冲量式,Impact-based英语短句,例句大全

冲量式,Impact-based
1)Impact-based冲量式
1.Design of a Dual-plate Differential Impact-based Yield Sensor双板差分冲量式谷物流量传感器设计

英文短句/例句

1.Design of a Dual-plate Differential Impact-based Yield Sensor双板差分冲量式谷物流量传感器设计
2.Study on the Flushing Flux for Flushing Nozzles of a Demister in Wet Desulphurization Tower湿式脱硫塔除雾器冲洗喷嘴冲洗流量研究
3.Research on Controllable High-Frequency Pulse Welding Power Source高频脉冲能量可控式焊接电源的研究
4.Measurements of impulse coupling coefficient for laser ablating PVC film on transmission mode透射式激光烧蚀PVC冲量耦合性能实验
5.RESEARCH ON VOLUME OF AIR INJECTION BY DIAPHRAGM VALVE袋式除尘器脉冲阀耗气量的试验研究
6.Effects of single pulse energy on impulse coupling coefficient in air-breathing laser propulsion单脉冲能量对吸气式激光推进冲量耦合系数的影响
7.Discontinuous bladder irrigating was used in another group(B) ,with only once used bladder irrigator and high capacity closed rubber bag.B组采用一次性膀胱冲洗器间断膀胱冲洗及袋装大容量密闭式持续膀胱冲洗方式 ;
8.Treatment of Upper urinary calculi with Duplex Pulse Low-energy ESWL复式脉冲低能量体外冲击碎石术治疗上尿路结石
9.The positive phase dynamic impulse can be defined by a similar expression.正周相动力冲量的定义可以用类似的式子表示。
10.Deformation Modes and Energy Absorption Capability of Honeycombs under In-plane Impact;蜂窝材料在面内冲击下的变形模式与能量吸收
11.Modification of position detecting formulation of PSD under very-short-pulse illumination极短脉冲光照下PSD位置测量公式的改进
12.Study on the hammer material and quality of the upright impingement crusher立式冲击破碎机锤头材料和质量的研究
13.Weighing principle and installing using of slide-style flushing plate current gauge滑槽式冲板流量计称重原理及安装使用
14.Study on Router Buffer Size with NewReno Congestion Control MethodNewReno拥塞控制方式下路由器缓冲区容量研究
15.Development of Grain Flow Sensor for Yield Monitor System冲击式谷物流量传感器设计与性能试验
16.Research on a Pulsed Approach for Electrical Impedance Spectroscopy Measurement用于电阻抗谱测量的脉冲式方法的研究
17.Measurement of vibrations in rock drilling machines and pneumatic tools--Measurement for percussive machinesGB/T8910.2-1988凿岩机械与气动工具振动测量方法冲击式机器的测量
18.Shock velocities were measured to 1.2～1.5% accuracy using the ASM probe.用轴对称式电磁感应探头测量冲击波速度，测量精度约1．2～1．5％。