1) normal conductor
常规导线
1.
Compared with normal conductor wire,this paper introduces and analyzes the mechanism and electric characteristics of thermo-resistance aluminum conductor composite core /trapezoidal wire.
通过与常规导线对比,详细分析了耐热导线——碳纤维芯耐热(铝绞)导线的机械电气性能。
2) routine lead
常规导联
1.
Comparison of ECGs of New Zealand rabbits with myocardial necrosis recorded by head-chest leads and routine leads;
新西兰兔左室心外膜下心肌坏死时头胸导联和常规导联心电图Q波比较
2.
Comparison between head-chest lead electrocardiogram and routine lead electrocardiogram in diagnosis of patients with acute inferior myocardial infarction;
常规导联与头胸导联对急性下壁心肌梗死心电图定位诊断的比较
3.
Objective: To observe differences of ST segment elevation and wave R decrease in the electrocardiograms(ECG)of the New Zealand rabbits in the situation of left ventricular myocardial necrosis recorded by head-chest lead and routine leads,to evaluate their significance.
目的:用头胸导联和常规导联对比观察新西兰兔左室心肌坏死前后心电图ST段抬高和R波幅降低的幅度的差异及意义。
3) conventional missile
常规导弹
1.
Modeling of conventional missile operation supported by satellite military systems with Petri net
卫星军事应用系统支援常规导弹作战Petri网建模
2.
Striking characteristic of conventional missile is analyzed.
就常规导弹打击目标的特性进行了分析,论述了常规导弹毁伤目标时现有打击方法存在的局限性,提出了复合式打击方法的概念,认为通过目标打击战法上的创新有可能弥补武器性能上的某些不足,从而拓宽现役武器的目标打击范围,并可对导弹武器的综合作战效能挖潜增效。
3.
The arrange of transport time and transport line of vehicle in conventional missile turn plan is a combinatorial optimization problem when the operational plan is drawn up.
制定常规导弹战前运输计划时,各车辆运输时间和运输路线的安排是一个组合优化问题。
4) ordinary guided mode
常规导模
1.
In this way, relations between value of effective index n_(eff) and values of fiber core-material index n_(co) and cladding-material index n_(cl) belonging to fundamental modes of the ordinary guided mode and surface-plasma-wave (SPW) are obtained.
首先在负介电常数条件下通过数值解法求解相应的理想金属材料为包层的光纤的基模的特征方程，得到该类光纤中存在的两类不同模式(即常规导模和表面等离子体波)的有效折射率n_(eff)与芯层材料折射率n_(co)及包层材料折射率n_(cl)之间的关系；进一步应用耦合模理论研究了该类布喇格光纤光栅中上述两类模式的基模的反射率，并在保持光栅长度L、纤芯半径α、n_(co)和n_(cl)不变时，计算得到光纤光栅在不同的光栅周期Λ时的反射率曲线。
6) conventional line
常规线路
1.
The feasibility of high speed on conventional lines is described.
介绍了在常规线路上实现高速的可行性,阐述了遇到的主要技术难题及解决方法。
补充资料：补偿导线
分子式：
CAS号：
性质：用来将热电偶的参比端(冷接点)延伸到温度恒定的场所，以便与显示仪表连接的两根材料不同的贱金属导线，其热电特性在0～100℃；范围内与所配用的热电偶热电特性相近。常用的补偿导线有镍铬-考铜、铜-康铜和铜-铜镍。
CAS号：
性质：用来将热电偶的参比端(冷接点)延伸到温度恒定的场所，以便与显示仪表连接的两根材料不同的贱金属导线，其热电特性在0～100℃；范围内与所配用的热电偶热电特性相近。常用的补偿导线有镍铬-考铜、铜-康铜和铜-铜镍。
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