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Intelligence Authorization Legislation: Status and Challenges (open access)

Intelligence Authorization Legislation: Status and Challenges

This report assesses the effects of the absence of intelligence authorization legislation since FY2005. Since FY2005, no annual intelligence authorization bill has been enacted. Although the National Security Act requires intelligence activities to be specifically authorized, this requirement has been satisfied in recent years by one-sentence catch-all provisions in defense appropriations acts authorizing intelligence activities.
Date: January 27, 2010
Creator: Best, Richard A., Jr.
System: The UNT Digital Library
Defense Authorization and Appropriations Bills: FY1961-FY2019 (open access)

Defense Authorization and Appropriations Bills: FY1961-FY2019

This report is a research aid that lists the U.S. Department of Defense (DOD) authorization and appropriations bills for FY1961-FY2019 including: bill numbers, report numbers, dates reported and passed, recorded vote numbers and vote tallies, dates of passage of the conference reports with their numbers and votes, vetoes, substitutions, dates of final passage, and public law numbers. Significant definitions are also included.
Date: November 27, 2018
Creator: DeBruyne, Nese F. & Torreon, Barbara Salazar
System: The UNT Digital Library
FY2006 Supplemental Appropriations: Iraq and Other International Activities; Additional Katrina Hurricane Relief (open access)

FY2006 Supplemental Appropriations: Iraq and Other International Activities; Additional Katrina Hurricane Relief

None
Date: April 27, 2006
Creator: Irwin, Paul M. & Nowels, Larry
System: The UNT Digital Library
Quarterly progress report for Q1 FY06 for Complex Transient Events in Materials Studied Using Ultrafast Electron Probes and Terascale Simulation (FWP SCW0289) (open access)

Quarterly progress report for Q1 FY06 for Complex Transient Events in Materials Studied Using Ultrafast Electron Probes and Terascale Simulation (FWP SCW0289)

This quarter (Q1 FY06) marked the first time that the LLNL dynamic transmission electron microscope (DTEM) configuration had advanced to the point whereby it was possible to conduct in-situ experiments on specimens. DTEM improvements continue to progress at a rapid pace. We summarize important achievements in the following list: (1) Instrument performance and design improvements - (a) Reproducibly achieving >1 x 10{sup 7} e{sup -} per pulse. Adjustments in the cathode laser system design led to an improved quantum efficiency and electron yield per pulse. The current number of electrons in the pulse is sufficient for acquiring high quality, single-shot electron diffraction patterns. (b) Implementation of computer interface and Labview{reg_sign} programs for cathode and specimen drive alignment and cathode and pump laser trigger and delay settings. These controls provide a user friendly interface and ease in the experimental setup and implementation. (c) Cathode test chamber (offline test apparatus to asses photocathode design and laser induced photoemission) construction has been completed. (2) Notable instrument features brought into service - (a) Drive laser system was enhanced to improve beam shape and uniformity and to include continuous laser energy monitoring. The drive laser spot size on the specimen was also reduced from 70 …
Date: December 27, 2005
Creator: Campbell, G.
System: The UNT Digital Library