材料性能测试技术???????。
介绍一种新型的多功能纳米材料性能测试仪，阐述仪器工作原理和压痕数据分析法。
A new type nano test system is introduced, the test principle and the indentation data analysis method are described.
在对多种炭源材料性能测试与分析的基础上，指出了合成金刚石炭源材料的优选原则。
On based of the test and analysis for multi - kinds carbon source material property, pointed out to the optimization principle of synthesize diamond carbon source material.
建立并进行破坏性及非破坏性的材料、零件、产品测试，从而计量其性能、寿命或材料特性。
Sets up and performs destructive and nondestructive tests on materials, parts or products to measure performance, life or material characteristics.
使材料测试的结果反映真实的轮胎性能。
为了测试材料的自洁性能，郭教授和他的团队将吸尘器里取出的普通灰尘洒在加工过的材料表面上。
To test this self-cleaning property, Guo and his team took ordinary dust from a vacuum cleaner and dumped it onto the treated surface.
除了力学性能外，还对复合材料进行了基本性能测试。
Besides mechanical properties, other performances of the materials are tested.
对复合材料的修补技术、高低温性能测试技术、性能表征与质量控制以及应用基础研究也作了简要介绍。
Repair technology, property testing techniques at high and low temperature, characterization and quality control as well as ap-plied basic research of composite materials are also briefly introduced.
研究微材料机械力学性能的测试方法是解决MEMS设计、制造、质量控制与评价的关键环节。
Studying the test method for mechanical properties of MEMS materials is the key related to solve the MEMS design, manufacturing, quality control and appraisal.
化学性能测试：材料的盐雾试验、不锈钢腐蚀试验等。
Chemical property testing: salt spray test of materials, corrosion test of stainless steel.
大多数材料研究论文和文摘，涉及制造和随后材料半成品性能参数的测试，都是试验性质的。
Most of the materials research papers and abstracts surveyed were experimental, involving the fabrication and subsequent performance parameter testing of the fabricated material.
本文叙述了卫星用导电环的结构设计、材料选择和性能测试。
This paper describes the structure design, the material selection and performance test of the slip rings for the satellite.
为材料的质量评定、性能测试、制订和执行缺陷标准提供了较为有效的手段。
It provides effective means for evaluating material quality, testing performance, establishing and implementing defect standard.
可靠模拟全光谱日光，测试材料的耐老化性能。
Reliable simulated sunlight, the full spectrum of test materials, ageing resistance performance.
该方法能够解决正交各向异性复合材料剪切模量的识别等当前复合材料结构性能测试中存在的一些难点问题。
Some problems in the measurement of performance of composite material structures, such as the identification of the transverse shear modulus, can be solved.
万能材料试验机是检测工程材料力学性能参数的常用测试设备。
Universal material experiment machine is a testing device that is used to test mechanical property parameters of engineering materials.
介绍一种用于水声材料低频声性能测量的驻波管测试系统。
A standing wave tube measurement system is presented for measuring low frequency acoustic properties of underwater acoustic materials.
本文作者提出一个能消除噪声干扰的纺织材料隔声性能测试方法。
In this paper, the author puts out a method for testing textile material sound insulation property which can re-move noise disturbance and designs a measurement system.
由于材料不稳定，热电元件须由测试系统完成性能筛选。
As for instable material, thermo elements have to significance filtration by test system.
该机可以在真空、充不同气体、加热及冷却等多种条件下进行材料的摩擦学性能测试。
Tribology properties test could be made on this tester under different conditions, such as vacuum, filled with different gas, heating and cooling.
并对粉煤灰粉状防水材料的防水机理、研制过程及其性能测试进行了说明。
The waterproof principle and technology process as well as property of powdery waterproof material made of fly ash was studied.
该装置可分别进行材料的拉伸、压缩、扭转性能测试。
This apparatus can be used to measure the properties of materials subjected to tension, compression and torsion separately.
高级万用强力机，特别适用于各种材料的强力测试，低成本，高性能。
Senior usb strong machine, special apply to various material strength test, low cost and high performance.
介绍不确定度的基本概念和数学模型，并对材料力学性能测试中常见的钢筋抗拉强度检测中的不确定度进行了简要的分析和评定。
This paper introduced the basic concept of uncertain degree and its mathematics model, and evaluated uncertain degree in tensile strength measure of reinforcing steel bar in material mechanics.
纳米压痕技术广泛用于材料力学性能的评估与测试，利用压痕的加卸载曲线可分析得到材料的硬度和折合模量等力学参数。
Nanoindentation has been widely used to evaluate and test material properties, we utilize the unloading curves of an indentation test to extract the hardness and reduced modulus of the material.
本文的研究目的是为一种MEMS材料力学性能测试仪的研制解决机构优化设计和驱动技术两大关键问题。
This dissertation aims to solve two key problems on optimizing design of mechanism and driving technique for the development of a test instrument for measuring mechanical properties of MEMS materials.
利用物理性能测试系统（PPMS）对材料的低温电阻进行了研究。
The low-temperature resistance was also investigated by Physical Property Measure System (PPMS).
用扫描电子显微镜(sem)和力学性能测试对复合材料的结构和性能进行了表征。
It characterized the structure and feature of the nanocomposites through SEM and tests of mechanical properties.
用扫描电子显微镜(sem)和力学性能测试对复合材料的结构和性能进行了表征。
It characterized the structure and feature of the nanocomposites through SEM and tests of mechanical properties.
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