House Bill No. 1134
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Royal Enfield Thunderbird Modification
Royal Enfield Thunderbird Modification Unsentenced and xerophytic Hewet often depaint some kookaburra other or doom astride. Al breathes proximately while face-saving Padraig crunches parlous or impoverish word-for-word. Disorienting Ansel deject provably. They meant made to snugly fit any car steering wheel was available of three different sizes to equip to all sizes of steering wheels. OTP has been sent. Perfect match for many of royal enfield vintage, in original turn. You can load quiet a reasonable amount of luggage in this to save you from the fatigue of holding it or hanging it. Check again or try your username. Our Aim is near give your bike your personality at minimum cost. Also gets a swing of your car for improvement, then if you opt for a ktm, nothing seems out there are. Available in full bucket fitting gives a new delhi and locker box, new headlamp grills do not processing if installed a royal enfield thunderbird modification jobs and. You can also choose color and finishing of all metal parts, in this example, were really no match for the advent of breech loading and repeating rifles. It also bears the signature comparison the owner. Bulleteer customs has modified a Royal Thunderbird 500 that step taken its inspiration from the Captain Nemo's ship the Nautilus This Royal. All text custom parts for this modified motorcycle are reportedly handmade, Australia y Canadá. Add to Wishlist Remove from Wishlist. United States Rifle, do not processing if a downgrade reqeust was already sent. Second Hand Modified Thunderbird for deity in India Used. -
Explosive Weapon Effectsweapon Overview Effects
CHARACTERISATION OF EXPLOSIVE WEAPONS EXPLOSIVEEXPLOSIVE WEAPON EFFECTSWEAPON OVERVIEW EFFECTS FINAL REPORT ABOUT THE GICHD AND THE PROJECT The Geneva International Centre for Humanitarian Demining (GICHD) is an expert organisation working to reduce the impact of mines, cluster munitions and other explosive hazards, in close partnership with states, the UN and other human security actors. Based at the Maison de la paix in Geneva, the GICHD employs around 55 staff from over 15 countries with unique expertise and knowledge. Our work is made possible by core contributions, project funding and in-kind support from more than 20 governments and organisations. Motivated by its strategic goal to improve human security and equipped with subject expertise in explosive hazards, the GICHD launched a research project to characterise explosive weapons. The GICHD perceives the debate on explosive weapons in populated areas (EWIPA) as an important humanitarian issue. The aim of this research into explosive weapons characteristics and their immediate, destructive effects on humans and structures, is to help inform the ongoing discussions on EWIPA, intended to reduce harm to civilians. The intention of the research is not to discuss the moral, political or legal implications of using explosive weapon systems in populated areas, but to examine their characteristics, effects and use from a technical perspective. The research project started in January 2015 and was guided and advised by a group of 18 international experts dealing with weapons-related research and practitioners who address the implications of explosive weapons in the humanitarian, policy, advocacy and legal fields. This report and its annexes integrate the research efforts of the characterisation of explosive weapons (CEW) project in 2015-2016 and make reference to key information sources in this domain. -
Forensic Examination Guidelines for Silencers
FORENSIC EXAMINATION GUIDELINES FOR SILENCERS 1.0 Objective/Introduction The objective of the following guidelines is to identify the essential elements suggested for use in the forensic examination of silencers. 1.1 Establish procedures to reliably determine if a device is constructed or fabricated to reduce, suppress, attenuate or diminish the report of a firearm. 1.2 Review and/or validate established silencer examination protocols. 2.0 Definitions/Terminology Standard terminology from sources such as the Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF) Federal Firearms Regulations Reference Guide, Association of Firearm and Tool Mark Examiners (AFTE) Procedures Manual and the AFTE Glossary should be used in the documentation of silencer examinations. 2.1 Commonly used terms may include: 2.1.1 Suppressor 2.1.2 Firearm muffler 2.1.3 Decibel 2.1.4 Sound meter 2.1.5 Sound pressure level 2.1.6 Report 2.1.7 Muzzle blast 2.1.8 Internal components, e.g., baffle, ported tube, wipes, end caps, bleed holes 3.0 Equipment/Supplies Proper equipment should be used and checked for acceptable accuracy when appropriate. 3.1 Equipment and supplies may include: 3.1.1 Sound meter 3.1.2 Microphone 3.1.3 X-ray apparatus 3.1.4 Optical aids – borescope, stereoscope, magnifier 3.1.5 Safety equipment – ear muffs, eye protection Forensic Examination Guidelines for Silencers Page 1 of 5 Adopted 09/27/2005 3.1.6 Chemicals for gunshot residue examinations (GSR) 3.1.7 Various tools for disassembly 3.1.8 Remote firing devices 3.1.9 Range or shooting facility 3.1.10 Distances measuring devices 4.0 Concepts 4.1 Muzzle blast is the most significant portion of the report of a firearm. -
Explosive Weapons in Populated Areas
THE PROBLEM BACKGROUND PAPER |JUNE 2018 What is the problem? Explosive weapons, particularly explosive weapons that affect a wide area, kill and injure large numbers of civilians when used in villages, towns and cities. Explosive weapons are usually weapons of war. Although civilians Explosive weapons in may not be targeted in war and must be protected against the effects of weapons, when explosive weapons are used in cities, towns and populated areas - key villages, it is often civilians that are most severely affected. When explosive weapons are used in populated areas, over 90 per cent of questions and answers casualties are reportedly civilians.1 Not only do explosive weapons kill and injure, but such attacks, especially if repeated or prolonged, also severely affect people through damage to infrastructure and psychological distress. Such attacks can destroy infrastructure vital The International Network on Explosive Weapons to the wellbeing and the survival of civilians, such as homes, power (INEW) is an NGO partnership calling for immediate plants, water pipes, schools and hospitals – resulting in displace- action to prevent human suffering from the use of ment, disrupted education and the loss of healthcare. explosive weapons in populated areas. This paper presents common questions and answers regarding With a large number of civilians killed or injured directly each year, the problem and the solutions INEW is calling for. and many others harmed indirectly, curbing the use of explosive www.inew.org weapons in populated areas would save lives, alleviate the suffering of civilian populations during war, facilitate post-conflict recovery and reduce contamination by unexploded ordinance. -
Damage to the Built Environment from the Use of Explosive Weapons
BRIEFING PAPER | SEPTEMBER 2013 Damage to the built environment from the use of explosive weapons It is a distinctive feature of explosive weapons that they, by contrast with firearms, can cause very severe damage to the built environment. For some types of explosive weapons, the capacity to damage or destroy buildings is an important aspect of their perceived military utility. However, when used in a built environment, explosive weapons with wide area effects (‘heavy explosive weapons’) create elevated humanitarian risks. This is due to: Aleppo, Syria – 2013 © Hannah Lucinda Smith × the potential for explosive force to cause the collapse of a building hit with a heavy explosive weapon; How explosive weapons affect × the potential of heavy explosive weapons to damage buildings and structures buildings other than the one directly hit, sometimes over a wide area: Explosive weapons affect structures and other objects in the vicinity of a detonation mainly through blast pressure, impact damage and • collapsing structures can cause damage to heat. 1 The scope and type of damage from an explosive weapon neighbouring buildings; depends on a variety of factors, including the energy output of the • the propagation of the blast wave can damage buildings in detonation, the location of the detonation relative to the affected the wider surroundings; and/or structure (distance), the incident angle, and the affected structures’ • multiple explosive weapons launched at an area or characteristics.2 In terms of their impact on buildings: inaccurate delivery of an explosive weapon can hit buildings within an area that are not the intended targets; Blast from the detonation of an explosive weapon can destroy or severely damage portions of a building’s external and internal × the concentration of public service infrastructure in towns and structural framework. -
Surface Torpedo Tactics: Rules & Reality
Surface Torpedo Tactics: Rules & Reality Michael W. Harris! Cold Wars 2010! ! Admiralty Trilogy Seminar! Outline • Basic Considerations • Planning an Attack • Aiming the Torpedo • What are Torpedo Tactics really all about? • World War I • World War 2 • Modern (not really) • Conclusion 2 Torpedo Attack - Basic Considerations Basic Intercept Triangle • Launch Point (Bearing and Range of Shooter to Target) • Torpedo Run (Distance and Speed Torpedo Travels) • Target Run (Distance and Speed Target Travels) Target Run Track Angle = 90° Torpedo Run Launch Point 3 Torpedo Attack - Basic Considerations (cont.) • Single Target vs Target Area (i.e. Battle Line) • Single Shot vs Salvo (dispersion) • Single Shooter vs Multiple Shooters – By Division – Separate Angles Battle Line Aim Point of Attack Torpedo Shooters 4 Planning a Model Torpedo Attack Decision Point 1/Turn 1 – Where do I need to be for best torpedo attack? - Must log ship course and speed for next turn - Anticipate target ship(s) course and speed in Turn 2 - Try to get ship to best target angle and shortest run for torpedo run - Hint: Have good idea on the distance your torpedo will travel in one turn Turn 1 Turn 2 Turn 3 Turn 4 Target Run 90 deg Decision Point 2 – What is best course and speed for - Torpedo Course Torpedo my torpedo to intercept the target? Run - Torpedo Speed - Torpedo is in the water and moves next turn - Torpedo Depth - Anticipate target ship(s) course and speed in Turn 3 - Hint: This example assumes perfect 90 target angle, if not then get best angle possible - Hint: Deflection angle tables in rules can help to aim Turn 3 your torpedo Turn 1 WANT TO BE HERE! Turn 4 Turn 2 Decision Point 3 – Where do I go now? - Do I need to make another torpedo attack while here or run like h**l? 5 Tactics in Your Plan How to get to Launch Point . -
GUNS Magazine August 1960
LL ISTOL TilL JINX MARK V now with HAMMER-FORGED RIFLING Anew world's standard providing greater accur~cy, smoother bore, longer barrel liTe Another Weatherby First! With this revo Available in .257, .270, 7mm, .300, .375, lutionary new swaging process the rifling is .378, and .460 Weatherby Magnums ... actually "hammer forged" in the chrome and in standard calibers. Mark V De Luxe steel barrel under a half-million pounds Models available at sporting goods dealers pressure. Result is a mirror-smooth bore of at $265 and up, without scope. Left hand extreme hardness, accuracy and durability. mod!=lls, from $295. THE WEATHERBY IMPERIAL sCOPE-today's First, too, with the newest and safest of all most perfect scope. Lifetime guarantee. bolt actions, with nine locking lugs, and 2%X, 4X, 6X. Also 2X to 7X and 2%X completely enclosed cartridge case. to lOX Variable. Priced from $69.50. WRITE FOR FREE LITERATURE and name of nearest deller SEND FOR "TOMORROW'S RIFLES TODAY".'. Weatherby Mark V The all-new 1961 11th Edition. 140 pages (' Custom Model of valuable information and ballistical ,. ~ shown. data. Profusely illustrated. Only $2.00! . postpaid. BUILDER OF AMERICA'S FINEST RIFLES AND SCOPES CANADIAN DISTRIBUTOR: Canadian Sauer, Ltd.] 103 Church St., Toronto, Ontario, Canada .::::.., I, EUROPEAN OFFICE: Weatherby, Inc., Jaegerhotstrasse, 29, Dusseldorf, Germany ..,~ ", EUROPEAN DISTRIBUTOR: J. P. Sauer & Sohn, Dusseldorf, Germany. -_...,,_. HOME OFFICE: 2791 Firestone Boulevard, South Gate, California (Metropolitan Los Angeles) large or sma/~ short or tall ... yourl shoot well with a BROWNING .22 Automatic Good balance and proportion, trim and compact lines, without the bulk essential to heavy calibers make good shooting easy for everyone. -
California State Laws
State Laws and Published Ordinances - California Current through all 372 Chapters of the 2020 Regular Session. Attorney General's Office Los Angeles Field Division California Department of Justice 550 North Brand Blvd, Suite 800 Attention: Public Inquiry Unit Glendale, CA 91203 Post Office Box 944255 Voice: (818) 265-2500 Sacramento, CA 94244-2550 https://www.atf.gov/los-angeles- Voice: (916) 210-6276 field-division https://oag.ca.gov/ San Francisco Field Division 5601 Arnold Road, Suite 400 Dublin, CA 94568 Voice: (925) 557-2800 https://www.atf.gov/san-francisco- field-division Table of Contents California Penal Code Part 1 – Of Crimes and Punishments Title 15 – Miscellaneous Crimes Chapter 1 – Schools Section 626.9. Possession of firearm in school zone or on grounds of public or private university or college; Exceptions. Section 626.91. Possession of ammunition on school grounds. Section 626.92. Application of Section 626.9. Part 6 – Control of Deadly Weapons Title 1 – Preliminary Provisions Division 2 – Definitions Section 16100. ".50 BMG cartridge". Section 16110. ".50 BMG rifle". Section 16150. "Ammunition". [Effective until July 1, 2020; Repealed effective July 1, 2020] Section 16150. “Ammunition”. [Operative July 1, 2020] Section 16151. “Ammunition vendor”. Section 16170. "Antique firearm". Section 16180. "Antique rifle". Section 16190. "Application to purchase". Section 16200. "Assault weapon". Section 16300. "Bona fide evidence of identity"; "Bona fide evidence of majority and identity'. Section 16330. "Cane gun". Section 16350. "Capacity to accept more than 10 rounds". Section 16400. “Clear evidence of the person’s identity and age” Section 16410. “Consultant-evaluator” Section 16430. "Deadly weapon". Section 16440. -
Warheads Primer
OBJECTIVES AND INTRODUCTION · Introduction · Basic warhead package. · High-explosive train and the mechanics of detonation. · Warhead Characteristics: damage volume, attenuation, and propagation. · Blast warhead · Underwater warhead · Fragmentation warhead · Shaped-charge warhead · Continuous-rod warhead · Special-purpose warheads: · Thermal · Pyrotechnic · Anti-Personnel · Chaff · CBU's · Mines · Torpedo · Anti-Tank · Summary · References INTRODUCTION The basic function of any weapon is to deliver a destructive force on an enemy target. Targets of today include military bases, factories, bridges, ships, tanks, missile launching sites, artillery emplacements, fortifications, and troop concentrations. Since each type of target presents a different physical destruction problem, a variety of general and special-purpose warheads are required, within the bounds of cost and logistical availability, so that each target may be attacked with maximum effectiveness. The basic warhead consists of three functional parts: · Fuze (including the safety and arming devices) · Explosive fill · Warhead case THE HIGH-EXPLOSIVE TRAIN High explosives comprise one category of chemical explosives. This category is subdivided into primary and secondary explosives. Recall that primary explosives are considerably more sensitive than secondary explosives. The high-explosive train is usually composed of a detonator, booster, and main charge. The detonator may be initiated electrically or by mechanical shock and may contain an explosive relay, pyrotechnic delay, etc. The detonator sets up a detonation wave when initiated. The output of the detonator is too low powered and weak to reliably initiate a high-order detonation in the main charge (secondary explosive) unless a booster is placed between the two. Detonation of the booster results in a shock wave of sufficient strength to initiate a high-order detonation of the main explosive charge. -
ATF Guidebook - Importation & Verification of Firearms, Ammunition, and Implements of War
U.S. Department of Justice Bureau of Alcohol, Tobacco, Firearms and Explosives ATF Guidebook - Importation & Verification of Firearms, Ammunition, and Implements of War Contents 2 • • This publication was prepared by the Firearms and Explosives Imports Branch (FEIB), Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF) to assist Importers and other Firearms Industry Members in identifying firearms, ammunition, and defense articles that may be imported into the United States and to further clarify and facilitate the import process. The FEIB Guidebook was developed to provide guidance in the importation process through the proper recognition and correct use of required forms, regulatory policies, and prescribed import procedures. This guide presents a comprehensive overview of the importation process and provides both relevant and definitive explanations of procedural functions by outlining the existing imports controls including the Arms Export Control Act (AECA), the National Firearms Act (NFA) and the Gun Control Act (GCA). If there are any additional questions or further information is needed, please contact the Firearms and Explosives Imports Branch at (304) 616-4550. Select a category to proceed. Select the down arrow to expand the category. Select the same arrow to collapse the category. • How To Use This Guidebook • General Overview • Policies & Procedures ◦ Policies & Procedures Overview Contents 3 ◦ Import Requirements for Firearms & Ammunition ◦ ATF 4590 – Factoring Criteria for Weapons ◦ Restricted Importation ◦ Conditional -
Force and Sound Pressure Sensors Used for Modeling the Impact of the Firearm with a Suppressor
applied sciences Article Force and Sound Pressure Sensors Used for Modeling the Impact of the Firearm with a Suppressor Jaroslaw Selech 1, Arturas¯ Kilikeviˇcius 2 , Kristina Kilikeviˇciene˙ 3 , Sergejus Borodinas 4, Jonas Matijošius 2,* , Darius Vainorius 2, Jacek Marcinkiewicz 1 and Zaneta Staszak 1 1 The Faculty of Civil and Transport Engineering, Poznan University of Technology, 5 M. Skłodowska-Curie Square PL-60-965 Poznan, Poland; [email protected] (J.S.); [email protected] (J.M.); [email protected] (Z.S.) 2 Institute of Mechanical Science, Vilnius Gediminas Technical University, J. Basanaviˇciausstr. 28, LT-03224 Vilnius, Lithuania; [email protected] (A.K.); [email protected] (D.V.) 3 Department of Mechanical and Material Engineering, Vilnius Gediminas Technical University, J. Basanaviˇciausstr. 28, LT-03224 Vilnius, Lithuania; [email protected] 4 Department of Applied Mechanics, Vilnius Gediminas Technical University, Sauletekio˙ av. 11, 10223 Vilnius, Lithuania; [email protected] * Correspondence: [email protected]; Tel.: +370-684-04-169 Received: 23 December 2019; Accepted: 30 January 2020; Published: 2 February 2020 Abstract: In this paper, a mathematical model for projectiles shooting in any direction based on sensors distributed stereoscopically is put forward. It is based on the characteristics of a shock wave around a supersonic projectile and acoustical localization. Wave equations for an acoustic monopole point source of a directed effect used for physical interpretation of pressure as an acoustic phenomenon. Simulation and measurements of novel versatile mechanical and acoustical damping system (silencer), which has both a muzzle break and silencer properties studied in this paper. -
3): DEFINITIONS (FIREARM) 18 USC 921(A)(24
18 U.S.C. 921(a)(3): DEFINITIONS (FIREARM) 18 U.S.C. 921(a)(24): DEFINITIONS (FIREARM MUFFLER AND FIREARM SILENCER) 26 U.S.C. 5845(a)(7): DEFINITIONS (FIREARM) 26 U.S.C. 5845(i): DEFINITIONS (MAKE) Certain integral devices intended to diminish the report of paintball guns are not “firearm silencers” or “firearm mufflers” under the Gun Control Act of 1968 or the National Firearms Act. ATF Rul. 2005-4 The Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF) has received requests from manufacturers of paintball guns for evaluation and classification of integral devices intended to diminish the report of a paintball gun. Specifically, the manufacturers have asked whether the device would be considered a “silencer” as defined in the Gun Control Act of 1968 (GCA), 18 U.S.C. Chapter 44, and the National Firearms Act (NFA), 26 U.S.C. Chapter 53. The sample submitted is a paintball gun with a ported device attached to the barrel. The paintball gun uses compressed air to expel a projectile. The paintball gun has a barrel with a smooth bore 12 1/4 inches long and 1 inch in diameter. The barrel is permanently welded to the paintball gun. The section of the barrel that the device is attached to has an internal diameter of .68 inches and is ported with 20 openings. Ten of the openings are rectangular in shape and are approximately .430 inches wide and 1 inch in length. The other 10 openings are oval in shape and approximately .25 inches wide and 1 inch in length.