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Misnay–Schardin effect

The Misnay–Schardin effect, or platter effect, is a characteristic of the detonation of a broad sheet of explosive.

44M LŐTAK EFP mines at the upper left corner of the picture. Taken on 15 October 1944, Operation Panzerfaust, after surrender and disarmament of the royal guards of the Hungarian Army
MPB mine showing a cylindrical, concave Misnay–Schardin warhead

Description edit

Explosive blasts expand directly away from, and perpendicular to, the surface of an explosive. Unlike the blast from a rounded explosive charge, which expands in all directions, the blast produced by an explosive sheet expands primarily perpendicular to its plane, in both directions. However, if one side is backed by a heavy or fixed mass, most of the blast (i.e. most of the rapidly expanding gas and its kinetic energy) will be reflected in the direction away from the mass.[1][2]

Uses edit

The Misnay–Schardin effect was studied and experimented with by explosive experts József Misnay (sometimes spelled Misznay incorrectly), a Hungarian, and Hubert Schardin, a German, who initially sought to develop a more effective antitank mine for Nazi Germany.[3][4] Some sources[which?] claim that World War II ended before their design became usable, but they and others continued their work.[5] Misnay designed two weapons: the 43M TAK antitank mine and the 44M LŐTAK side-attack mine. The Hungarian army used these weapons in 1944–1945.[6]

The later AT2 and M18 Claymore mines rely on this effect.[7]

See also edit

References edit

  1. ^ Practical Bomb Scene Investigation, James T. Thurman, CRC, 2006, p. 23)
  2. ^ Misznay Schardin effect 2016-03-04 at the Wayback Machine (unterm.un.org)
  3. ^ "Misnay József" (in Hungarian). Haditechnikai Intézet. Retrieved 12 January 2024.
  4. ^ Hajdú, Ferenc. "Misnay József hmtk. ezredes | Magyar hadmérnök, akiről fizikai hatást neveztek el" (PDF). Haditechnika (in Hungarian). Budapest: Zrínyi Katonai Könyv- és Lapkiadó. 2018 (6): 10-11. doi:10.23713/HT.52.6.04. ISSN 0230-6891.
  5. ^ Ragnar's Action Encyclopedia, Ragnar Benson, Paladin, 1999, p. 70.
  6. ^ Czapek, Béla. "A Misnay-Schardin-effektus és a LŐTAK". Haditechnika (in Hungarian). Budapest: Zrínyi Katonai Könyv- és Lapkiadó. 1986 (4): 2-4. ISSN 0230-6891.
  7. ^ Jane's Mines And Mine Clearance 2006/2007, Colin King, Jane's Information Group, 2006, p. 31.

misnay, schardin, effect, platter, effect, characteristic, detonation, broad, sheet, explosive, lŐtak, mines, upper, left, corner, picture, taken, october, 1944, operation, panzerfaust, after, surrender, disarmament, royal, guards, hungarian, armympb, mine, sh. The Misnay Schardin effect or platter effect is a characteristic of the detonation of a broad sheet of explosive 44M LOTAK EFP mines at the upper left corner of the picture Taken on 15 October 1944 Operation Panzerfaust after surrender and disarmament of the royal guards of the Hungarian ArmyMPB mine showing a cylindrical concave Misnay Schardin warhead Contents 1 Description 2 Uses 3 See also 4 ReferencesDescription editExplosive blasts expand directly away from and perpendicular to the surface of an explosive Unlike the blast from a rounded explosive charge which expands in all directions the blast produced by an explosive sheet expands primarily perpendicular to its plane in both directions However if one side is backed by a heavy or fixed mass most of the blast i e most of the rapidly expanding gas and its kinetic energy will be reflected in the direction away from the mass 1 2 Uses editThe Misnay Schardin effect was studied and experimented with by explosive experts Jozsef Misnay sometimes spelled Misznay incorrectly a Hungarian and Hubert Schardin a German who initially sought to develop a more effective antitank mine for Nazi Germany 3 4 Some sources which claim that World War II ended before their design became usable but they and others continued their work 5 Misnay designed two weapons the 43M TAK antitank mine and the 44M LOTAK side attack mine The Hungarian army used these weapons in 1944 1945 6 The later AT2 and M18 Claymore mines rely on this effect 7 See also editHigh explosive squash head Explosively formed penetrator Munroe effect M93 Hornet mineReferences edit Practical Bomb Scene Investigation James T Thurman CRC 2006 p 23 Misznay Schardin effect Archived 2016 03 04 at the Wayback Machine unterm un org Misnay Jozsef in Hungarian Haditechnikai Intezet Retrieved 12 January 2024 Hajdu Ferenc Misnay Jozsef hmtk ezredes Magyar hadmernok akirol fizikai hatast neveztek el PDF Haditechnika in Hungarian Budapest Zrinyi Katonai Konyv es Lapkiado 2018 6 10 11 doi 10 23713 HT 52 6 04 ISSN 0230 6891 Ragnar s Action Encyclopedia Ragnar Benson Paladin 1999 p 70 Czapek Bela A Misnay Schardin effektus es a LOTAK Haditechnika in Hungarian Budapest Zrinyi Katonai Konyv es Lapkiado 1986 4 2 4 ISSN 0230 6891 Jane s Mines And Mine Clearance 2006 2007 Colin King Jane s Information Group 2006 p 31 Retrieved from https en wikipedia org w index php title Misnay Schardin effect amp oldid 1195569717, wikipedia, wiki, book, books, library,

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