开舱

GPS精度及母弹开舱问题的研究

The Study on the Accuracy of GPS and Positioning of a Cargo Projectile Opening Point

在此基础上，应用二次排队论模型中的Birth&DeathProcess理论和M/M/S系统分析法，从船、货、港三方利益出发，确定了未来大连港合理的泊位数及同时开舱数。

And , in the interest of the harbour , the ships and the cargo owners . the number of berths and production lines in Dalian Harbour are determined by means of secondary queueing theory model , birth-death process theory and m / m / s system .

在仿真的同时，进行了AHEAD弹动态开舱试验，通过对两者结果的比较与分析，肯定了模型的正确性。

At the same time , the dynamic experiment of AHEAD is carried , from the result of test and simulation , the reliability of the damage model is affirmed , the correctness of simulation method is estimated , and the experiment scheme is made sure .

开舱前母弹计算结果与实验以及Sahu的结果能够很好吻合，开舱后空腔流的计算结果也给出了合理的理论分析。

Computed surface pressures of dispenser without cave have been compared with experiments as well as Sahu 's numerical results and are found to be in good agreement ; The results of cavity flow are also found to be reasonable .

利用母弹开舱过载的压电点火器研究

Study on Piezoelectric Igniter through Dispersion Ballistic Open Overload

弹药开舱传火装药研究

Study on Low Explosive Charge for Opening Chamber in Cartridge THE SONG OF FIRE FIGHTING

制导子母弹开舱决策方案研究

Study on Projection Decision of Cargo Projectile

参数装定技术是实现开舱时间自适应修正系统功能的关键技术之一。

Parameter setting technology is the key technology to realize the functions of dispending time adaptive correction system .

介绍了122mm火箭布雷系统模拟弹的总体方案，以及子弹外形，导电机构，开舱机构和发射可靠性

The general scheme , submissile appearane , electric conductive mechanism , cargo opening mechanism and fring reliability are introduced

影响母弹引信开舱点散布的弹道诸元对比分析

The Contrast Analysis of the Trajectory Data Affecting the Dispersion Error of the Ejection Point of a Dispenser Fuze

不管是不是自愿的，船员都有责任开舱及关舱。

Whether in free practise or not , the crew shall be responsible for opening and closing the hatch .

根据约束条件、开舱点计算误差等对几种不同组合的开舱决策方案进行了论证，分析了几种不同方案的可行性；

The feasibility of the schemes is analyzed based upon restricted conditions , the calculated error of the projecting point .

有意的使用者必须完成一份网上心理健康问卷，以此获得一个四位数的开舱密码。

A potential user must complete an online mental questionnaire in order to obtain a four-digit code that will open the capsule .

在子母型航空武器的研制和使用过程中，对其飞行过程中的开舱性能进行计算与仿真是一项重要的研究内容。

The calculation and simulation of the cabin opening performance for the cluster bomb is an important research content in the study and application .

为了研究航弹柔性开舱可靠性，通过分析动态条件下弹簧引导伞的运动过程，获知弹尾部流场的复杂性；

By analyzing the motion of the spring guided umbrella in dynamic conditions it is found that the flow field in the rear of bomb is very complicated .

本文通过对某通用型航空子母弹箱整体结构的详细分析，深入研究其开舱原理，并且建立起描述该过程的合理的数学物理模型。

In this paper , through further analyzing the structure of the cluster adapter , and studying the principle of the cabin opening , physical and mathematics models are established .

依据流体动力学原理，建立了弹簧引导伞计算模型，由能量守恒原理，得出了柔性开舱可靠性的判定依据。

Based on the principle of hydrodynamics and conservation of energy , a simulation model of the spring guided umbrella is established and the reliability criterion of flexible cabin opening is obtained .

采用基于视线角和视线角速度的最优滑模制导律，能够使得布撒器以合适的俯仰角和弹道倾角到达目标上方的开舱点，并进行抛撒子弹药。

Applying optimal sliding mode guidance law , based on the LOS ( line-of-sight ) angle and the LOS angular rates , the dispenser can reach the open-cabin-point upon the target with right pitch and trajectory dip angle , and cast sub-projectile .

在这种地层条件下，盾构刀具无法有效破除该高强度岩体，传统的开舱或地面处理方法往往有较大局限性，同时由于岩体上部或周围存在软弱地层，人工破除操作困难。

In this formation conditions , the shield tool can not effectively get rid of the high strength rock , traditional cabin opening or ground treatment methods tend to have greater limitations and the existing upper rock mass or weak strata around make it difficulty to artificial exploding .

为火箭子母弹定时开舱提供了一种性能先进的电子时间引信电路系统，阐述其电路组成、工作原理和功能，并分析了该电子时间引信系统的特点。

In this paper , an advanced circuit system of the electron - time fuze for opening cabin of rocket cargo projectile within the fixed time is introduced , as well as its consitution , function , working principle and the characteristics of this electron - time fuze system .

既提高了舱体使用率（每天开6舱次）、扩大收容量，又降低治疗成本，做到了多收精治。

It raised efficiency of the chamber ( six times / day ), increased patient throughput and decreased therapy cost .

其结构设计可支持腹部和侧开的内置武器舱，其大小与F-22A的内置武器舱的载弹量相似甚至更大。

The airframe configuration is compatible with ventral and side opening internal weapon bays , and large enough to match or exceed the internal weapons payload of the F-22A Raptor .