mine anti tank warfare amagnetica insensitive to the blast wave and the shock

• 1. 反坦克地雷 [P] . 中国专利： CN202074892U . 2011.12.14
• 2. 一种高效不夹料冲击落料的采掘方法及高效不夹料冲击落料采掘机 [P] . 中国专利： CN103388474B . 2016.12.28
• 3. mine anti tank warfare amagnetica insensitive to the blast wave and the shock [P] . 瑞士专利： CH390093A . 1965-03-31

  机译： 地雷反坦克战无磁对爆炸波和冲击不敏感

• 4. An anti-tank mine warfare, insensitive to the explosive and the shock waves. [P] . 法国专利： FR1404103A . 1965-06-25

  机译： 反坦克地雷战，对爆炸和冲击波不敏感。

• 5. NON-MAGNETIC ANTI-TANK WAR-MINE, INSENSITIVE TO EXPLOSION BLAST AND TO SHOCKS [P] . CA790898A . 1968-07-30

  机译： 非磁性反坦克作战矿山，对爆炸和爆炸不敏感

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• 6. SHOCK WAVE DYNAMICS: (1) OSCILLATORY SHOCK WAVE MOTION PRODUCED BY A STRONG EXPLOSION AND A DRIVING PISTON IN A SPHERICALLY SYMMETRIC NONUNIFORM MEDIUM, (2) THE ADVANCE OF A BLAST WAVE INTO AN EXPONENTIALLY DECREASING DENSITY FIELD [D] . MOH, TZU-CHUNG -1
• 7. Tailoring the Blast Exposure Conditions in the Shock Tube for Generating Pure Primary Shock Waves: The End Plate Facilitates Elimination of Secondary Loading of the Specimen [O] . Matthew Kuriakose, Maciej Skotak, Anthony Misistia, -1
• 8. Explosion waves and shock waves Part II—The shock wave and explosion products sent out by blasting detonators [O] . 1935
• 9. Numerical Analysis of the Effect of Surrogate Anti-Tank Mine Blasts on the M113 [R] . Williams, K. , Poon, K. 2000

• 1. Numerical study on the fracturing mechanism of shock wave interactions between two adjacent blast holes in deep rock blasting [J] . Yuan Wei ,Liu Shangge ,Wang Wei . 地震工程与工程振动：英文版 . 2019,第4期
• 2. 我军应大力发展人工机械布设——条形反坦克地雷 [C] . 翟亚忠 . 首届地雷技术学术会议 . 1986
• 3. MR定量磁敏感图评估正常人大脑静脉磁敏感值的研究 [A] . 左超 . 2016