1) thickness time delay
厚度延时
2) EPI thickness
外延层厚度
1.
The EPI process,EPI thickness and transition depth of VDMOS were discussed,furthermore it got the conclusion that the effective EPI thickness was the key parameter.
通过理论计算,对VDMOS器件的外延层厚度和掺杂浓度进行了优化设计,探讨用于VDMOS的外延工艺,讨论了外延层厚度和过渡区的测试方法,提出了有效外延层厚度是影响击穿电压的最关键参数,应用此参数监控外延工艺,提高了片内及批次间的击穿电压一致性。
3) delay precision
延时精度
1.
For the delay-control system consisted of multi-delay circuit,the delay precision is related to delay circuit reliability,expected delay time,probability density function of delay time,output finesse and so on.
由多个延时电路组成的延时控制系统,其延时精度与各延时电路的可靠度、预期延时值、延时时间的概率密度函数以及输出策略等有关。
2.
At the same time,the period of optical signal storage in delay lines is also altered and the delay precision of optical fiber delay lines is improved.
为了提高一种3b it可变光纤延迟线的延时精度,提出一种采用可调谐激光器作为系统光源的技术,利用光纤的材料色散特性即光纤的折射率随传输波长变化而改变的特点,来改变延时光纤中信号存储的时间,从而达到提高光纤延迟线延时精度的目的。
3.
Factors affecting the delay precision of millisecond(ms) delay detonator were studied in this paper.
文章研究了影响毫秒雷管延时精度的因素。
4) delay accuracy
延时精度
1.
Several factors which affect the delay accuracy of Nonel detonator are discussed in this paper.
文中对影响导爆管雷管延时精度的一些因素进行了探讨,认为确定合适的消爆空间结构及尺寸、提高卡口质量、严格控制延期药及延期元件质量,是提高导爆管雷管延时精度的关键。
2.
Although the cost of electronic detonator is higher than that of chemical delay detonator,the delay accuracy of the former is obviously higher and its free delay arrangement is much more flexible.
认为电子雷管的成本虽高于化学药剂延期雷管,但延时精度高、延时的任意设置灵活性是显而易见的。
3.
Several aspects about the molybdenum type delay composition such as the mixing methods,formulation,delay accuracy,sensitivity and so on was studied.
文章对钼系延期药的混合方式、配方、延时精度和感度等方面进行了研究,结果表明此药剂延时精度高,火焰感度适中,可调范围广,并有较好的安定性。
5) Scheduler latency
调度延时
6) effective EPI thickness
有效外延层厚度
1.
The EPI process,EPI thickness and transition depth of VDMOS were discussed,furthermore it got the conclusion that the effective EPI thickness was the key parameter.
通过理论计算,对VDMOS器件的外延层厚度和掺杂浓度进行了优化设计,探讨用于VDMOS的外延工艺,讨论了外延层厚度和过渡区的测试方法,提出了有效外延层厚度是影响击穿电压的最关键参数,应用此参数监控外延工艺,提高了片内及批次间的击穿电压一致性。
补充资料:M67式延时杀伤手榴弹
概述
m67式延时杀伤手榴弹是在m33式防御型手榴弹基础上改进而成的,与m33式不同之处是多了一个保险夹。目前,该弹作为美陆军标准手榴弹之一种,仍在装备使用,且主要用于防御作战时杀伤有生目标。
结构特点
m67式手榴弹由弹体和引信组成。球形弹体用钢材制成,内装b炸药。引信为m213式延期引信。引信保险机构上增加一保险夹,可防止保险销被意外拉出,从而避免事故的发生,保险夹呈s形,用弹簧钢丝制成,一端套在引信体上,另一端夹住保险杆。使用时,卸掉保险夹后才能拔出保险销。
球形弹体是爆炸型弹最理想的弹体形状,弹体爆炸后破片分布均匀。
性能数据
弹径----63.5mm
全弹长----89.7mm
全弹质量----390g
弹体材料----钢
装药类型----b炸药
装药质量----180g
引信类型----m213式延期
延期时间----4~5s
有效杀伤半径----15m
投掷距离----40m
说明:补充资料仅用于学习参考,请勿用于其它任何用途。