提出了一种适用于石油测井仪器的长距离通信方法。
A long distance communication method for oil well logging is proposed.
第二种技术是微波，一般工作在长距离通信装置和卫星通信中。
Microwave, the second technology, is typically used in long range setups and satellite communications.
工程中常遇到各类噪声信号，噪声存在于电子设备和系统中，它经常妨害长距离通信和检测弱信号的能力。
The abilities of long distance communication and weak signal detection are deteriorated by various white noises existing in the electronic instruments and system.
幸好，相对于部署的计算机数量而言，长距离数字通信已经相当普及了。
But long distance digital communication was common enough, relative to the number of computers deployed.
但是不均等的日本能够延伸它的通信和战斗力量在这样一个长距离上和继续赢。
But not even Japan could extend its communications and fighting power over such a great distance and continue to win.
论述了在长距离高速光纤通信的光中继中采用光学啁啾反转技术的方案。
A scheme, that USES optical chirp reversal technique in optical repeats of a long-distance high-bit-rate optical fiber communication system, has been demonstrated.
此部分采用的是GPRS(通用分组无线业务)这种长距离无线通信技术来负责数据的上传以及接收上位机的控制命令。
This part USES GPRS (General Packet Radio Service) Which is a long-distance wireless communication technology to be responsible for data to upload the host computer and receive control commands.
光线路保护系统是一种基于现代通信毫秒级光开关为基础的具有重要实践意义的长距离光传输网络保护系统。
The optical line protection system (OLP) is a long-distance optical transmission network production system, which has a very important practical value.
该原子滤光器可以实际应用于长距离激光通信，以及激光远距离传感领域。
This atomic filter can find practical applications in long-distance laser communications and laser remote-sensing systems.
我们只限于运用远距离的通信，在目前我们的技术所能运用的长距离的技术手段中，无线电肯定是最好的。
We are restricted to remote signaling and, of the long-distance techniques available to our technology, radio is by far the best.
这对实现超短光脉冲在光纤中的长距离稳定传输和超高码率的光孤子通信系统具有重大的意义。
That is significant for the long distance and stable propagation of ultrashort optical pulses and the system of optical...
利用光孤子传输长久不变形的原理，构成一种超高速、超长距离的光纤通信系统——光孤子通信系统。
Using non-deformation principle of soliton propagating over ultralong distance(fibers), the ultrahigh speed and ultralong hauls transmision system—optical soliton communication is developed.
由于同步轨道通信卫星位于距离地球36000公里的赤道上空，因此长距离的线运动干扰与角运动干扰相比，其扰动作用显得微乎其微。
The first kind of disturbance influences the communication more than the second kind because the geostationary communication satellite is located in the orbit 36000 kilometers higher than equator.
研究电磁波的长距离传播对移动通信和电磁环境研究都具有重要意义。
Research on long range radio wave propagation plays a significant role in both mobile communication and electromagnetic environment.
研究电磁波的长距离传播对移动通信和电磁环境研究都具有重要意义。
Research on long range radio wave propagation plays a significant role in both mobile communication and electromagnetic environment.
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