A Simplified Guide to Firearms Examination Introduction
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Classic Arms (Pty) Ltd Is Proud to Present Its 71St Auction of Collectable, Classic, Sporting & Other Arms, Accoutrements and Edged Weapons
Classic Arms (Pty) Ltd Is proud to present its 71st Auction Of Collectable, Classic, Sporting & Other Arms, Accoutrements and Edged Weapons. ON LINE AUCTION 3OTH JANUARY 2021 AUCTION STARTS AT 09H00 VIEWING BY APPOINTMENT Viewing is Subject To Government Regulations Enquiries: Tel: 013 656 2923 Email: [email protected] CATEGORY A ~ COLLECTABLES Lot Lot Description Estimate A1 .177 [No.1] BSA Air Rifle R 2950.00 Standard Club model, produced 1930-1936. Underlever action. Excellent professionally refinished condition. A2 .177 BSA Airsporter MkV1 Rifle R 2500.00 Produced 1974-1979. Underlever action. Professionally restocked and refinished. Excellent refinished condition. A3 .177 Walther LGR Air Rifle R 4500.00 Target rifle with target peep sight, tunnel fore sight, side-cocking lever, adjustable butt plate, adjustable trigger and stippled grip. Excellent condition. A4 .177 Feinwerkbau L.G Mod 300S Air Rifle R 2500.00 Target rifle with target peep sight, tunnel fore sight, side-cocking lever, adjustable butt plate, adjustable trigger and stippled grip. Excellent condition. A5 .177 Gecado Mod. 50 Air Rifle R 3000.00 Underlever with 3/4 length stock. Tunnel fore sight, adjustable rear sight, scope mounting rail and adjustable trigger. Very good plus condition. A6 4.5mm(.177) Diana Mod 350 Magnum Panther Air Rifle R 5500.00 A powerful air rifle with synthetic stock and hi-viz sights plus provision for mounting a scope. Excellent condition. A7 Deact - .303 "Long Lee" Rifle R 1950.00 Boer war vintage. Rifle has been "circumcised" with shortened fore end. Complete with front & rear volley sights. Action is welded closed. -
Exo-Atmospheric Intercepts: Bringing New Challenges to Standard Missile
G. A. SULLINS Exo-atmospheric Intercepts: Bringing New Challenges to Standard Missile Gary A. Sullins The Navy Theater Wide System is being designed to provide defense for U.S. forces and our Allies against medium- to long-range tactical ballistic missiles. As part of this system, a new variant of Standard Missile, SM-3, will be introduced to the Fleet. SM-3 will perform a hit-to-kill intercept of the ballistic missile while it is in exo-atmospheric flight (i.e., while outside the Earth’s atmosphere). Exo-atmospheric flight and hit-to-kill intercepts have brought new challenges to the SM Program. These challenges have intro- duced new technologies, which in turn have created the need for new tests to be added to an already robust SM ground test program. This article discusses these new challenges and describes tests geared to verify SM-3 design, with emphasis given to those tests performed at APL. INTRODUCTION The threat of ballistic missile attacks to U.S. forces and the ability of the combat system to engage them and our Allies continues to grow. Currently over 40 by guiding the missile to an intercept. Modifications are nations have the capability to launch ballistic missile being made to the AWS to change the logic consistent attacks. Most of these missiles are not capable of reaching with tracking and engaging ballistic missiles rather than U.S. soil; nevertheless, they do pose a significant threat its traditional Anti-Air Warfare role. to our forces stationed overseas. Many of these nations In addition to modifications to the AWS, the NTW also have the ability to build chemical, biological, or System is developing a new SM variant, SM-3. -
DMG New Shooter Orientation - May, 2012
TCAS – DMG New Shooter Orientation - May, 2012 DMG New Shooter Orientation (Focus is on DMG rules not covered in the IDPA Pistol rule book and DMG rules unique to TCAS) • Purpose & Principles • Firearm Divisions • Safety • Procedures • Ammunition Carrier Notes Page 1 of 8 TCAS – DMG New Shooter Orientation - May, 2012 Purpose • IDPA recognizes the use of long guns as well as handguns as defensive tools. • IDPA Defensive Multi-Gun (DMG) is designed to give clubs and competitors the option of enjoying the use of these tools in a competitive environment. • IDPA DMG should be thought of as an occasional accompaniment to regular IDPA matches and not a replacement of those matches. • IDPA DMG is a shooting sport that uses practical equipment to solve simulated “real world” self-defense scenarios. • IDPA DMG shooting events require use of practical handguns, rifles, shotguns, ammunition carriers and holsters that are truly suitable for self defense. • IDPA DMG Shooting events require the use of Rifles and Shotguns that are typical of what is used for home defense and vehicle carry. • No “competition only” equipment is permitted in IDPA 3 Gun matches since the main goal is to test the skill and ability of the individual, not equipment or gamesmanship. Principles • Promote safe and proficient use of guns and equipment suitable for self-defense. • Provide a level playing field for all competitors to test the skill and ability of each individual, not equipment or gamesmanship. • Provide separate divisions for equipment and classifications for shooters, such that guns with similar characteristics are grouped together and people with similar skills compete against each other. -
K9094NC1-25Th Ann K9-Retail.Indd
In honor of this milestone in firearms history, Kahr is proud to introduce the “25th Anniversary” limited edition K9. Each 25th Anniversary gun starts out as a proven K9 pistol, chambered in 9mm and made entirely in the United States from stainless steel. The guns are then custom engraved with front and rear slide serrations, slide porting, and a commemorative For 25 years, Kahr Firearms has produced the iconic “25 Years” logo. The barrel and trigger are brightly K9®, the compact 9mm pistol that started the revolution polished. The finish is highly durable Sniper Grey ® ® of single-stack 9mm handguns to follow. The K9 remains Cerakote . Hogue aluminum grips are custom unrivaled as the pinnacle of precision engineered, all engraved with aggressive stippling and the new Kahr ® steel, single-stacked, 9mm, compact auto-loaders. Many logo. TruGlo tritium sights add a functional touch, others have imitated the design and concept, but none angled to allow one-handed slide retraction. Each have matched the K9’s reputation for quality, reliability, pistol ships in a plastic case, with three magazines, and accuracy. and a matching custom 1791 leather holster. MODEL: K9094NC1 9 MM 7+1 ROUND Barrel: 3.5”, Polygonal rifling; 1 - 10 RH twist Length O/A: 6.0” Height: 4.5” Slide Width: 0.9” Weight: Pistol 23.1 oz., Magazine 1.9 oz. Sights: TruGlo Night sights Trigger Pull Weight: 7.0 lbs Finish: Sniper Grey Cerakote Frame and Slide, Hogue Aluminum Grips with Custom Engraving 500 Limited Edition Ships with three magazines Limited Lifetime Warranty MSRP: $1,649 ® Kahr Firearms Group partners with Outlaw Ordnance on the design and promotion of custom firearm projects. -
A Method of Detecting Viral Contamination in Parenteral Solutions
University of the Pacific Scholarly Commons University of the Pacific Theses and Dissertations Graduate School 1978 A Method Of Detecting Viral Contamination In Parenteral Solutions. Joseph Alexander Woelfel University of the Pacific Follow this and additional works at: https://scholarlycommons.pacific.edu/uop_etds Part of the Pharmacy and Pharmaceutical Sciences Commons Recommended Citation Woelfel, Joseph Alexander. (1978). A Method Of Detecting Viral Contamination In Parenteral Solutions.. University of the Pacific, Dissertation. https://scholarlycommons.pacific.edu/uop_etds/3240 This Dissertation is brought to you for free and open access by the Graduate School at Scholarly Commons. It has been accepted for inclusion in University of the Pacific Theses and Dissertations by an authorized administrator of Scholarly Commons. For more information, please contact [email protected]. A METHOD OF' Di'~'rECTING VIRAL CONTAMINATION IN PAP.ENTF,RAL SOLUTIONS . ' A Dissertation Presented to the Faculty of the School of Pharmaey the University of the Pacific In Partial Fulfillment of the Hequj.remen ts for the Degree Doctor of Philosophy by Joseph Alexander Woelfel 1 July 1978 j Copyright © 1978 Joseph Alexander Woelfel All Rights Reserved This dissertation, written and submitted by JOSEPH ALEXANDER WOELFEL is approved for recommendation to the Committee on Graduate Studies, University of the Pacific Dean of the School or Department Chairman: Dissertation Committee: ~M 1 ~~~ Chairman 4-;/~ud~C?/~~ Dated._hyp=:!=::f9.--<ZL.2~S,:.,..._.t._l ~9.L.11Lf _____ A ME THOll OF DETECTING VIRAL CONTAr~I!JA TI!HJ IN PARENTERAL SOLUTIONS Abstract of Dissertation Th~ pres~nce of contaminants in parenteral sol~tions is a constant nemesis against whic h pharmaceutical manufacturers, as well as medical, pharmacy , and nursing practitioners mus t vigilantly struggle to provi de quality healt h care. -
Wyoming an Interdisciplinary Forensic Science Unit Developed by the UW Science Posse
CSI: Wyoming An interdisciplinary forensic science unit developed by the UW Science Posse. Question: Who did it? From the Bullet to the Bear (and Tree!) Developed by: Sabrina L. Cales 4/6/08 1:58:04 PM Grade Level: 7-8th Estimated Time: ~1 hour (omit clue ii) Topics Covered: Physics, Ballistics Standards and Benchmarks: 1. CONCEPTS AND PROCESSES In the context of unifying concepts and processes, students develop an understanding of scientific content through inquiry. Science is a dynamic process; concepts and content are best learned through inquiry and investigation. EARTH, SPACE, AND PHYSICAL SYSTEMS 10. The Structure and Properties of Matter: Students identify characteristic properties of matter such as density, solubility, and boiling point and understand that elements are the basic components of matter. 11. Physical and Chemical Changes in Matter: Students evaluate chemical and physical changes, recognizing that chemical change forms compounds with different properties and that physical change alters the appearance but not the composition of a substance. 12. Forms and Uses of Energy: Students investigate energy as a property of substances in a variety of forms with a range of uses. 13. The Conservation of Matter and Energy: Students identify supporting evidence to explain conservation of matter and energy, indicating that matter or energy cannot be created or destroyed but is transferred from one object to another. 14. Effects of Motions and Forces: Students describe motion of an object by position, direction, and speed, and identify the effects of force and inertia on an object. 2. SCIENCE AS INQUIRY Students demonstrate knowledge, skills, and habits of mind necessary to safely perform scientific inquiry. -
Shotgun Shooting
SHOTGUN SHOOTING STEM-Based BOY SCOUTS OF AMERICA MERIT BADGE SERIES SHOTGUN SHOOTING “Enhancing our youths’ competitive edge through merit badges” Requirements 1. Do the following: a. Explain why BB and pellet air guns must always be treated with the same respect as firearms. b. Describe how you would react if a friend visiting your home asked to see your or your family’s firearm(s). c. Explain the need for and use and types of eye and hearing protection. d. Explain the main points of the laws for owning and using guns in your community and state. e. Explain how hunting is related to the wise use of renewable wildlife resources. f. Successfully complete a state hunter education course, or obtain a copy of the hunting laws for your state, then do the following. (1) Explain the main points of hunting laws in your state and give any special laws on the use of guns and ammunition, and (2) List the kinds of wildlife that can be legally hunted in your state. g. Explain to your counselor the proper hygienic guidelines used in shooting. h. Identify and explain three shotgun sports. Identify places in your community where you could shoot these sports and explain how you can join or be a part of shooting sports activities. i. Give your counselor a list of sources that you could contact for information on firearms and their use. 4 SHOTGUN SHOOTING 2. Do ONE of the following options: OPTION A—SHOTGUN SHOOTING (Modern Shotshell Type) a. Identify the principal parts of a shotgun, action types, and how they function. -
Firearm Evidence
INDIANAPOLIS-MARION COUNTY FORENSIC SERVICES AGENCY Doctor Dennis J. Nicholas Institute of Forensic Science 40 SOUTH ALABAMA STREET INDIANAPOLIS, INDIANA 46204 PHONE (317) 327-3670 FAX (317) 327-3607 EVIDENCE SUBMISSION GUIDELINE FIREARMS EVIDENCE INTRODUCTION Generally, crimes of violence involve the use of a firearm. The value of firearms and fired ammunition evidence will depend, to a significant degree on the recovery and submission techniques employed at the shooting event or later during autopsy. Trace evidence adhering to surfaces should be collected and submitted to the appropriate agency. This submission guideline is designed to assist you in your laboratory examination request decisions. Any situation not sufficiently explained to your specific needs may be handled on an individual basis by contacting the laboratory at (317) 327-3670 or the Firearms Section Supervisor at (317) 327-3777. A. The following is a list of items most commonly submitted to the Firearms Section for analyses: 1. Firearms 2. Cartridge Cases 3. Cartridges 4. Fired Bullets / Fragments 5. Shotshells 6. Wads 7. Slug / Pellets 8. Victim’s Clothing B. The I-MCFSA Firearms Section can conduct the following analysis: 1. Examination of firearms for function and safety, including test firing in order to obtain test bullets, cartridge cases and shot shells. 2. Comparison of evidence bullets, fired cartridge cases and shot shells to determine if they were or were not fired by the same firearm or the submitted firearm. 3. Examination of fired bullets to potentially determine caliber and possible make and type of firearm involved. 4. Imaging and comparing fired cartridge cases and test shots from firearms to similar exhibits recovered in unsolved crimes utilizing the NIBIN system (see NIBIN Submission Guideline #14). -
Ballistic Missile Defense Technology: Weapons, Power, Communications, and Space Transportation CONTENTS Page Introduction
Chapter 5 Ballistic Missile Defense Technology: Weapons, Power, Communications, and Space Transportation CONTENTS Page Introduction . ......................105 5-6b. Boost and Post-Boost Kill Weapons . ..................,......105 Effectiveness (500 single-RV Kinetic-Energy Weapons (KEW) ....106 ICBMs atone site) . ...........117 Directed-Energy Weapons . .........123 5-7. Boost and Post-Boost Kill Power and Power Conditioning . ......142 Effectiveness (200 “medium- Space Power Requirements . ........142 bum-booster” ICBMs at one site). .............118 Space Power Generation Technology .143 5-8. Schematic of an Electromagnetic Power Conditioning . .. ..........145 Launcher (EML) or “Railgun” ..119 Communication Technology . .........146 5-9. Lightweight Homing Projectile. .l2l 60-GHz Communication Links .. ....147 5-10. Illustration of the Relationships Laser Communication Links . .......148 Between Laser Parameters and Space Transportation . ..............148 Power Density Projected on a Space Transportation Target . .............125 Requirements. ................149 5-11. FEL Waveforms . .............125 Space Transportation Alternatives ...149 5-12. Schematic of a Neutral Particle Space Transportation Cost Beam Weapon.. .............129 Reduction . ................153 5-13a. Annual Space Launch Capacity .152 Conclusions . ....................153 5-13b. Space Transportation . .........152 Weapon Technology Conclusions ....153 Space Power Conclusions. .........155 Tables Space Communications Conclusion. ..l55 Table No. Page Space Transportation -
User Instructions for the Co-Ax® Primer Seater Issue 5
User Instructions for the Co-Ax® Primer Seater Issue 5 1.0 GENERAL INFORMATION 4.0 FILL PRIMERS IN FEED TUBE Co-Ax Primer Seater allows for fast, easy seating with a built-in primer Primers for U.S. cartridges come in two diameters — large (0.210”) and flipper and loading tray. It seats primers flat and coaxially with the small (0.175”) — and two general types — rifle and pistol. Rifle primers cartridge case for accurate alignment and penetration. have more rigid cups and a hotter flash than pistol primers. The unique design allows the operator to eliminate “slop” when working The Primer Seater comes with two sizes of the Feed Tube with a specific cartridge, translating into consistent seating, reliable (011521-011LG and 011521-011SM). To fill the Feed Tube with primers, ignition, and reduced misfires. you may use the Primer Seater tray or the Primer Tube Loader (sold separately), as described below. Case priming is a critical handloading operation because, in order for ammunition to perform efficiently, consistent powder ignition is 4.0.1 FILL PRIMERS IN BUILT-IN TRAY mandatory. Crushed, broken-tipped, or protruding primers may be dangerous or cause variations in pressure. The case must be primed 1. Empty the primers from their package into the Seater’s tray. before adding new powder, so that your gun’s propellant powder is 2. Place the Large or Small Tube into the built-in channel, as shown in contained at the bottom of the case. Fig. 1. The anvil of the primer should face the slotted side of the Tube. -
High-Speed Measurement of Firearm Primer Blast Waves
High-speed measurement of firearm primer blast waves Michael Courtney, Joshua Daviscourt, Jonathan Eng U.S. Air Force Academy, 2354 Fairchild Drive, USAF Academy, CO, 80840 [email protected] Amy Courtney Force Protection Industries, Inc., 9801 Highway 78, Ladson, SC 29456 [email protected] Abstract: This article describes a method and results for direct high-speed measurements of firearm primer blast waves employing a high-speed pressure transducer located at the muzzle to record the blast pressure wave produced by primer ignition. Key findings are: 1) Most of the lead styphnate based primer models tested show 5.2- 11.3% standard deviation in the magnitudes of their peak pressure. 2) In contrast, lead-free diazodinitrophenol (DDNP) based primers had standard deviations of the peak blast pressure of 8.2-25.0%. 3) Combined with smaller blast waves, these large variations in peak blast pressure of DDNP-based primers led to delayed ignition and failure to fire in brief field tests. Keywords: rifle primer, blast pressure, primer strength, muzzle velocity variations I. Introduction measurement method presented could be used, Over the years various surrogates have been used to together with mass sorting and measurement of quantify and compare performance of rifle primers velocity standard deviations to determine which including measuring velocity and standard deviation hypothesis is better supported in a given cartridge when the primer alone propelled a projectile from a and load. gun barrel,(1) measuring velocity, pressure, and standard deviation produced by a given primer in combination with a given powder charge and bullet,(2)(3) and measuring the size of the visible primer flash in photographs.(2)(3) This article presents a method and results for direct high-speed measurements of rifle primer blast waves employing a high-speed pressure transducer located at the Figure 1: Left: High-speed pressure transducer (on top) muzzle to record the blast pressure wave produced and signal conditioning unit. -
Ballistics: Concepts and Connections with Applied Physics
Orissa Journal of Physics © Orissa Physical Society Vol. 22, No.1 ISSN 0974-8202 February 2015 pp. 27-38 Ballistics: Concepts and Connections with Applied Physics K K CHAND1 and M C ADHIKARY2 1Scientist, Proof & Experimental Es tablishment (PXE), DRDO, Chandipur, Balasore 1 emails: [email protected] 2Reader in Applied Physics and Ballistics, FM University, Vyasavihar, Balasore, 2 [email protected] Received : 1.11.2014 ; Accepted : 10.1.2015 Abstract : Ballistics, a generic term, is intended for various physical applications, which deals with the properties and interactions of matter and energy, space and time. Discoveries theories and experiments provide an essential link between applied physics and ballistics problems. "Applied" is distinguished from "pure" by a subtle combination of factors such as the motivation and attitude of researchers and the nature of the relationship to the ballistics. It usually differs from ballistics in that an applied physicist may not be designing something in particular, but rather research on physical concepts and connected laws/theories with the aim of understanding or solving ballistics related problems. This approach is similar to that of ballistics, which is the name of the applied scientific field. Competence in Applied Physics and Ballistics (APAB) is important multidisciplinary research areas in armaments science. Because of their multidisciplinary nature, the APAB is inseparable from physical, mathematical, experimental and computational aspects. In this context, this paper discusses a brief review into the APAB, their important roles in the armament research. And also summarize some of the current APAB activities in academia, armament research institute and industry. 1. Introduction: Objectives and Scopes Applied physics is a branch of physics that concerns itself with the applications of physical laws and theories with experimental its knowledge to other domains.