镁合金与其它工程材料相比有很多优异的性能，其先进的制造工艺和计算机辅助设计开始应用到实际生产。
Magnesium alloy in comparison with other engineering materials has more advantages, and its advanced manufacturing process and CAD have been initially put into production.
本文讨论了先进复合材料的多物理耦合性能及其工程应用。
It is indicated that the advanced composites materials with multi-physical coupling behavior can be widely applied in engineering in the future.
本文简要评述了一种新型功能材料——电流变体，和由它制造的超先进智能复合材料及其应用原理和前景。
This paper gives an overview on the new smart materials such as electro-rheological fluids and the ultra-advanced intelligent composite material as well as its principle and future prospects.
镁合金具有很多优良的物理、化学性能，是目前大力开发、应用的先进材料之一。
Magnesium alloy, with many excellent physical and chemical property, is one of the most advanced materials being developed and applied at the present time.
现代先进的外延技术使应变层锗硅材料的应用成为可能。
Modern advanced epitaxial growth technology has made the widely application of SiGe strained layer materials possible.
具有空间点阵的先进复合材料格栅结构(ags)是一种新型高效的结构形式，在航空、航天结构中具有良好的应用前景。
Advanced composite grid structure (AGS) is one of the most efficient lattice structures with many potential advantages, which own good application foreground in aeronautical and space engineering.
中孔分子筛在吸附、催化与分离以及化学组装制备先进材料和分子器件等方面具有潜在的应用价值。
Mesoporous molecular sieves have potential applications in adsorption, catalysis and separation, preparation of advanced materials, and molecular devices.
本文介绍了热力学和动力学分析预测在TRIP钢，硬质合金以及塑料模具钢研制中的应用，从而为现代先进材料的设计提供参考。
Thermodynamic analyses, and sometimes coupling with kinetic estimation, to TRIP steels, cement carbides and mold steel for plastics are shown in the effort to designing modern advanced materials.
文中重点介绍在航天领域内先进复合材料所用基体、纤维、制造技术的研究水平、应用现状和发展前景。
The matrices, fibres of the advanced composite in space industry, and the state-of-the-art, application status and development prospect of the manufacturing techniques are mainly discussed.
微波高温加热技术被认为是本世纪最有可能取代传统外部加热技术而应用于材料制备的先进技术之一。
The microwave high-temperature heating technology has been considered to be one of the most advanced technologies that may replace the conventional heating processing materials in this century.
文章简要介绍了2000年以来在基于壳聚糖的先进材料的制备及应用方面的研究进展。主要涉及基于壳聚糖的药物缓释体系。
In this paper, the chitosan-based advanced materials which general related to the drug delivery system reported since 2000 have been reviewed on the fabrication and application.
主要论述制备碳纤维复合材料的先进工艺及碳纤维复合材料的应用新领域。
The paper introduces mainly the advanced preparation technology of carbon fiber composites and their new application areas.
自蔓延高温合成广泛用于制备难熔高温材料及其他先进材料，本文简要介绍了自蔓延高温合成的理论基础及技术应用。
The technique of SHS is widely used to product refractory materials and other advanced materials. Theoretical fundamentals and the SHS processing are described in the paper.
而日本的有关研究工作主要有大阪大学、应用工程中心和先进材料加工研究中心承担。
In Japan, research on laser material processing are mainly carried out in Osaka University, Applied Engineering Center (ALEC) and Advanced Materials Processing Institute.
我公司生产的钛合金容器及内胆产品集材料、工艺、检测等诸多先进手段和方法，包括0.4L到20L的系列产品，己经成功应用于我国航天等领域。
The company supply series titanium alloy cylinder liners products from 0.4L to 20L, some of them have been successfully used in the field of space industry.
准确控制了先进复合材料帽形肋在固化过程中产生的变形和尺寸精度，为其应用奠定了理论基础。
Size precision and deformation that is caused during curing process can be exactly controlled. Our research will be theory basis on further application.
这种技术还是一种先进的表面工程技术，这类材料也是一类应用广泛的表面工程材料。
This technique is also an advanced surface engineering technique, whose product is also a kind of widely used surface engineering material.
现代先进复合材料的应用需要更加复杂和精确的表征，这样可以使它们在合适的结构中得到最有效的利用。
The applications of modern advanced composite materials demand more sophisticated and precise characterisation of them so that they can be utilised most effectively in structures where they suit.
具有先进物理性能的功能复合材料也在研究与应用中。
The outstanding physical functional composites are also developed and applied.
复合材料层合板作为一种先进的结构在工程领域中有着非常广泛的应用。
As an advance material, laminated composite plates are employed widely in engineering area. But delamination may occur in laminated composite plates under many factors.
京海ustm系列超声波测厚仪采用先进技术、数字化、便携式、性能可靠。产品广泛应用于各种材料厚度的精确测量。是锅炉压力容器、金属管道及现场作业的理想检测工具。
USTM Series ultrasonic thickness gage ADAPTS advanced technology with high accuracy, portability and reliability, it has been widely used for testing the thickness of many kinds of material.
京海ustm系列超声波测厚仪采用先进技术、数字化、便携式、性能可靠。产品广泛应用于各种材料厚度的精确测量。是锅炉压力容器、金属管道及现场作业的理想检测工具。
USTM Series ultrasonic thickness gage ADAPTS advanced technology with high accuracy, portability and reliability, it has been widely used for testing the thickness of many kinds of material.
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