104 resultados para RIFLE
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Özege, M. S. Eski harflerle,
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Official organ of the National Rifle Association of America.
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Mode of access: Internet.
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Includes bibliographical references (p. 16)
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v. 1. Schools of the soldier and company.--v. 2. School of the battalion and instruction for light infantry or rifle.--v. 3. Evolution of the line.
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Money, A. W. The shot-gun and its handling.--Kephart, H. The hunting rifle.--Carlin, W. E. The theory of rifle-shooting.--Himmelwright, A. L. A. The pistol and revolver.--Keene, J. H. The artificial fly.
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Vol. 2 wanting in L.C. copy.
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"War Department. Document no. 394. Office of the Chief of Staff"--Verso of t.p.
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Three Marines taking cover amidst rocks, aiming rifles at unseen enemy. One Marine has bayonet attached to rifle. Caption; "Riflemen working over rugged ground. Theirs was the toughest of jobs"
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Several Marines, one carrying a stretcher and another with a raised rifle, approaching a man lying in a rocky depression. Caption; "The corpsmen did a wonderful job…"
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Microfilm. Ann Arbor, Mich., University Microfilms (n.d.) (American Culture Series, Reel 253.4)
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Reuse of record except for individual research requires license from Congressional Information Service, Inc.
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A large increase in natural gas production occurred in western Colorado’s Piceance basin in the mid- to late-2000s, generating a surge in population, economic activity, and heavy truck traffic in this rural region. We describe the fiscal effects related to this development for two county governments: Garfield and Rio Blanco, and two city governments: Grand Junction and Rifle. Counties maintain rural road networks in Colorado, and Garfield County’s ability to fashion agreements with operators to repair roads damaged during operations helped prevent the types of large new costs seen in Rio Blanco County, a neighboring county with less government capacity and where such agreements were not made. Rifle and Grand Junction experienced substantial oil- and gas-driven population growth, with greater challenges in the smaller, more isolated, and less economically diverse city of Rifle. Lessons from this case study include the value of crafting road maintenance agreements, fiscal risks for small and geographically isolated communities experiencing rapid population growth, challenges associated with limited infrastructure, and the desirability of flexibility in the allocation of oil- and gas-related revenue.
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Gunshot residue (GSR) is the term used to describe the particles originating from different parts of the firearm and ammunition during the discharge. A fast and practical field tool to detect the presence of GSR can assist law enforcement in the accurate identification of subjects. A novel field sampling device is presented for the first time for the fast detection and quantitation of volatile organic compounds (VOCs). The capillary microextraction of volatiles (CMV) is a headspace sampling technique that provides fast results (< 2 min. sampling time) and is reported as a versatile and high-efficiency sampling tool. The CMV device can be coupled to a Gas Chromatography-Mass Spectrometry (GC-MS) instrument by installation of a thermal separation probe in the injection port of the GC. An analytical method using the CMV device was developed for the detection of 17 compounds commonly found in polluted environments. The acceptability of the CMV as a field sampling method for the detection of VOCs is demonstrated by following the criteria established by the Environmental Protection Agency (EPA) compendium method TO-17. The CMV device was used, for the first time, for the detection of VOCs on swabs from the hands of shooters, and non-shooters and spent cartridges from different types of ammunition (i.e., pistol, rifle, and shotgun). The proposed method consists in the headspace extraction of VOCs in smokeless powders present in the propellant of ammunition. The sensitivity of this method was demonstrated with method detection limits (MDLs) 4-26 ng for diphenylamine (DPA), nitroglycerine (NG), 2,4-dinitrotoluene (2,4-DNT), and ethyl centralite (EC). In addition, a fast method was developed for the detection of the inorganic components (i.e., Ba, Pb, and Sb) characteristic of GSR presence by Laser Induced Breakdown Spectroscopy (LIBS). Advantages of LIBS include fast analysis (~ 12 seconds per sample) and good sensitivity, with expected MDLs in the range of 0.1-20 ng for target elements. Statistical analysis of the results using both techniques was performed to determine any correlation between the variables analyzed. This work demonstrates that the information collected from the analysis of organic components has the potential to improve the detection of GSR.