The 4284A precision LCR meter is a cost-effective solution for component and material measurement.
该4284A精密LCR测量仪是一种高性价比的解决方案组件和材料测量。
Finally, this paper includes the vector network analyzer and material measurement function of this automatic measurement system. They will be a part of the embedded research on this system.
最后对这套天线自动测量系统中的网络分析仪和材料测量的系统构成和测试功能做一个简单介绍，网络分析仪和材料测量将是以后要深入研究的一个方面。
For every process there must be final actuator that regulates the supply of energy or material to the process and changes the measurement signal.
对每一过程，均必须由最终的控制器来调节过程中能量或材料的供给量，并且改变测量值。
These techniques allow for the measurement of the composite properties during the fabrication process as well as during the use of the composite material.
这些技术允许在制造和使用复合材料的过程中进行复合材料性能的测量。
The measurement of permeability, then is a measure of the fluid conductivity of the particular material.
因此渗透的测量是对特定物质流体传递能力的测量。
The results indicate that measurement of nanometer-diameter conducting fibrous material by electrical mobility analysis may present a unique challenge.
本研究结果指出测量奈米微粒会因为电力的不稳定而产生纤维，此为未来分析之挑战。
The main columns are policy, research on special topics, technology experience, hollow brick, discussion, building material utilization, standard and measurement, reader mail boxes etc.
技术政策、专题研究、技术经验、空心砖、砌块与墙板、彩瓦与路砖、标准与监测、建筑应用、读者信箱、信息之窗等。
The wide range of packaging machines to meet the filling of different measurement devices, can be packed a variety of liquid, paste body, powder, granules, solid material.
本机器包装范围广泛，配合不同的计量充填装置，可包装各种液体、酱体、粉剂、颗粒、固体物料。
Principle, method and apparatus for young's modulus measurement of metallic material by indentation method are reviewed, and the methods error is analysed.
综述了无破坏法测定金属杨氏模量的测定原理、测定方法和测定仪器，并对这种测定方法进行了误差分析。
Sound absorption and insulation is the acoustical characteristic of material. Measurement of sound absorption and insulation has an important significance in noise control and acoustical design.
吸声与隔声是材料的声学特性，吸声与隔声测量对噪声控制与声学设计具有重要意义。
Thermal resistance is when the temperature changes its resistance along with the characteristic changes of temperature measurement using the material.
热电阻是利用物质在温度变化时自身电阻也随着发生变化的特性来测量温度的。
It is widely used in the velocity measurement, especially in the field of material impact characteristics researching.
在速度测试领域，特别是研究材料的冲击特性中具有广泛的用途。
The thin film TE material resistivity measurement system which is designed in the thesis bases on the principle of four-probe method and double pulse technology.
本论文依据四探针法的基本原理并结合双脉冲技术，设计并制造适用于薄膜温差电材料的电阻率测试系统。
Through measurement, achieve control of material of physical characteristics requirement, in order to satisfy the needs of product application.
通过测量，达到控制材料物理特性的要求，以满足产品实际应用的需要。
The material selection and airflow measurement of the standard constant flow orifice were described.
同时还对标准恒流孔的材料选择及流量测量进行了论述。
Design of optical lens and tolerance analysis, Research and optical measurement scheme is put forward and select plastic material.
设计光学镜头并进行公差分析，研究并提出光学测量方案，选择塑胶材料。
Microcomputcrs automatically control infrared grating monochrometer through interface circuit, and make a precise measurement of zero dispersion wave length for optical fibre material.
微机通过接口电路自动控制红外光栅单色仪，对光纤材料进行零色散波长的精确测量。
A test method of velocity measurement for elastic constants of composite material is proposed.
提出了一种实用的声学法测量复合材料弹性常数的方法。
A laser optitherm transmission technique for the measurement of material thermal diffusibility is introduced.
介绍利用激光光热透射技术测量材料热扩散率的方法。
In applied acoustics field, the sound absorption measurement of an acoustic material and structure is always an important and basic task.
在应用声学领域，声学材料与结构的吸声测量始终是一项重要的工作。
This paper describes a method for the homogeneity measurement of optical material which is free from the system errors and the sample geometrical errors.
本文叙述了一种不受干涉仪系统误差及试样加工误差限制的测试光学材料均匀性的方法。
The effect on measurement of the isolator material and the magnitude of heating current inside the detecting head is discussed.
讨论了探头内部的绝热层材料和加热电流的大小对测量的影响。
Microwave techniques are nowadays wide spread throughout wireless communication, material processing and material permittivity measurement.
微波技术广泛用于无线通信、材料处理和材料介电常数测量等领域。
A new optical system is designed for the material surface temperature-measuring device used in laser processing. The measurement error analysis and conclusions are presented.
通过解决激光加工中材料表面温度测量装置的难点，设计了一套新型光学系统，并给出了测量误差分析及结论。
Using the proposed technique the measurement and calculation method of material mechanical deformation direction is described. Finally, the experimental results and test data are given.
给出了一般情况下用本技术测量和计算材料机械变形方向的方法，列出了本技术测量的实验数据和结果。
By the analysis and experiment measurement of damage condition of HK40 furnace tube, it was regarded that the damage material had critical damage condition at the tip of crack.
通过对服役材料HK40炉管损伤状态的实验测定和分析，认为在受损材料的裂纹前端存在临界损伤状态。
The measurement principle of the surface material property of spatial attitude sensor is introduced, including spectral diffuse reflectance and the relative reflectance distribution in space.
论述了空间姿态敏感器表面材料测量的基本原理，即光谱漫反射基本原理和光谱相对空间反射分布测量原理。
The measurement principle of the surface material property of spatial attitude sensor is introduced, including spectral diffuse reflectance and the relative reflectance distribution in space.
论述了空间姿态敏感器表面材料测量的基本原理，即光谱漫反射基本原理和光谱相对空间反射分布测量原理。
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