Instrumentation and Controls Division Annual Progress Report for the Period Ending September 1, 1966 (open access)

Instrumentation and Controls Division Annual Progress Report for the Period Ending September 1, 1966

Report issued by the Oak Ridge National Laboratory discussing annual progress made by the Instrumentation and Controls Division during 1966. Descriptions of progress and studies conducted are presented. This report includes tables, illustrations, and photographs.
Date: June 1967
Creator: Borkowski, C. J.; Dandl, R. A.; Epler, E. P. & Harrill, C. S.
System: The UNT Digital Library
1000-MWe LMFBR Follow-On Study, Task I Report: Volume 1 (open access)

1000-MWe LMFBR Follow-On Study, Task I Report: Volume 1

From introduction: "The objective of this study is to provide information that will assist the Atomic Energy Commission in furthering the National Liquid Metal Fast Breeder Reactor (LMFBR) Program. We plan to accomplish this end, in part, by extending the original studies to include system and component design and parametric evaluations of the nuclear steam supply system and its related systems and subsystems based on an estimation of the state of technology in 1980."
Date: June 1967
Creator: Goulding, B. J.
System: The UNT Digital Library
1000-MWe LMFBR Follow-On Study, Task I Report: Volume 3, Concept II System Description (open access)

1000-MWe LMFBR Follow-On Study, Task I Report: Volume 3, Concept II System Description

From introduction: "This report has been prepared in conjunction with the Liquid Metal Fast Breeder Reactor (LMFBR) Follow-On Study. It is the Concept II description of Task I as outlined by Argonne National Laboratory (ANL) in Appendix C of their Follow-On-Study Program."
Date: June 1967
Creator: Goulding, B. J.
System: The UNT Digital Library
Thermodynamic Properties of Forsterite and Serpentine (open access)

Thermodynamic Properties of Forsterite and Serpentine

From introduction: "This report contains the results of measurements to obtain the heats of formation of forsterite and chrysotile; entropies at 298.15 K of two polymorphs of serpentine, chrysotile and antigorite; and high temberature heat content increments for antigorite. These results have been combined with other pertinent data to derive heat and free energy values at high temperatures."
Date: June 1967
Creator: King, E. G.; Barany, R.; Weller, W. W. & Pankratz, L. B.
System: The UNT Digital Library