Zhamnov, 22, signed for $1.25 mil over three years.
22岁的扎默诺夫签下了为期三年125万美元的合同。
A voltage is applied which will achieve 1.0 mil coating.
使用的涂装电压要能保证漆膜厚度达1.0mil (25um)。
Developed to meet MIL specification and extreme conditions.
研制迎合MIL规格和极端条件。
The radio\'s Mil-Spec metal housing is submersible to two meters.
该无线电的军标金属外壳可以使其潜入水下两米仍然正常工作。
In the simulations you will be using a modified mil dot reticle.
在模拟器里你会使用到改良的密位点十字线。
The radio's Mil-Spec metal housing is submersible to two meters.
该无线电的军标金属外壳可以使其潜入水下两米仍然正常工作。
It would not fit, so I had to purchase some MIL 6000 hose instead.
它将不适合，所以我不得不购买一些百万6000胶管代替。
The Mil Mi-1, the first serial Soviet helicopter and the famous Mil Mi-2.
米-1，前苏联第一个直升机序列以及著名的米-2.
At this average mil thickness, the yield of the guard rail paint increases.
在这样的平均密尔厚度下，栏杆涂料的产出效果就会增加。
I make sure the throttles are in MIL power, push the nose down, and fly out.
我要确认油门处于军用推力的状态，压低机头，开始退出。
I'm in MIL power initially, but then I back out to continue to slow the jet down.
一开始的时候我的油门是在军用推力状态下，但接下来我就要把它退出来使飞机减速。
This paper introduces its compatibility and integration with MIL-STD-1553 in detail.
本文具体介绍了光纤通道对MIL-STD - 1553的兼容与系统综合。
Our products not only meet the GB, GJB but also the IEC and MIL or related standard.
产品不仅满足GB、GJB等相关国标、军标要求，而且也适用iec和MIL等有关标准。
The Mi-6 helicopter by Mil USSR, is a heavy duty helicopter which first flight in 1957.
苏联米里设计局设计的米-6直升机是一种重型运输直升机，1957年首飞。
I start pushing the throttles up into MIL power just prior to where the jet starts the tail slide.
就在飞机开始要进入尾滑的时候，我重新把油门推入到军用推力的位置。
This is a Mi-25/Mi-35, essentially the export version of the Soviet-era Mil Mi-24 Hind helicopter gunship.
上图是米-25或米-35攻击直升机，一般来说，这是前苏联时期米-24雌鹿攻击直升机的出口版本。
PWB samples were subjected to the solder float test per MIL-P-55110 and then the PTHs were cross-sectioned.
印制板试样必须经过MIL—P—55110标准浮焊试验，然后对金属化孔进行剖视。
Most widely used circular connector in the world. Low cost, rugged and extremely versatile. Meets MIL-C-5015.
使用最广泛的世界圆形连接器。成本低，坚固耐用，非常灵活，符合MIL-C - 5015。
MIL-STD-1553B protocol is introduced in this paper. Then it is concluded about some basic principle on designing bus control.
本文介绍了MIL-STD - 1553 B总线协议，总结了总线控制设计的一些基本准则。
The composition, function, use , software design and key technology of MIL-STD-1553B data bus integration test system are described.
阐述了MIL-STD-1553B总线综合测试系统的组成、功能、用途、软件设计和关键技术问题。
The measurment was based on the definition of MIL standard, The measurment control and data processing were realized by the single chip.
该仪器是基于脉冲前沿抖动的MIL标准定义，采用了单片机技术进行控制和数据处理。
Based on MIL-STD-1553B bus, the solving schemes to the key technology problems in avionics communication system are analyzed in this paper.
基于MIL-std—15 5 3b总线，本文分析了航空电子通信系统设计中若干关键性问题的解决途径。
The handing qualities of aircraft for pitch axis are assessed using equivalent system criteria based on the flying qualities specifications(MIL STD 1797A).
在理解飞机飞行品质规范MIL-STD- 1797A基础上，采用等效系统准则评价了某机的俯仰轴飞行品质。
In this environment “daylight readability” based on U.S. Navy MIL-HDBK-87213 Revision A Electronically/Optically Generated Airborne Displays is more appropriate.
在这种环境下，基于美海军MIL-HDBK-87213A版机载光电显示器军标，实现阳光直射下清晰可见是最恰当的，因为它为开发飞行显示器、任务航空电子控制器和飞机的显示子系统提供了规范和指南。
A new approach to master speed control is proposed, in which coil box and roughing mill and finishing mil are combined with each other as master-slave device.
提出了一种热卷箱与粗轧和精轧互为主从的主令速度控制新方法。
Eventually, the DOD realized that the Waterfall method was not working and in 1994 replaced DOD-STD-2167 with MIL-STD-498, which supports iterative development.
后来，美国国防部意识到瀑布方法是行不通的，并最终于1994年发布了取代DOD-STD - 2167的标准MIL - STD - 498，支持迭代式开发。
Sakagnchi-Reaction method was fast and simple, but was easily interfered by metal ions and arginine. It was only suitable for the analysis of relative pure MIL.
坂口反应法快速简便，但受金属离子和精氨酸干扰，适用于分析氨苷霉素标准品。
Sakagnchi-Reaction method was fast and simple, but was easily interfered by metal ions and arginine. It was only suitable for the analysis of relative pure MIL.
坂口反应法快速简便，但受金属离子和精氨酸干扰，适用于分析氨苷霉素标准品。
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