Military Standards MIL-STD

Military Standard (Mil Std). An authoritative USA Dept of Defense publication setting forth uniform procedures, definitions and standards for mandatory use thruout the Depts of the Army, the Navy, and the Air Force. See Military Specification for distribution source Ref OrdTechTerm (1962), 192-R... 

Cook(1958), 44-50 (Ideal nonideal detonations) 5a) Anon, Nomenclature and Definitions in the Ammunition Area , Military Standard MIL-STD-444 (1959), p 60 (Detonation) p 65 (Explosion) 6) Baum, Seanyukovich Shekhter(1959), pp 9 15-16... 

Vol 1(1960), p XVI [ignition (or Explosion) Temperature Test] 27) Dunkle s Syllabus (1960-1961), pp 12a-d (Thermal decompn in solids) 28) Military Standard MIL-STD-650,... 

Design Guide , Fluidonics Div of Imperial Eastman Corp, Chicago, 111(1966), p 99 B) Military Standard, MIL-STD-1306, "Flue-rics Terminology and Symbols , Dept of Defense(17 July 1968) C) R.K. Smith, "Fiuidics in Ordnance , Grdn 56, 391 —94 (March-April 1972) D) C.H. Staley A. E. Schmidlin, "Military Fluidics , Ordn 57, 240—42 (Nov-Dec 1972) E) Anon, "En-... 

A urine is used in small amt (ca 0.23%) as a component of EC Propellant for Blank Cartridges and Fragmentation Hand Grenades. A gravimetric method of aurine detn in EC propellant is described in US Army specification No 50-13-8B, while a colorimetric method is given in US Military Standard MIL-STD-286A(1 >60)... 

Refs l)Anon, Propellants, Solid Sampling, Examination and Testing , Military Standard MIL-STD-286A(i960) 2)A.J.Clear, "Standard Military Procedures for Sensitivity, Brisance and Stability of Explosives , TechRept FRL-TR-25, PicArsn, Dover, NJ(1961) 3)US Specification MIL-P-270A, Powder, Propellant, Cannon 4)... 

Military Standard MIL-STD-286, Method 309.2.2, Carbon Black (Photometric Method) 16)E.Reese, PicArsn, private communication (1962) 17)... 

US Military Standard MIL-STD-286A(196l) (Propellants, Solid Sampling, Examination and Testing) Method 202.2.2(Detn of EtCentr in newly manufd proplnts) Method 217.2. l(Detn of available stabilizer in aged proplnts) 35)PATR 2700 Vol 1(1960), pp A516 Sc A674 36)US Joint Army-Navy Specification JAN-E-255 [Ethyl Centralite(Carbamite)] 37)J.Apatoff J.Cohen, "Determination of Admixture of Diphenylamine and Ethyl Centralite in Propellants ,Test Report T62-15-1, Frankford Arsenal, Philadelphia, Pa (1962)... 

Although relatively heavy (130 lb.) and energy inefficient (500 W), initial field studies of the Block II CBMS proved that field-deployable mass spectrometers are instruments of the future battlefield. The new generation Block III CBMS is a commercial instrument manufactured by Bruker Daltonics (Billerica, CT). Currently, the instrument is capable of detection of select chemical and biological warfare agents included on the U.S. Army military standard (MIL-STD) fist in fuUy automated fashion. The figures of merit are summarized in Table 19.5. 

Military Standard Sampling procedures and tables for inspection by attributes. Military Standards (MIL-STD-105A) known also as ABC-STD-105... 

System safety is a mishap risk management process, whereby mishap risk is identified through hazards, and if the risk does not meet the established level of acceptability, design action is taken to reduce the risk to an acceptable level. For various reasons, it is often impossible to eliminate mishap risk in many systems. System safety should be involved in establishing the criteria and constraints for acceptable risk for system programs. Military standard (MIL-STD)-882 identifies the criteria for four levels of risk high, serious, medium, and low, each of which is accepted by a different level of decision authority. 

Military Standard (MIL-STD)-882D, Standard Practice for System Safety, February 10,2000. 

Quality Assurance Terms and Definitions, Military Standard Mil-Std-109B, U. S. 

MIL 78] Military Standard, MIL-STD-1553B Aircraft internal time division command/ response multiplex data bus , version B, 21 September 1978. 

As mentioned in an earlier chapter, two of the most well established test methods for EMI shielding effectiveness (EMI-SE) are the ASTM (American Society for Testing and Materials, Conshohocken, PA, USA) method ES 7-83 and the US military standard MIL-STD-462. Frequencies in the 1 KHz to 1 GHz region are most commonly used. However, the cavity perturbation technique and the network analyzer technique, both used for generic microwave measurements and discussed earlier in Chapter 12, can also be used to generate EMI-SE data. 

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