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Identification

Bibliographie

Bibliography

⬇ Télécharger (BibTeX)Download (BibTeX) ⬇ RIS ⬇ CSL-JSON 218 référencesreferences

Balistique extérieureExternal ballistics 15

  • Francis Bashforth. A Mathematical Treatise on the Motion of Projectiles, Founded Chiefly on the Results of Experiments Made with the Author's Chronograph (1873). Asher & Co.
  • Walter F. Braun. The Free Flight Aerodynamics Range (1958). Ballistic Research Laboratories. Report No. 1048.
  • A. G. Greenhill. On the rotation required for the stability of an elongated projectile (1879). Minutes of Proceedings of the Royal Artillery Institution. vol. 10, p. 577–593. 📖📖
  • James M. Ingalls. Exterior Ballistics in the Plane of Fire (1886). D. Van Nostrand.
  • Francesco Siacci. Balistica (1888). F. Casanova, Libraio-Editore. 2e éd.F. Casanova, Libraio-Editore. 2nd ed.
  • Bryan Litz. Applied Ballistics for Long Range Shooting (2015). Applied Ballistics, LLC. 3e éd.Applied Ballistics, LLC. 3rd ed.
  • Bryan Litz. Modern Advancements in Long Range Shooting, Volume 1 (2014). Applied Ballistics, LLC.
  • Bryan Litz. Ballistic Performance of Rifle Bullets (2015). Applied Ballistics, LLC. 2e éd.Applied Ballistics, LLC. 2nd ed.
  • Robert L. McCoy. Modern Exterior Ballistics: The Launch and Flight Dynamics of Symmetric Projectiles (2012). Schiffer Publishing Ltd. 2e éd.Schiffer Publishing Ltd. 2nd ed.
  • Don Miller. A New Rule for Estimating Rifling Twist: An Aid to Choosing Bullets and Rifles (2005). Precision Shooting.
  • Robert L. McCoy. Aerodynamic and Flight Dynamic Characteristics of the New Family of 5.56mm NATO Ammunition (1985). U.S. Army Ballistic Research Laboratory. BRL-MR-3476. 📖📖
  • Robert L. McCoy. The Aerodynamic Characteristics of 7.62mm Match Bullets (1988). U.S. Army Ballistic Research Laboratory. BRL-MR-3733. 📖📖
  • Robert L. McCoy. Aerodynamic Characteristics of Caliber .22 Long Rifle Match Ammunition (1990). U.S. Army Ballistic Research Laboratory. BRL-MR-3877. 📖📖
  • Franklin W. Mann. The Bullet's Flight from Powder to Target: The Internal and External Ballistics of Small Arms (1942). Standard Printing & Publishing Co. 📖📖
  • Bryan Litz. Twist Rate Stability Calculator Updated (2014). Berger Bullets.

Balistique intérieureInternal ballistics 39

Balistique (théorie générale)Ballistics (general theory) 5

  • Donald E. Carlucci, Sidney S. Jacobson. Ballistics: Theory and Design of Guns and Ammunition (2008). CRC Press.
  • Beat P. Kneubühl. Ballistik – Theorie und Praxis (2018). Springer.
  • Julian S. Hatcher. Hatcher's Notebook (1957). Military Service Publishing Company. 2e éd.Military Service Publishing Company. 2nd ed.
  • Townsend Whelen. Small Arms Design and Ballistics (Vol. 1: Design) (1945). Small-Arms Technical Publishing Company.
  • Townsend Whelen. Small Arms Design and Ballistics (Vol. 2: Ballistics) (1946). Small Arms Technical Publishing Company. 📖📖

Atmosphère standardStandard atmosphere 2

  • U.S. Committee on Extension to the Standard Atmosphere. U.S. Standard Atmosphere, 1976 (1976). NOAA, NASA, USAF. NOAA-S/T 76-1562.
  • International Civil Aviation Organization. Manual of the ICAO Standard Atmosphere: Extended to 80 Kilometres (262 500 Feet) (1993).

Rechargement & donnéesReloading & data 60

Technique de tirShooting technique 24

  • U.S. Army Marksmanship Unit. U.S. Army Marksmanship Unit - Pistol Marksmanship Training Guide (1979). U.S. Army Marksmanship Unit, Fort Benning. 📖📖
  • U.S. Army. FM 23-10 Sniper Training (1994). Headquarters, Department of the Army. FM 23-10. 📖📖
  • Ministère de la Défense de l'URSS. Наставление по стрелковому делу. 7,62-мм снайперская винтовка Драгунова (СВД) (1976). Voenizdat, Moscou. 2e éd.Voenizdat, Moscou. 2nd ed. 📖📖
  • Andrew B. Watson, John I. Yellott. A unified formula for light-adapted pupil size (2012). Journal of Vision. vol. 12, p. 12.
  • P. A. Stanley, A. K. Davies. The effect of field of view size on steady-state pupil diameter (1995). Ophthalmic and Physiological Optics. vol. 15, p. 601–603.
  • B. Winn, D. Whitaker, D. B. Elliott, N. J. Phillips. Factors affecting light-adapted pupil size in normal human subjects (1994). Investigative Ophthalmology & Visual Science. vol. 35, p. 1132–1137.
  • Carl Zeiss. Conquest V4 riflescopes: technical data (2026).
  • David R. James, Jean L. Dyer. Rifle Marksmanship Diagnostic and Training Guide (2011). U.S. Army Research Institute for the Behavioral and Social Sciences. 2011-07. 📖📖
  • Gregory K. W. K. Chung, Sam O. Nagashima, Girlie C. Delacruz, John J. Lee, Richard Wainess, Eva L. Baker. Review of Rifle Marksmanship Training Research (2011). National Center for Research on Evaluation, Standards, and Student Testing (CRESST), University of California. 783.
  • P. Helin, T. Sihvonen, O. Hänninen. Timing of the triggering action of shooting in relation to the cardiac cycle (1987). British Journal of Sports Medicine. vol. 21, p. 33–36.
  • N. Konttinen, T. Mets, H. Lyytinen, M. Paananen. Timing of triggering in relation to the cardiac cycle in nonelite rifle shooters (2003). Research Quarterly for Exercise and Sport. vol. 74, p. 395–400.
  • G. Gallicchio, T. Finkenzeller, G. Sattlecker, S. Lindinger, K. Hoedlmoser. The influence of physical exercise on the relation between the phase of cardiac cycle and shooting accuracy in biathlon (2019). European Journal of Sport Science. vol. 19, p. 567–575.
  • International Confederation of Fullbore Rifle Associations. Rules & Regulations for F-Class Rifle Shooting (2024). 2023 (text of 1 June 2024) éd.2023 (text of 1 June 2024) ed.
  • International Confederation of Fullbore Rifle Associations. Technical Rules & Regulations for Fullbore Target Rifle Shooting (2024). 2024e éd.2024th ed.
  • International Shooting Sport Federation. Rifle Rules (2026). 2025 (in force 1 January 2026) éd.2025 (in force 1 January 2026) ed.
  • American Rifleman. American Rifleman Guide: Precision Rifle Series (2018). americanrifleman.org.
  • AccurateShooter. Barrel Life and The Cost of Shooting (2008). 6mmBR.com.
  • AccurateShooter. 6BRX: Long-Term Accuracy and Barrel Life Report (2008). AccurateShooter Daily Bulletin.
  • Criterion Barrels. What Sort of Barrel Life Can I Expect From A Criterion Barrel? (2017). criterionbarrels.com.
  • Lilja Precision Rifle Barrels. FAQ: What barrel ``life'' in number of rounds fired can I expect from my new barrel?. riflebarrels.com.
  • Harold R. Vaughn. Rifle Accuracy Facts (1998). Precision Shooting, Inc.
  • P. R. Landry, C. E. Nilsson. Barrel Erosion Study of Rifles, 5.56mm, M16 and XM16E1: A Joint Army-Air Force Test (1966). Springfield Armory. SA-TR11-5000.
  • R. Yalamanchili. Bore Erosion and Accuracy of M16A1 Rifle (1977). Rock Island Arsenal. R-TR-77-055.
  • Cal Zant. How Fast Does A Barrel Wear? (2020). PrecisionRifleBlog.com.

HistoireHistory 54

StatistiquesStatistics 3

Méthodes numériquesNumerical methods 1

DiversMiscellaneous 8

Balistique 7

  • Bryan Litz. Gyroscopic (spin) Drift and Coriolis Effect (2008). Applied Ballistics, note technique ABDOC108.
  • William T. McDonald, Ted C. Almgren. The Ballistic Coefficient (2008). Sierra Bullets, site Exterior Ballistics (exteriorballistics.com), copie archivée.
  • William T. McDonald. Deflections and Drift of a Bullet in a Crosswind (2003). Sierra Bullets, site Exterior Ballistics (exteriorballistics.com), copie archivée.
  • U.S. Army Materiel Command. Engineering Design Handbook, Guns Series: Gun Tubes (AMCP 706-252) (1964). 📖📖
  • Donald G. Miller. Where did Greenhill's twist rule come from? (2006). International Journal of Impact Engineering. vol. 32, p. 1786–1799.
  • R. Cayzac, E. Carette, P. Denis, P. Guillen. Magnus Effect: Physical Origins and Numerical Prediction (2011).
  • Mark Denny. The Internal Ballistics of an Air Gun (2011). The Physics Teacher. vol. 49, p. 81–83.