目錄第1章 拆卸分解技術1.1 飛秒激光切割技術..................................................... - 4 -1.2 高壓液態射流切割技術................................................ - 11 -1.3 低溫脆裂技術........................................................ - 21 -1.4 大扭矩彈丸旋分技術..................................................- 23 -1.5 小夾持空間元部件旋分技術............................................ - 23 -1.6 沖擊載荷徑向剪切技術................................................ - 25 -1.7 自動鋸床切割法...................................................... - 30 -第2章 倒空分離技術..........................................................- 32 -2.1 低溫循環技術........................................................ - 32 -2.2 水力空化炸藥倒空技術................................................ - 33 -2.3 熔化技術............................................................ - 37 -2.4 CO2鼓風彈丸裝藥真空清除法..........................................- 40 -2.5 超聲波倒空技術...................................................... - 41 -2.6 CO2臨界（超臨界）液體分離發射藥技術................................. - 41 -2.7熱水沖洗法.......................................................... - 42 -2.8蒸汽倒藥............................................................- 44 -2.9 高壓水倒藥技術...................................................... - 45 -2.10 有機溶劑沖洗技術................................................... - 46 -2.11 固體火箭發動機脫模技術............................................. - 47 -第3章 可控燒炸毀技術........................................................- 51 -3.1 TNT熔化霧化燒毀技術................................................ - 51 -3.2 等離子體弧光銷毀技術................................................ - 54 -3.3 封閉式可控燒毀技術.................................................. - 56 -3.4 可控引爆技術........................................................- 62 -第4章 氧化安全技術.......................................................... - 65 -4.1 堿解技術............................................................ - 65 -4.2 ActodemiloR技術.................................................... - 66 -4.3 Fenton降解法及組合Fenton法.........................................- 66 -4.4 超臨界水氧化技術.................................................... - 68 -4.5 熔鹽氧化技術........................................................ - 70 -4.6 介導式電化氧化技術.................................................. - 71 -4.7 濕空氣氧化技術......................................................- 71 -4.8 直接化學氧化技術.................................................... - 73 -4.9 亞當斯硫氧化技術.................................................... - 73 -4.10 光催化氧化技術..................................................... - 73 -4.11 電化學法...........................................................- 74 -4.12 彈丸裝藥鉆出法..................................................... - 75 -第5章 環保處理技術.......................................................... - 76 -5.1 廢氣處理技術........................................................ - 76 -5.2 廢水處理技術........................................................- 79 -5.3 生物降解安全技術.................................................... - 82 -5.4 快速化學降解技術.................................................... - 84 -第6章 資源化利用技術........................................................ - 85 -6.1 利用含能材料燃燒爆炸性能............................................- 85 -6.2 利用含能材料轉化制備工業原料........................................ - 90 -6.3 彈體及藥筒毀形再利用................................................ - 95 -第7章 機動應急銷毀技術..................................................... - 100 -7.1 俄羅斯銷毀列車.....................................................- 100 -7.2 遙控操作技術....................................................... - 100 -7.3 激光銷毀技術....................................................... - 110 -7.4 高熱劑燃燒銷毀技術................................................. - 120 -7.5 未爆彈處理.........................................................- 123 -第8章 安全防護技術......................................................... - 139 -8.1 電磁防護........................................................... - 139 -8.2 易燃易爆粉塵控制................................................... - 140 -8.3 防沖擊波破壞.......................................................- 140 -8.4 防火與消防......................................................... - 141 -8.5 人員穿戴防護....................................................... - 142 -8.6 露天炸毀防護....................................................... - 142 -8.7 防爆罐防護.........................................................- 144 -8.8 填充式防護結構 - 147 -