使转化为石墨，如通过加热过程。
加热过程中会排放出大量的二氧化碳。
Heating this up leads to the release of large amounts of carbon dioxide.
基底材料是首先受到加热过程称为碳化。
The base material is first subjected to a heating process called carbonization.
热层：加热过程，密度增长，在高纬的扩张。
Thermosphere: Heating, density increase, expansion at high latitude.
轧钢加热过程中，降低燃耗与烧损具有重要意义。
In the heating process of rolling reduction of fuel consumption and ignition loss is of great significance.
粒子模拟结果清晰地反映了电子的加热过程和加热特征。
Results of particle simulation indicate electron heating and its character.
收缩薄膜在烘道式收缩包装机中的加热过程具有动态性质。
The film shrinkage in heating process in shrink packaging machine is of dynamic nature.
许多烟气加热过程涉及到较大流量多支管流量分配均匀性问题。
Many heating process with smoking gas involves the uniformity problem of flow distribution with larger flux in multi-branch pipe.
即裂纹源产生于快速加热过程并在随后的快速冷却中得以扩展。
It is pointed out that the source of crack is formed during the fast heating process and expanded following the fast cooling process.
这是通过一个称为焦耳加热过程，看到的电流通过发热导体完成。
This was done through a process called Joule heating, which sees electrical currents pass through a heat-generating conductor.
钢坯在加热炉的加热过程是影响设备运行和产品质量的关键环节。
The process of heating steel billets in the heating furnace is a key link of influencing equipment operating and product quality.
分析讨论了蜡石砖的生产工艺特点及与叶蜡石加热过程相变化的关系。
Process trait of roseki bricks and its relation with phase transformation have been studied and discussed.
焊接过程对被焊工件来说，是局部的不均匀加热过程和不均匀冷却过程。
The welding process of the welding workpieces, uneven heating process is partial and uneven cooling process.
通过对加热过程的理论分析和实验，建立了电加热炉的近似数学模型。
Through analysis and experiment in heat process theoretically, the paper set up a near math former of resistor-furnace.
目的研究加热过程对不同种类蜂蜜中羟甲基糠醛(HMF)含量的影响。
Aim To study the effect of heating temperature and heating duration on HMF formation in different floral honeys.
拥有双闭环控制功能，最大程度高效快速加热，优化金属工件的加热过程。
Having double close-loop control function may heat rapidly with high efficiency furthest and optimize the heating process of metal workpiece.
但焊接成形是一个局部高温加热过程，温度场的分布影响焊接零件质量和性能。
But welding is a processing of local high temperature, the distribution of temperature field will affect the quality and performance of welding part.
如何设置加热过程的参数使之满足被加热料筒中各项性能要求是普遍关注的问题。
It is an important problem to control each parameters of the electromagnetic induction heating system to ensure that every properties of barrel are reasonable.
本实验通过建立数学模型对传统莲蓉包蒸汽加热过程的热扩散与升温特性进行研究。
The thermal diffusivity and the calefactive characteristic of Lianrong bread by steam heating were studied via establishing math model.
针对某公司环形加热炉的实际生产情况，建立了管坯加热过程的三维传热数学模型。
Considering practical ring shaped heating furnace of a certain company, a threedimensional heat transfer mathematic model for tube rounds heating process was established.
对镀锌生产线上连续运动的薄钢板的横向磁通感应加热过程应用了三维有限元分析。
In this paper the 3 dimensional finite element analysis for transverse flux induction heating (TFIH) of continuously moving thin steel strip for galvanizing line are presented.
该类管件制造工艺过程简单，管件加热过程易于控制，具有较长的使用寿命，焊接质量好。
The pipe fitting has the advantages of simple manufacturing process, easy control of the heating process of the pipe fitting, longer service life and good welding quality.
该技术对揭示铸坯感应加热过程的规律、优化工艺参数、推动技术进步具有重要的应用价值。
This technology has important value to discover the rule of induction heating process, optimize process parameters and drive technology progress.
介绍了电热固体蓄热装置的蓄热原理和蓄热用材料，对加热过程和放热过程进行了传热分析。
The heat storage principle and material of electric heat solid heat storage device is introduced, and heat transfer analysis is made on the heating and discharging.
为解决该问题，在建立钢坯加热过程数学模型的基础上，提出了总括热吸收率的试验修正方法。
To solve this problem, an experimental correction method of dynamic compensation of THEF was therefore proposed on the basis of establishing steel heating process mathematical model.
同时结合大气监测专家服务组织的监测结果显示，该加热过程不会有含氯废气及有机废气产生。
Meanwhile, the monitoring result given by Atmosphere monitoring Expert Service Organization has shown that no chlorine contained or organic waste gas will be generated in the heating process.
复杂的炉内热交换过程容易导致根据总括热吸收率法建立的加热过程数学模型的计算精度降低。
Computational accuracy of heating process mathematical model based on total heat exchange factor (THEF) method was found easy to decrease due to complex heat exchange process in a furnace.
加热过程中需要消耗巨大的能量，而能量的来源即对碳密集程度最高的矿物燃料——煤炭的燃烧。
The heating process USES tremendous amounts of energy, which is typically generated using coal, the most carbon-intensive fossil fuel.
本文应用感应加热理论，建立了连铸坯料温度分布的预测模型，对感应加热过程进行了数值模拟。
Based on induction heating theory, prediction model of CC slab temperature distribution was built and numerical simulation for induction heating process was carried out.
本文应用感应加热理论，建立了连铸坯料温度分布的预测模型，对感应加热过程进行了数值模拟。
Based on induction heating theory, prediction model of CC slab temperature distribution was built and numerical simulation for induction heating process was carried out.
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