碳化锆是一种重要的高熔点、高强度和耐腐蚀的高温结构材料。
Zirconium carbide, ZrC, is an important high temperature structural material with very high melting point, excellent strength and good corrosion resistance.
连续纤维补强陶瓷基复合材料是最有前途的高温结构材料之一。
Continuous Fibex Reinforced Ceramic Matrix Composite is a kind of high temperature structure material having a good future.
铌及铌合金以其熔点高、耐腐蚀和良好的高温强度成为重要的高温结构材料。
Nb-based alloys are important high temperature structural materials because of their high melting temperature, corrosion resistance, and high temperature strength.
着重评述了利用该工艺制备多种体系高温结构材料的研究现状，最后对未来的发展趋势作出了客观的评价与展望。
The application of MoSi_2 to high temperature structural materials, heating elements and high temperature coating is reviewed and the development direction is prospected.
由于密度不同，因此几种液态金属材料彼此之间并不会混合在一起，而会像油水那样出现分层结构。电池被装在一个不锈钢罐中，保持500度高温以便金属处于液化状态。
The battery is encased in stainless steel and is reported to have to maintain a temperature of 500 degrees to keep the metals inside in liquid form.
根据模拟结果并结合单晶硅材料和SOI结构的特点，设计出了矩形应力膜单晶硅soi高温压力传感器芯片。
According to the result of simulation and characteristic of monocrystalline silicon SOI structure, a novel high temperature SOI pressure sensor with a rectangle diaphragm was designed.
本文总结了近年来微波高温加热技术在理论与模拟、结构材料和功能材料方面的研究进展。
The latest research of the microwave high-temperature heating technology applied on theory and modeling, construction materials and functional materials are reviewed.
混凝土结构的性能在高温下要比在常温下复杂得多，材料性能严重劣化，且理论分析的难度很大。
At elevated temperature, the properties of concrete structures are more complex than them at normal temperature, and the mechanical properties of materials become weak seriously.
石墨广泛地用做核反应堆慢化材料、反射层材料和堆芯结构材料，在高温气冷堆中还用来做燃料元件。
In nuclear reactors, graphite is used widely as moderators, reflectors, constructive materials of reactor core and fuel elements in high temperature gas cooled reactors.
采用料浆喷雾干燥工艺制备团聚型红外辐射粉体材料，经高温焙烧产生尖晶石结构，再用等离子喷涂工艺制备红外辐射涂层。
The title IR radiation powder is prepared by spray dry technology, which is calcined at high temperature to form spinel structure, and then sprayed with plasma forming IR radiation coatings film.
氧化锆增韧莫来石(ztm)是优良的高温结构陶瓷材料。
Zirconia Toughened Mullite (ZTM) ceramics is one of finest Performance high temperature structure ceramics.
石墨广泛地用做核反应堆慢化材料、反射层材料和堆芯结构材料，在高温气冷堆中还用来做燃料元件。
In the nuclear reactor field, graphite was used widely as the moderators, the reflectors, the constructive materials of reactor core and the fuel elements in High Temperature Gascooled reactor.
高温抗渗碳红外釉料是一种非晶态结构的高温、抗渗碳、耐腐蚀的新型红外辐射材料。
The high temperature anti-cementite infrared glaze is a new type of high temperature anti-cementite and corrosion resistant infrared radiative material with non-crystal structure.
结果发现，粉冶材料的焊缝不仅具有作为高温材料的很大可能性，而且有潜力用作结构零件。
As a result, it was found that the welds of the powder metallurgy materials have good potential not only for highperformance materials but also for structural Conponents.
分析了国内还原性电炉炉衬结构存在的技术问题和破损原因，介绍了轻质炭砖这一新型高效高温隔热材料的研究开发及其在电炉炉衬结构中的应用效果。
The development of new pattern light carbon brick-high efficiency, high temperature heat insulation material and the applicating effect in electrical furnace line sturcture are introduced.
概述了作为钠冷快堆结构材料和包壳材料的国产奥氏体不锈钢以及作为蒸汽发生器管材的铁素体低合金钢与高温钠相容性研究的主要结果和现状。
Main results and situation of the compatibility investigation for austenic stainless steels and ferritic low alloy steels with high temperature sodium are summarized in this paper.
因此，建议在高温多年冻土区使用抛石护坡路基结构时，应考虑使用保温材料作为一种对抛石护坡路基进行保温补强的措施。
Therefore, it is proposed that in warmer permafrost regions, the insulation should be used to increase the cooling effect of embankment with crushed-rock revetment.
结果发现，PP/LCP复合材料经过高温、室温压延后仍存在皮芯结构；
The results showed that after rolling at high and low temperature, skin-core structures also existed in the PP/LCP composite.
为了减少结构材料的腐蚀并验证高温气冷实验堆中的氦净化工艺，在氦气试验回路中设置了氦净化系统并进行了试验。
The helium purification system of the helium test Loop was constructed for demonstrating test of the High Temperature Gas-cooled Reactor.
用粉末烧结法制备了孔结构为球形中空孔和线型中空孔的镍基多孔高温合金材料。
The porous superalloy material with oriented linear porosity was fabricated by metal powders sintering.
长期处于亚高温作用下的混凝土结构也需要了解其材料受力性能的变化规律。
It is more important to investigate the mechanical properties of concrete in the structures subjected to long-term sub-high temperature.
考虑材料的高温软化特征，研讨了温升速率对材料和结构的影响、结构热软化后的宏观受力和变形的重新分布以及可能的热运动。
Considering the effect of heating rate and thermo-softening of material, the redistribution of macro-stress and deformation in structures and the possible heat inducing motion are discussed.
分别对高温和低温深冷条件下，两种不同结构材料的抗热震损伤性能进行了研究。
The properties of the resistance to thermal shock at the high or low temperature condition were studied.
分别对高温和低温深冷条件下，两种不同结构材料的抗热震损伤性能进行了研究。
The properties of the resistance to thermal shock at the high or low temperature condition were studied.
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