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UFS 4-027-01 contains Controlled Unclassified Information (CUI). Direct inquiries regarding this UFS to: Air Force: Mr. A.C. White (AFCEC/COSC), ashley.white.26@us.af.mil, DSN 523-6218, or commercial 850-283-6218. Navy: Ms. Julie Heup (NAVFACSYSCOM – PDCC), julie.m.heup.civ@us.navy.mil, DSN 262-4447, commercial 757-322-4447 Army: Mr. Ryan Murphy (HQUSACE), ryan.r.murphy@usace.army.mil , commercial 202-748-1737 OVERVIEW This UFS supports physical security and force protection planning and design of deployed operational bases to protect personnel, assets, and infrastructure from terrorism and other deliberate man-made threats. The intended users of this UFS are engineers and planners responsible for project development and force bed down in the deployed environment. This UFS provides appropr
eneral A-3.9 3-900 Series - Reserved. A-4 UFC SERIES 4 - MULTI-DISCIPLINARY & FACILITY-SPECIFIC DESIGN. Series 4 numbering is based on the DoD hierarchical scheme of real property types, functions and Category Groups found in DoDI 4165.03. A-4.1 4-000 - General. • 4-010 Multi-Disciplinary Requirements • 4-020 Security Engineering • 4-021 Electrical Engineering • 4-022 Civil Engineering • 4-023 Structural Engineering • 4-024 Chemical, Biological, Radiological, Nuclear (CBRN) • 4-025 Waterfront UFS 1-300-01 14 January 2026 33 • 4-026 Threats • 4-027 Expeditionary/Contingency • 4-030 Sustainable Development A-4.2 4-100 Series - Operational and Training Facilities. • 4-120 Liquid Fuel Dispensing Facilities • 4-121 Aircraft Dispensing • 4-130 Communications, Navigational Aids and Airfield Light
CAPACITY SLING SET COMPONENTS NSN PART NUMBER DESCRIPTION QTY PER SET 1670-01-027-2900 38850-00001-044 Sling Set Assembly Complete LIN T79009 1 ea 1 4030-01-048-4045 38850-00004-045 Shackle Assembly 1 ea 2 5315-01-115-3482 38850-00008-101 Pin, Apex Fitting 1 ea 3 5365-01-235-0908 38850-00015-104 Spacer, Apex 1 ea 4 5306-00-944-1536 NAS1306-16D Bolt 1 ea 5 5310-00-207-9274 AN 320C6 Nut, Castellated 1 ea 6 5315-00-2341864 MS 24665-302 Cotter Pin 1 ea 7 4020-01-047-6814 38850-00009-055 Rope Assembly 4 ea 8 4030-01-048-4046 38850-00011-041 Grabhook Assembly 4 ea 9 5364-01-109-2543 38850-00015-101 Spacer, Grabhook 4 ea 10 5315-01-121-0497 38850-00008-103 Pin, Spacer 4 ea 11 4030-01-100-1685 38850-00017-101 Keeper, Grabhook 4 ea 12 5360-01-115-6833 38850-00019-101 Keeper, Spring 4 ea 13 5325-01-
1.027 0.964 0.159 Moisture Analyzer 0.731 0.915 0.044 Nuclear Density Gauge 0.922 0.970 0.091 Electrical Density Gauge 1.01 0.866 0.253 Soil Density Gauge 0.979 0.936 0.175 Gas Pressure Tester 1.405 0.867 0.056 Electromagnetic Probe 1.096 0.857 ~0.10 (similar to NDG) Explanation (for comparison of field and oven measurements of moisture content) Slope of trend: slope > 1 indicates over-prediction, slope < 1 indicates under- prediction Measure of scatter about trend, R2=1 for results with no scatter Scatter about the average value, standard deviation approaches 0 for more precise results UFS 3-220-10 16 January 2026 112 2-9.4 Rock Properties. Strength and stiffness tests on rock core tend to reflect the characteristics of the “intact” rock, while the engineering performance of rock in the
of Radiation Detection Equipment Conversion Factors To convert from To Multiply by Curies (Ci) becquerels (Bq) 3.7 x 1010 millicuries (mCi) megabecquerels (MBq) 37 microcuries (µCi) megabecquerels (MBq) 0.037 millirads (mrad) milligrays (mGy) 0.01 millirems (mrem) microsieverts (µSv) 10 milliroentgens (mR) microcoulombs/kilogram 0.258 (µC/kg) becquerels (Bq) curies (Ci) 2.7 x 10-11 megabecquerels (MBq) millicuries (mCi) 0.027 megabecquerels (MBq) microcuries (µCi) 27 milligrays (mGy) millirads (mrad) 100 microsieverts (µSv) millrems (mrem) 0.1 microcoulombs/kilogram milliroentgens (mR) 3.88 (µC/kg) 40AFQTP 4B051-13 Journeyman Training Guide: Calibration & Operation of Radiation Detection Equipment TRAINEE REVIEW QUESTIONS STS Line Item 4.9.2.13: Perform ionizing radiation calculations (do
otification Systems UFC 4-021-02 Security Engineering: Electronic Security Systems UFC 4-022-01 Entry Control Facilities/Access Control Points UFC 4-022-02 Design and Selection of Vehicle Barriers UFC 4-022-03/ Design of Security Fencing, Gates, Barriers, and MIL-HDBK-1013/10 Guard Facilities UFC 4-023-03 Design of Buildings to Resist Progressive Collapse UFC 4-023-04 Design of Windows to Resist Blast, Ballistics, and Forced Entry UFC 4-023-07 Design to Resist Direct Fire Weapons Effects UFC 4-026-01 Design to Resist Forced Entry UFC 4-027-01 Design of Deployed Operational Bases to Mitigate Terrorist AttacksAFH 10-222 Volume 14 1 August 2008 21 Chapter 2 FIGHTING POSITIONS 2.1. Overview. Fighting positions are fortified structures used for protection against hostile fire. They can also be
e electrode in acidified deionized water, Beaker 2 (125 mL of deionized water with approximately 2 mL of pH 4.01 buffer). (b) Before use each day, be sure to hydrate the electrode by placing it in deionized water for at least 5 minutes. (2) Long-term storage: (a) Store the electrode in non-aqueous titrant electrolyte (1.0 M LiCl in IPA or 1M LiCl in Ethanol). (b) Prior to running titrations, rehydrate the electrode in acidified deionized water for 5 minutes NAVAIR 17-15-50.2 TM 38-301-2 T.O. 33-1-37-2 CGTO 33-1-37-2 WP 027 00 Page 1 of 8 Change 1 – 15 June 2022 FDM 6001 FUEL DILUTION METER LABORATORY OPERATING PROCEDURE 1. Scope. This method is to be used for analysis of lubricating fluids to evaluate the contamination of the lubricant with diesel fuel, gasoline, or jet fuel. Fuel dilution
‐01‐200‐801 9.1.2 Statically Ground Aircraft ‐ ‐ ‐ 9.1.3 Remove and Install Aircraft Maintenance Access Panels TR: TO 06‐46‐ ‐ ‐ ‐ 00‐992‐002 9.1.4 Open the Entry/Service Door ‐ ‐ ‐ Externally TR: TO 52‐11‐00‐862‐001 9.1.5 Close the Entry/Service Door ‐ ‐ ‐ Externally TR: TO 52‐11‐00‐862‐002 9.1.6 Open the Entry/Service Door Internally ‐ ‐ ‐ TR: TO 52‐11‐00‐862‐003 9.1.7 Close the Entry/Service Door Internally ‐ ‐ ‐ TR: TO 52‐11‐00‐862‐004 9.1.8 Open the Crew Entry Door Internally ‐ ‐ ‐ TR: TO 52‐12‐00‐862‐020‐001 9.1.9 Close the Crew Entry Door Internally ‐ ‐ ‐ TR: TO 52‐12‐00‐862‐027‐001 9.1.10 Open the Forward Cargo Door ‐ ‐ ‐ Manually TR: TO 52‐12‐00‐862‐027‐001 9.1.11 Close the Forward Cargo Door ‐ ‐ ‐ Manually TR: TO 52‐34‐00‐912‐004 9.1.12 Open the Forward Cargo Door ‐ ‐ ‐ Electrica
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