Call Number (LC) Title Results
E 1.99:doe/nv/03624--0548 Nevada National Security Site Waste Disposal Operations - Disposal Volume Report FY 2019 - Quarter Three 1
E 1.99:doe/nv/03624--0549 Asbestos Report Permit NEV HW0101 Disposal Date Range 04/01/2019 to 06/30/2019. 1
E 1.99:doe/nv/03624--0550 Asbestos Report Permit SW532 Disposal Date Range 04/01/2019 to 06/30/2019. 1
E 1.99:doe/nv/03624-0552 Corrective Action Alternatives for Corrective Action Unit 577 Area 5 Chromium Contaminated Waste Disposal Cells. 1
E 1.99:doe/nv/03624--0553 Analysis of Cygnus Electrical Signals 1
E 1.99:doe/nv/03624--0561 Geant4-based multiphysics simulation toolkit for analysis of radiation detector performance 1
E 1.99:doe/nv/03624-0562 Third Quarter Transportation Report Fiscal Year 2019 1
E 1.99:doe/nv/03624-0564 DOE Radiation Detection Backpack Overview 1
E 1.99:doe/nv/03624-0565 U.S. Department of Energy, Office of Nuclear Incident Policy and Cooperation, Radiation Backpack Operation Manual 1
E 1.99:doe/nv/03624-0568 Digital Time-Resolved Spot Diagnostic 1
E 1.99:doe/nv/03624-0574 Geant4-based multiphysics simulation toolkit for analysis of radiation detector performance 1
E 1.99:doe/nv/03624--0579 Digital Time-Resolved Spot Diagnostic 1
E 1.99:doe/nv/03624-0581 UAS Radiological Sensing ? Nevada National Security Site 1
E 1.99:doe/nv/03624-0583 Unreviewed Disposal Question Evaluation Disposal of the Transuranic Waste Processing Center Low-Level Waste at the Area 5 Radioactive Waste Management Site, Nevada National Security Site, Nye County, Nevada. 1
E 1.99:doe/nv/03624-0586 The Original Moratorium & Test Readiness 1
E 1.99:DOE/NV/03624-0596 A multi-wavelength streaked optical pyrometer for dynamic shock compression measurements above 2500 K 1
E 1.99:doe/nv/03624-0598 Multi-Modal, Multi-Energy Approach for Neutron Interrogation of Spent Fuel, RSLN-022-19, Year 1 of 3 1
E 1.99:doe/nv/03624-0599 Ecological Monitoring and Compliance Program 2018 Report 1
E 1.99:doe/nv/03624-0600 Video Event Recorders 1
E 1.99:doe/nv/03624-0606 Investigation of magnetic field evolution in laser ablation Z-pinch experiments using Zeeman Induced Magnetic Splitting (ZIMS) spectroscopic technique 1