1.
Numerical simulation on solid particle erosion of solid-liquid two-phase fluid in flow controller
节流器内液-固两相流固体颗粒冲蚀数值模拟
2.
This machine does not press big particle and solid , moist or superfine powder suitably .
本机不适用冲压大颗粒固体、潮湿或极细的粉末。
3.
ABRASION OF EXHAUST PIPE BY THE HIGH-SPEED GAS WITH THE CUTTING IN AIR DRILLING
空气钻井中颗粒对排气管的冲蚀分析
4.
Underground erosion is the removal of solids, from the soil by the flow of underground water.
地下侵蚀是指固体颗粒被地下水流从土壤中带走的现象。
5.
Erosion of pipes and vessels from abrasion by particles can be serious.
由于固体颗粒的磨蚀作用，管子和容器的磨损严重。
6.
Influence of phase change of dispersed-phase particle in SRM chamber on throat insert erosion
固体发动机燃烧室离散相颗粒相变对喉衬烧蚀的影响
7.
bridging solid shape
暂堵剂固体颗粒形状
8.
volatile suspended solids
挥发性悬浮固体颗粒
9.
soluble fluid loss particle
可溶性防滤失固体颗粒
10.
oil-soluble wall building solid
油溶性造壁固体颗粒
11.
non-solid space
未填入固体颗粒的空隙
12.
surface solids removal equipment
地面固体颗粒清除设备
13.
Solid Particle Erosion Behavior of High Alumina Refractory at Elevated Temperatures
高铝质耐高温材料的热态固体粒子冲蚀磨损行为
14.
Nonerodible clods are also broken down by impacts of saltating grains.
不可冲蚀的土块因跳跃颗粒的撞击也会破碎。
15.
Numerical simulation on particles-caused erosion reducing method in throttleer
减弱节流器中颗粒冲蚀破坏措施的数值模拟
16.
Effect of Nanoparticles on the Erosion-Corrosion Resistance Property of a Ni-Based Alloying Layer
纳米颗粒对Ni基复合镀渗层耐冲蚀性能的影响
17.
Investigation of erosion properties of particle reinforced epoxy wear resistant coating
颗粒增强环氧耐磨涂层的冲蚀磨损特性研究
18.
The mechanisms could be classified as sublimation , melt , thermal spalling , detachment of grains , vaporization , and spalling of grains adhered to the surface by resolidified phase .
将蚀除机理归纳为六种：升华、熔化、热剥离、整体颗粒移除、气化、再凝固粘附相的热削离。