.S. Government Contract no. ; Mode of access: Internet.
"U.S. Government Contract No. AT-33-1-GEN-53." ; "Issued: February 7, 1963." ; "TID-4500 (18th Ed.), UC-4 Chemistry." ; Includes bibliographical references (pages 27-29). ; U.S. Atomic Energy Commission Contract ; Mode of access: Internet.
"Monsanto Research Corporation." ; "Mound Laboratory, Miamisburg, Ohio, operated for United States Atomic Energy Commission, U.S. Government Contract no. AT-33-1-GEN-53." ; "Date: December 31, 1963 ; Issued: June 18, 1965." ; "MLM-1239 ; TID-4500 (41st Ed.) ; UC-22 Isotope Separation." ; Includes bibliographical references. ; U.S. Atomic Energy Commission Contract ; Mode of access: Internet.
An investigation to determine the superconductivity transitions of polonium-210, indium bismuthide and indium phosphide was made. No evidence of superconductivity was found down to 1.5°K in either polonium-210 or indium phosphide; the superconducting transition of indium bismuthide was found to agree with the literature values. ; "Mound Laboratory, Miamisburg, Ohio, operated by Monsanto Research Corporation, a subsidiary of Monsanto Company, for the U.S. Atomic Energy Commission, U.S. Government Contract No. AT-33-1-GEN-53"--Cover. ; "MLM-1124; TID-4500 (16 ed) ; UC-4 Chemistry." ; "Date: May 30, 1960 ; Issued: Dec. 15, 1961." ; Includes bibliographical references (p. 11). ; An investigation to determine the superconductivity transitions of polonium-210, indium bismuthide and indium phosphide was made. No evidence of superconductivity was found down to 1.5°K in either polonium-210 or indium phosphide; the superconducting transition of indium bismuthide was found to agree with the literature values. ; U.S. Atomic Energy Commission Contract ; Mode of access: Internet.
The potential usefulness of approximately 1300 radioactive isotopes as a heat source for the thermoelectric generator was investigated. Eight thermoelectric generators were developed and two of these were used as thermoelectric batteries. Theoretical equations for non-semiconductor thermoelectric materials and experimental measurements to verify the Thompson and Peltier effects are given. ; "The object of this contract was to conduct research on radioactive materials and thermocouples suitable for the direct conversion of heat to electrical energy. U.S. Army Signal Corps Contract No. R-65-8-99811-SC-03-91. U.S. Army Signal Research and Development Laboratories Technical Requirement Nos. P.R. and C. 58-ELS/R-3705, 58-ELS/3861 (S). U.S. Department of the Army Project No. 3-99-15-102." ; "Mound Laboratory, Miamisburg, Ohio, operated for United States Atomic Energy Commission, U.S. Government Contract no. AT-33-1-GEN-53." ; "Date: October 1, 1960 ; Issued: January 15, 1962." ; "MLM-1127 ; UC-23 Isotopes--Industrial ; Technology (TID-4500 16th Ed.)." ; Includes bibliographical references (p. 67-68). ; The potential usefulness of approximately 1300 radioactive isotopes as a heat source for the thermoelectric generator was investigated. Eight thermoelectric generators were developed and two of these were used as thermoelectric batteries. Theoretical equations for non-semiconductor thermoelectric materials and experimental measurements to verify the Thompson and Peltier effects are given. ; U.S. Atomic Energy Commission Contract ; Mode of access: Internet.
