1) high impact energy
高冲击功
2) Impact energy
冲击功
1.
Investigation on the correlation between fracture toughness and impact energy for middle strength steel;
中强钢断裂韧性和冲击功关系的研究
2.
Comparison of two kinds of models to predict the impact energy of the hot rolled Q235B in MaGang;
Q235B热轧板冲击功人工神经网络与线性回归预报模型的比较
3.
The results show that the impact energy increases and the yield strength decreases slowly with increasing the tempering temperature in the range of 200～600 ℃,and the impact energy increases and the strength decreases sharply when the tempering temperature is increased to above 600 ℃.
结果表明,25CrNi3MoV钢在200-600℃范围内回火时,随回火温度的升高,屈服强度缓慢下降、冲击吸收功缓慢增大;600℃以上回火时,强度急剧下降、冲击功迅速升高。
3) impact power
冲击功
1.
Influence of impact power on impact-corrosion resistance of low carbon high alloy steel;
冲击功对低碳高合金钢冲击腐蚀磨损性能的影响
2.
The property of impact-corrosion resistance of the low-carbon hi-alloyed steel has been tested in different impact power with the reconstructive impact-corrosion resistance machine.
利用改造的冲击腐蚀磨损机,测试了不同冲击功下低碳高合金钢的冲击腐蚀磨损性能。
3.
The results indicate that although the impact frequency of DTH hammer decreased somehow, the impact power increased.
结果冲击频率虽然有所下降 ,但其冲击功却有升高的趋势。
4) Impact work
冲击功
1.
The Un -qualified Reason Analysis of the Impact Work for Grade 35 Steel Forging Used for Pump Shaft;
35钢泵轴锻件冲击功不合格原因分析
2.
The linear relation between crushing specific work and the impact work and the temperature of ice.
研究冰在冲击载荷作用下发生破碎的状态，提出破碎比功的概念，分别建立了破碎比功与温度和冲击功的线性表达式。
3.
The results show that for the samples with remaining casting microstructure after normalizing,its tensile strength and elongation can be up to standard,and its fracture contraction rate reduces a little,but its impact work becomes lower than the samples with normal microstructure.
结果表明,正火不充分而残留铸态组织的铸钢试样,抗拉强度、伸长率均能达标,断面收缩率稍低,但冲击功却比正常组织试样低很多。
5) Impact energy Ak
冲击功Ak
6) impacting energy
冲击功
1.
34 m/s, and the single impacting energy has reached 346.
43m/s) ,单次冲击功 34 6 。
2.
The impacting energy and impacting frequency of hydro-efflux hammer are two important indicators to measure the level and quality of hydro-efflux hammer.
射流冲击器的冲击功和冲击频率是衡量射流冲击器水平与质量的2个重要指标。
补充资料：冲击高电压测量(见高电压测量)
冲击高电压测量(见高电压测量)
measurement of high impulse voltages
ch。门引才g。。dion丫日cel}o口g冲击高电压测量(rneasurement ofhighimpulsevoltages)见高电压测量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条