本文讨论了HOE在光测高温技术中的应用问题，并给出了初步实验结果。
This paper discusses the application of HOE in optical measurement of high temperature and gives primary experimental results.
“这是火和工程的开端，古代高温技术的源头，更晚的陶瓷、金属技术的桥梁。”布朗说。
''Here are the beginnings of fire and engineering, the origins of pyrotechnology, and the bridge to more recent ceramic and metal technology,'' said Mr Brown.
你们可以观察高温气体反应堆，但是，这差不多是陈旧的信息，因为我们要讲的是一个不同的技术，那比我们在这提议的要陈旧。
You can look at the high temperature gas reactor but this is more or less dated information because we're going to a different technology than what is being proposed here.
这项技术看起来最适合用于高温的工业设施，如制造玻璃的设备，或在发电站回收热能。
The technology looks most promising for use in industrial facilities near exceedingly hot objects, like the machinery used to manufacture glass, or to reclaim waste heat in power stations.
另外两种垃圾处理技术——气化法和高温分解法也受到同样的质疑。
Much the same doubt surrounds two other technologies called gasification and pyrolysis.
它还能用于生产一般制造技术无法生产的零件，例如有复杂形状的涡轮叶片或必须耐得住高温的飞机零件。
It can be used to make parts that cannot be produced by normal manufacturing techniques, such as turbine blades that have complex shapes, or airplane parts that have to withstand high temperatures.
例如，运用LCA技术，可以对一只玻璃瓶的整个生产及使用过程进行追踪，即从其在华氏2000度高温下熔砂48小时提取硅，直至玻璃瓶被用过之后的最后丢弃的全部过程。
An LCA tracks, say, a glass jar from the initial extraction of the silica from sand through the 48 hours of cooking at 2, 000 degrees Fahrenheit all the way through its final disposal.
卡夫正在四处网罗崭新包装技术保证巧克力条在摄氏40度高温下也不会溶解。
The company is actively searching for high-tech packaging that will prevent chocolate bars from melting even at temperatures up to 104 degrees.
工程技术人员的设计目标为，飞机最终将以13,000mph（合21,000km/h）的速度滑翔返回地球。在落入太平洋之前，机体将承受超过3500华氏度（合2100摄氏度）的高温。
The aim by engineers was that it would glide back to Earth at 13, 000mph (21, 000km/h) - enduring temperatures in excess of 3, 500F (2, 000C) - before plunging into the Pacific Ocean.
“它很薄，而且表面都经过高温加工。”肖恩·奥基夫(SeanO'Keefe)说。他是弗吉尼亚技术学院食品科学的教授。
"It's also very thin, which once again means high heat per surface area," says Sean o 'keefe, a professor of food science at Virginia Tech.
分析了动态过程钢坯高温防氧化涂料的技术要求。
The technical requirement of oxidation resistant coatings applied to steel billet in high temperature dynamic process was analyzed.
因为压力容器必须经受住内气压并允许粉末加热到较高温度，所以这种技术需要相当可观的资金投入。
The technique requires considerable financial investment as the pressure vessel has to withstand the internal gas pressure and allow the powder to be heated to high temperatures.
目前虚拟仪器技术已被引入高温空气燃烧研究；
Now the virtual instrument technique comes into the heat air combustion research.
采用先进封装技术，模块更结实，耐用，能耐280度高温度，能进行波峰焊接。
The modular sturdy and durable with advanced package technology, which could bear temperature 280 c.
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.
分析了高温合金孔加工的技术难点。
Technical difficulties of high temperature alloy hole have been analyzed.
介绍了高温空气燃烧技术的特点及在韶钢加热炉上的具体应用。
The paper mainly introduces the technical characteristics of the high temperature air combustion(HTAC) technology.
高温蓄热技术是空间太阳能热动力发电系统的关键技术之一。
The technique of high temperature thermal storage is one of the critical techniques of a solar dynamic power system.
开发太阳能中高温热利用技术。
现有的气流床气化技术均为高温熔渣气化技术，使国内资源丰富的双高煤无法利用。
All the existing entrained-flow gasification technologies belong to the technology of high slagging temperature process so that domestic resourceful double-high coal cant be used.
自蔓延高温合成技术是20世纪后期诞生的一门新兴的前沿科学，在粉体合成及陶瓷涂层内衬的制备等方面充分显示其优越性。
Born in late 20th century as a frontier field of science, self-propagating high temperature synthesis (SHS) has shown its merits in powder synthesis and manufacture of inner ceramic lining.
同时在软件上利用过采样技术提高温度测量的精度。
Using over sampling technology in software the accuracy of temperature measurement is increased.
高温空气发生器是生物质高温空气气化技术研究的实验研究系统的关键部件之一。
High temperature air generator is one of the critical components of experimental investigation system for study on biomass high temperature air gasification technology.
无电晕静电除尘技术是我国首先开发的适用于高温场合的先进除尘技术。
The Non-Corona Electrostatic Precipitation Technologies is an innovative technique by our institute with first practitioner.
无电晕静电除尘技术是我国首先开发的适用于高温场合的先进除尘技术。
The Non-Corona Electrostatic Precipitation Technologies is an innovative technique by our institute with first practitioner.
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