In respect of the process equipment, the homemade equipments in procedures of machining, welding, material lay-off, rolling tubes, explosive cladding, inspection and test can completely set off the imported equipment.
在工艺装备方面，国内的机加、焊接、下料、胀管、爆炸复合成型、检验、试验等装备，可以完全和国外进口设备媲美。
The cladding plate with micro and small wavy interface obtained by low limit explosive can be rolled successfully, and the one with a big wavy interface will be detached in rolling.
为了研究在不同爆炸焊接工艺条件下获得的复合板的轧制效果，本文对大波、小波、微波状3种界面的1Cr18Ni9Ti/20G复合板进行轧制实验研究。
The explosive welding, roll cladding and explosive welding+rolling are three main processes currently in the manufacture of the layer-metal composite plate.
爆炸焊接、轧制、爆炸+轧制复合法是目前 3种主要的层状金属复合板的生产方法。
Numerical fitting of the interaction between cladding plate and soil anvil, using DYNA3D program indicated the stress wave transformation pattern and deformation development inside soil anvil at the instant when explosive welding occurred.
用DYNA3D程序对复合板与地基的相互作用进行数值模拟，形象地说明在爆炸焊接瞬间，地基中应力波传播规律及地基变形发展形态。
Some Metallurgical Behaviours of Adiabatic Shear Band on Ti Side in the Ti/Mild Steel Explosive Cladding Interface
爆炸复合界面层内绝热剪切带的一些冶金行为
Pure copper (T2) and beryllium bronze (QBe2) were selected as the material to produce T2/QBe2 composite by flat plate explosive cladding.
本文选用工业纯铜（T2）和铍青铜（QBe2），采用平板爆炸复合方法制备T2／QBe2复合板。
The observation by mean of TEM and HRTEM indicated that the amorphous and nano-sized grains co-existed within the TA2/TA2 explosive cladding interface.
TEM和HREM观察表明，TA2／TA2爆炸复合界面层内共存着大量的纳米晶和非晶。
The explosive welding, roll cladding and explosive welding + rolling are three main processes currently in the manufacture of the layer-metal composite plate.
爆炸焊接、轧制、爆炸+轧制复合法是目前3种主要的层状金属复合板的生产方法。
Numerical analysis of cladding process of Monel alloy/Cu explosive cladding bar
Monel合金/Cu爆炸复合棒复合过程数值模拟
The impact pressure produced by explosive detonation is essential condition of the base plate and cladding plate coalescence for metal explosion welding.
金属爆炸焊接材料的基、复板在炸药爆轰作用下产生的碰撞力是基、复板实现爆炸焊的关键条件。
The new technology enhanced whole bonding quality of explosive cladding plate more, reduced explosive charge in large scale, lowered disadvantageous effect on environment around.
此工艺进一步提高了爆炸复合板的整体结合质量，同时再次降低了焊接装药量，减小了对周围环境的不利影响。
In situ tensile test, by scanning and transparent electronic microscope, were conducted to observe the plastic deformation and dislocations motion in pure Al sheet with different thickness, h, sandwiched by 2024 alloy with higher strength through explosive cladding.
利用扫描及透射电镜对爆炸焊接LY12/Al/LY12层合板内不同厚度纯铝层塑性变形及位错运动进行了研究。