Call Number (LC) Title Results
E 1.99:bmi--1914 PROGRESS ON LMFBR CLADDING, STRUCTURAL, AND COMPONENT MATERIALS STUDIES DURING JULY 1970 THROUGH JUNE 1971. Annual Report, Task 32. Final Report, Task 14. 1
E 1.99:BMI-2030 HAARM-3 code verification procedure. [LMFBR] 1
E 1.99:bmi-2032 Mechanical properties of depleted uranium-2 w/o molybdenum alloy 1
E 1.99:bmi-2086 Thermophysical properties of coal liquids. Seventh quarterly technical status report, April 1-June 30, 1981 1
E 1.99:bmi-2088 Novel approach to coal gasification using chemically incorporated catalysts (Phase II). Final report, May 1978-June 1981 1
E 1.99:bmi-2088-app.a-f Novel approach to coal gasification using chemically incorporated catalysts (Phase II). Appendix A-F. Final report, May 1978-June 1981 1
E 1.99:bmi-2092 Thermophysical properties of coal liquids. Final report. [300 to 600 K] 1
E 1.99: bmi-2095 Final report on shipping-cask sabotage source-term investigation 1
E 1.99:BMI-2099 Comparison of quick predictions with results of selected, recent aerosol-behavior experiments. [LMFBR] 1
E 1.99: bmi-2103 Measures of risk importance and their applications. [PWR; BWR] 1
E 1.99:BMI-2105-Vol.1 Long-term performance of materials used for high-level waste packaging. Annual report, March 1982-April 1983. Vol. 1 1
E 1.99: bmi-2121 User's guide for MERGE 1
E 1.99: bmi-2131 Radiological source terms resulting from sabotage to transportation casks Final report. 1
E 1.99: bmi--2139-vol.6 Radionuclide release calculations for selected severe accident scenarios 1
E 1.99: bmi-2140 Verification test calculations for the Source Term Code Package 1
E 1.99: bmi--2153 Source term calculations for assessing radiation dose to equipment 1
E 1.99: bmi--2164-rev.1 Evaluation and refinement of leak-rate estimation models. Revision 1 1
E 1.99: bmi--2171 Assessment of the XSOR codes 1
E 1.99:BMI--2173-Vol.4-No.1 Short cracks in piping and piping welds. Seventh program report, March 1993-December 1994. Volume 4, Number 1 1
E 1.99: bmi--2174 Probabilistic pipe fracture evaluations for leak-rate-detection applications 1