微波测量中最重要、最基本的一部分。
Well known as microwave multimeter, microwave measuring line is a classical microwave measurement device.
开槽测量线是一种常用的多功能微波测量设备。
Slotted line is a common multi functional microwave measurement device.
本文综述微计算机在微波测量和仪表领域中的应用。
A survey on the application of microcomputers in the field of microwave measurement and instrumentation (in other words, the techniques of computer aided microwave measurement) is presented.
在现代微波测量领域中，网络分析仪是最主要的测量仪器之一。
Network Analyzer is one of the most important measuring instruments in the modern microwave measurement field.
本文基于微波测湿理论，对粉粒物料水分的微波测量方法进行了探讨。
This paper discusses the microwave measurement to measure the moisture of the powder.
目前，微波技术，包括微波加热和微波测量，正广泛地应用于工农业生产。
At present, microwave technology, which includes microwave heating and microwave survey, is being widely applied to industrial and agricultural production.
目前，微波技术，包括微波加热和微波测量，正广泛地应用于工农业生产。
At present, microwave technology, which includes microwave heating and microwave survey, is being widely agricultural production.
传输型六端口反射计是一种结构较简单、性能价格比较优良的微波测量装置。
Microwave transmission line type six-port reflector is a microwave measurement apparatus with simpler structure and better price performance.
微波仪器方面，微波测量仪器、微波信号源、微波专用仪器也极具应用价值。
Microwave equipment, microwave measuring equipment, microwave signal source, microwave equipment also very special value.
介绍利用燃料供应管道作波导，采用微波测量法对煤粉流量进行监测的新技术。
Using fuel feed pipes as a waveguide allows coal flow to be measured by microwaves.
微波测量过程中，对不同电平的被测信号进行电平控制，是测量过程的重要步骤。
In the process of microwave measurement, adjusting the level of the measured signal is an important part.
根据电磁波在金属表面反射的理论，提出了利用微波测量技术测量表面粗糙度的新方法。
Based on the theory that electromagnetic waves are reflected by metal surface, a new method is presented using microwave measuring technology for surface roughness measurement.
微波测量是微波领域的重要方面，它直接关系到设计的微波系统和微波器件性能的好坏。
Microwave measurement is an important part in microwave technique. It directly influences the design quality of microwave systems and devices.
本文结合了当下流行的虚拟仪器技术，开发出了基于虚拟仪器概念的微波测量线实验系统。
Applying pop virtual instrument technology, microwave measuring line experiment system based on virtual instrument concept is developed.
介绍了利用微波进行煤炭水分测量的方法，并对微波测量煤炭水分的方法及提高测量精度进行了分析。
The paper presents the method of measurement of moisture in coal by means of microwave and analysis is also made on the technology and the method for improving measurement precision.
微波辐射计是一种无源微波测量装置，它本身不发射微波信号，只是被动的接收目标及环境辐射的随机噪声。
Microwave Radiometer is a passive microwave measurement device. It passively receives the random noise radiated by the objects and environment.
通过研究单喇叭与天线罩的相对运动原理，提出了喇叭相对天线罩运动的结构布局，并设计了模块化的微波测量结构。
The structure layout for relative motion between horn and radome were proposed by studying principle of the motion. The modularized microwave measurement structure was designed.
然而，对宇宙微波背景辐射温度的测量显示宇宙的结构也许有某种系统的规律。
However, measurements of the cosmic microwave background radiation temperature suggest that its structure may have some systematic order.
对于较大的原子钟而言，当前的方法是以测量带电原子或离子发出的微波干涉方法确定一秒种的长度。
As for larger atomic clocks, current models measure the interaction of microwaves with electrically charged atoms, or ions, to measure one second.
WMAP于2001年被送入太空，用来测量宇宙微波背景(CMB，即充满整个天空的大爆炸残留热量)辐射的差异。
Launched in 2001, WMAP measures differences in the Cosmic Microwave Background (CMB) radiation, the residual heat of the Big Bang that fills the Universe and appears over the whole of the sky.
对宇宙微波背景，也就是宇宙大爆炸后散布于宇宙空间的微波辐射的测量已经证实了暗能量的存在。
The presence of dark energy has been independently backed up by measurements of the cosmic microwave background, the radiation left over from the big bang.
宇宙学家常把尘埃排放微波当作是影响他们数据的“噪音”，只有从他们对宇宙微波背景的测量中抹去才具有分析价值。
Cosmologists usually consider the dust-emitted microwaves to be "noise" that obscures their data, worth analyzing only to erase from their measurements of the cosmic microwave background.
他说，不同密度的海水产生不同的能量，辐射计测量海水的微波辐射，科学家依靠这些微波用数学公式计算海水的盐分水平。
He says different intensities of saltwater produce different energy. The radiometer measures microwaves from the water.
这也是我们应用原子钟或微波钟的原因，它们通过测量铯原子的摆动来计时，就像一个钟摆在轻微摆动。
That's why we use atomic - or microwave - clocks, which measure the vibration of a caesium atom to keep time, just like the tiny swinging of a pendulum.
论述了微波测湿原理以及当前微波技术在物质含水量测量中的应用研究现状。
The principle of testing water content in substance by using microwave technique and its research and application are discussed.
这样的方法在微波领域能用来减慢光频率一百万倍，使得其变得可测量。
That way one of those in the microwave domain can be selected to deliver a countable beat, a million times slower.
本文首先介绍了测量微波材料电磁参数的常用方法，即网络参数法，并讨论了该方法存在的一些问题。
At first, the normal methods for measuring the electromagnetic parameters of the microwave materials, network parameters method, are introduced, and the problems of these methods are discussed.
本文介绍了一种简便的测量微波延迟线所用晶棒两端面间楔角大小的方法。
This Paper Presented a simple method for measuring wedge Angle between end-faces of crystal bar used in microwave delay lipe.
本文介绍了一种简便的测量微波延迟线所用晶棒两端面间楔角大小的方法。
This Paper Presented a simple method for measuring wedge Angle between end-faces of crystal bar used in microwave delay lipe.
应用推荐