侧向挤压的英文

侧向 side direction; crossrange
挤压 cirmp; squeeze; mouthpiece p ...
侧向挤压,侧向压缩,侧压力 lateral compression
单向挤压 single ended pressing
反向挤压 backward extrusion; indirect extrusion; inverted extrusion
横向挤压 cross extrusion; cross extrustion; lateral extruding; sideway extrusion
径向挤压 radial extruding
径向挤压法 vertical compressed casting process
径向挤压模 radial extruding dies
逆向挤压 back extrusion; backward extrusion
顺向挤压 forward extrusion
正向挤压 direct extrusion; forward extrusion
轴向挤压 axial compression
反向挤压金属 back extruded metal
不加润滑的正向挤压法 direct unlubricated extrusion method
带侧向塑流的挤压 side ways extruding
侧向 side direction; crossrange◇侧向摆动 sideshake; lateral swing
挤压 cirmp; squeeze; mouthpiece pressing; nobbing; extrusion; squeezing; battering 海绵容易挤压。 sponges squeeze easily.; 挤压锻造 extrusion forging; 挤压机 extruder; extruding machine; extrusion press; horizonal extrusion presses; squeezing press; 挤压制品 extruded product; 挤压铸造 extrusion casting
反向挤出 back extrusion
逆向挤制 backward extrusion
顺向挤制 forward extrusion
斜向挤塑机 angular extruder head
轴向挤塑机头 axial extruder head
侧向的 lateral; laterogene; sideward; sidewise
侧向地 broadways/broadwise; sideways

千万人都在用的超大词汇词典翻译APP

Lime - soil compaction piles of pile sinking compact the soil between them by lateral expanding when making holes
灰土挤密桩是利用成孔时的侧向挤压作用使桩间土得以挤密。
Based on the analysis of thermal contact metamorphic aureoles , granitoid interior structure , quartz axis fabric and strain characters in the different rock unites of yuanshishan granitoid and its wall rocks , the emplacement mechanism of yanshishan granitoid was studied . the magmatic explictite dynamic was advanced in light of regional stress and magma dynamic research . those conclusion was synthesized to ascertain the emplacement mechanism - granitic magma ascended in dikes with the minimum critical width of the magma ascending channels about 2 . 213 . 88m and located in the core of yindianshan dome with the passive style of dyke explictite ; the later unite is a kind of multiple emplacement mechanism with the character of active emplacement of ballooning
同时运用岩浆动力学原理从另一个角度探讨其侵位驱动力。综上指出：经分凝后的活动性岩浆在深部侧向挤压和浮力的联合驱动下，沿深大断裂以最小临界宽度为2 . 213 . 88m的裂隙脉动上侵，整体以岩墙扩展的方式被动定位于银殿山穹窿的核部，但后期屋面前单元具有主动侵位的特点应为一种复合定位机制。