1) latent damage
潜在损伤
1.
Detecting of ESD latent damages in MOSFET is an ever existing difficult problem in VLSI technology.
MOSFET ESD潜在损伤的有效检测一直是一个难以解决的问题 。
2.
97A,latent damage is present in the resistor as a result of the breakage of n+-n junction at the anode.
97A)后,由于阳极n+-n结构被破坏,内部结构已经出现潜在损伤,不再具备隔离和分压的作用。
2) latent injury
潜在性损伤
3) ESD latent damage
ESD潜在损伤
4) potential fiber damage
纤维潜在损伤
1.
The types and reasons of fiber damage in blowing carding process, the influence of fiber damage on yarn quality, the method to designate potential fiber damage and some technological measures to reduce the fiber damage are discussed in this paper.
测定纤维潜在损伤的方法。
5) domanial latent damage
领域潜在损伤
1.
In order to resolve the problem that the damage value under two level loads isn t equal to one, a cumulative nonlinear damage model and its math formula for fatigue are put forward by using the usual cumula- tive damage theories, avoiding the equivalent damage and considering the effect on material for load sequence, domanial latent damage and damage s uneven character.
为解决两级载荷作用下的材料常在损伤值不为一时破坏的问题,在原有常用疲劳累积理论的基础上,避开等效损伤,并考虑加载顺序、领域潜在损伤和损伤的非线性对材料疲劳寿命的影响。
2.
In order to solve the problem of fatigue damage under two-level loads not always equal to one,based on the conventional accumulative damage theories,an accumulative linear damage model and its math formula have been proposed with the effect of load sequence and domanial latent damage.
为解决两级载荷作用下的材料常在损伤值不为一时破坏的问题,在原有常用疲劳累积理论的基础上,考虑加载顺序与领域潜在损伤对材料疲劳寿命的影响,首先建立了一种线性疲劳损伤累积模型及其数学公式。
6) latent damage threshold
潜在损伤阈值
补充资料：《潜在抗干扰性理论》
阐述无线电接收设备潜在抗干扰性理论的名著，苏联B.A.卡捷尼柯夫著。1947年作为博士论文在苏联莫斯科动力学院发表，1956年在莫斯科正式出版。全书共13章,分为4个部分。第一部分是阅读本书的预备知识。第二部分叙述离散消息传输系统的潜在抗干扰性，分别讨论了两个离散值信号和多离散值信号下的理想接收机和潜在抗干扰性。第三部分叙述连续消息、参量传输系统的潜在抗干扰性，分别讨论了不同调制方式（调幅、调频、脉冲调制）和不同噪声干扰强度（弱噪声、强噪声干扰）下的系统潜在抗干扰性。第四部分讨论连续消息、波形传输系统的潜在抗干扰性，分别研究了直接调制、脉冲调制（脉冲调幅、脉冲调位、脉冲调频）和积分调制系统的潜在抗干扰性。这本书是研究最佳接收理论的重要理论著作。
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