1) strength of hitting
击打力
1.
This papar tries to analyse and explain the main factors for enhancing the strength of hitting in Free Wushu according to the rules of dynamics.
本文试图从动力学的角度来分析、探讨增强武术散手“击打力”的主要因素，为武术散手训练的科学化提供理论依据。
2) strike force
打击力量
1.
Some points of trimming and piercing die design for the friction press,such as the structure mode selection of the die,control of strike force,the size design of strike block,position of upper and lower die and related notices,etc.
本文介绍了在摩擦螺旋压力机上切边冲孔时,模具结构类型的选择,打击力量的控制,打击块的尺寸设计,上下模具之间的定位等相关设计。
3) hitting power
打击力
1.
Measuring method for hitting energy and hitting power of screw press;
螺旋压力机打击能量及打击力测试方法探讨
2.
This article based on the elastic-viscoplastic behavior of the forging,presented its elastic-viscoplastic model and its own constitutive relation,with these established the dynamic mechanics model of the hydraulic forging hammer,and also calculated the mathematics analytic equation of the hitting power.
打击力是液压模锻锤的重要参数,以往的研究往往不考虑或简略考虑锻件的影响。
4) fire attack
火力打击
1.
To study the integrated decision-making of the fire and electronic warfare in the single to multiple attack,the target sequencing algorithm of the fire attack is put forward by considering the effectiveness of the jamming system.
针对单机多目标攻击时的火力/电子战综合决策,提出了一种考虑电子干扰效果的火力打击目标排序算法。
5) fire strike
火力打击
1.
By analyzing the factors which influence on digital tank company’s fire strike capability, an evaluating index system is built up in the paper.
通过对数字化坦克连火力打击能力影响因素的分析,建立了对其进行评估的指标体系。
2.
Aiming at the security of equipment materials distribution center in the war,the paper discusses the influence factors of addressing model of equipment materials distribution center under condition of modern war,proposes the least cost and the shortest time addressing model of equipment materials distribution center based on fire strike.
针对战时装备配送中心选址的安全性要求,深入剖析了现代战争条件下装备物资配送中心选址模型的影响要素,建立了基于火力打击的费用最少和时间最短的装备物资配送中心选址模型,以及同时考虑时间和费用的装备物资配送中心的综合权衡模型,并给出了时间、费用最小模型的求解流程。
6) Impact force
打击力
1.
The different unit of organ-pipe SRC jet nozzles were designed,the impact force to target of the SRC water jet was measured during the organ-pipe SRC jet nozzles jet.
设计了不同尺寸组合的风琴管自激振动空化喷嘴,测量了风琴管自激振动空化喷嘴喷射时射流对射靶打击力,通过对射流打击力的比较分析,研究了自激振动空化射流的力学特性,发现了自激振动空化射流对射靶打击力频域图中存在与自激振动空化喷嘴振动频域图中相应的调制频率,即自激振动空化喷嘴谐振腔内自激振动的谐振频率,实测值与理论汁算值相符,并研究了风琴管自激振动空化喷嘴结构参数对喷嘴产生自激振动空化效果的影响规律,得出喷嘴的最佳结构参数,为自激振动空化喷嘴的优化设计提供了参考。
2.
The impact force and cleaning ability were selected as the criterion to evaluate the property of the jet.
以自激振动空化射流喷嘴为研究对象,以其在工业清洗中的应用为研究背景,通过设计具有不同结构参数的喷嘴,着重探讨了谐振腔长与出口孔长之比,谐振腔长径比等结构参数对射流特性的影响规律,并通过打击力和清洗力实验来对喷嘴射流特性进行评价。
补充资料：击打
1.打击;拍打。
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