加热了的

In this thesis, we use "Two-Step CVD Technique " to solve this problem, that is to carbonize Si substrate in carbide gas atmosphere first in order to form a Sio-rtd 0

将原先的热丝CVD法加热改为独创的石墨-碘钨灯加热，把衬底温度从900℃提高到1200℃；将手动控温改为PID自动控稳，大大提高了控制精度，实验中温度偏差小于1℃(衬底温度1200℃时)。

Give with ignition candle add heat heat, make two connect are put in difference in temperature, the finger of acute galvanometer will be apparent deflexion, this explained to electricity produces in loop.

用点燃的蜡烛给加热点加热，使两接头存在温差，灵敏电流计的指针会明显偏转，这说明回路中产生了电流。

The efficiency of chemical heating with ferrosilicon and its effect on steel quality and erosion of ladle lining were studied.

研究了用硅系铁合金作发热剂加热钢液的加热效果以及对钢质量和炉衬耐火材料侵蚀的影响。

Particle heating in plasma jets was studied by computation, and some applicational studies of AlN have been made.

用数值计算方法模拟了颗粒在等离子体中的加热，并且对铝粉在等离子体中的加热和氮化铝的一些应用特性进行了实验研究。

On the basis of this, the role of condensational latent heat release is studied emphatically and a conceptual model of mutual positive feedback mechanism between the growing of meso-α-scale cyclone on MeiYu front and its accompanying intensifying precipitation due to stable condensational heating is posed, i. e. condensational heating generates negative allobar, divergent wind kinetic energy promotes meso-α-scale cyclone growing, and simultaneously, updraft motion is also reinforced, precipitation continues intensifying.

并在此基础上着重对凝结潜热释放的作用进行了研究，提出了一种由稳定性凝结加热作用而导致的梅雨锋上α中尺度气旋发展与降水增强之间相互正反馈机制的概念模型即凝结加热可以产生负变压，变压风动能通过转变为旋转风动能促进中气旋发展，同时上升运动得到增强，降水增幅。

In connection with engineering work in the design and choice of matching equipment stage of Zhou County Power Plant s 2×1 000 MW ultra-supercritical sets,the advantages and disadvantages of singly and dually arrayed H.

结合华电国际邹县发电厂2×1 000 MW超超临界机组在设计及设备选型阶段的工程实践，对选用双列高压加热器布置方案或单列高压加热器布置方案的利弊进行了详细的论述，最终经比较选择了双列布置方案。

The effects of four factors (concentration and the quantity of NaOH,temperature and heating time) on the protein recovery were studied on the base of the analysis of mycelium residue of itaconic acid fermentation.

研究了衣康酸工业化生产中所产生的土曲霉废菌丝体的主要组成成分，用碱液提取的方法进行了蛋白质的提取回收实验，考察了NaOH溶液浓度、用量、加热温度及时间对菌丝体脱蛋白效果的影响，结果表明衣康酸菌体脱蛋白的最优条件为：NaOH液浓度0.5mol/L，碱液用量为菌丝体的40倍，90℃条件下加热9h。

The analysis and theoretical calculation are studied about the use of heat strips black-coated on two sides for facilitating low temperature mode in a thermal vacuum test.

文章对加热笼双面涂黑漆对热真空试验低温工况实现的作用进行了研究分析和理论计算，并对覆盖系数、加热笼对试件的角系数以及内热源不同的情况进行了对比计算。

It introduces the application of heat-conducting oil in resin preparation and the process optimization design.

简述了树脂制备中的各种加热方法及其优缺点，着重论述了导热油加热系统在树脂生产制备中的应用及设计中的工艺优化设计。

Thermal characteristic of hot plate in alternating current electric heater is studied,the heat transfer model is built and is solved by numerical method to find out the relationship between temperature and time.

研究了以交流电为电源的加热板电热器的加热热行为，建立了传热模型，用数值方法求得温度随时间的变化关系。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。