1) equivalent K
等K换算
2) k degree idempotent
k次幂等变换
1.
On k degree idempotent transformation and k degree idempotent matrix;
k次幂等变换与k次幂等矩阵
3) Equivalent δ conversion
等δ换算
4) kramers-kronig relation
k-k变换
5) k-medoids substitution algorithm
k-中心点轮换算法
6) the conversion method (1st equal effective conversion)
换算法(一次等效换算)
1.
Based on analysis, calculation, discussion and comparison, The authors state that the equal effective method (2nd equal effective conversion) is more extensive and universal than the conversion method (1st equal effective conversion) and can be used to calculating train braking force, compiling equal effective conversion brake shoes force per one locomot.
基于对换算法（一次等效换算）和等效法（二次等效换算）的分析、计算、比较和讨论,作者说明等效法具有广义的通用性,可用于多种材质闸瓦列车计算列车制动力,编制机车车辆每台（辆）等效换算闸瓦力表,制定列车制动限速表,填写列车制动性能证明书等,并可为列车速度监控制动模式及制动系统设计提供参考。
补充资料：长等短等
1.犹言左等右等。谓等待久。
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