火工品
火工品
화공품
INITIATORS & PYROTECHNICS
2001年
1期
17-19
,共3页
爆炸硬化技术%高锰钢%钝感炸药
爆炸硬化技術%高錳鋼%鈍感炸藥
폭작경화기술%고맹강%둔감작약
通过高锰钢的爆炸硬化实验，选出适用于爆炸硬化的安全钝感炸药。同时对同种炸药相同药量分两次爆炸与一次爆炸的效果进行比较，发现采用二次爆炸要比一次爆炸无论表面硬度，还是硬化层深度都有明显改进。
通過高錳鋼的爆炸硬化實驗，選齣適用于爆炸硬化的安全鈍感炸藥。同時對同種炸藥相同藥量分兩次爆炸與一次爆炸的效果進行比較，髮現採用二次爆炸要比一次爆炸無論錶麵硬度，還是硬化層深度都有明顯改進。
통과고맹강적폭작경화실험，선출괄용우폭작경화적안전둔감작약。동시대동충작약상동약량분량차폭작여일차폭작적효과진행비교，발현채용이차폭작요비일차폭작무론표면경도，환시경화층심도도유명현개진。
Through the explosive induration experiment of high manganese steel, safety and insensitive explosives was selected. Comparison tests were made to the primary and secondory detonations and the same quantities of the same explosives, and found that both the surface rigidity and the depth of the induration layer have been improved obviously by the use of secondary detonation.
