Microwave heating is a novel heating technology with higher effectiveness than the traditional heating method.
微波加热是一种比一般传统加热效率更高的新型加热技术。
At present, microwave technology, which includes microwave heating and microwave survey, is being widely applied to industrial and agricultural production.
目前，微波技术，包括微波加热和微波测量，正广泛地应用于工农业生产。
The principle of microwave heating is different from other heating methods. Therefor, it has some characteristics.
微波加热的原理与其他加热方法相比有很大的区别，因此，微波加热有许多特点。
Microwave heating technique takes effect quickly, USES simple equipment, is highly flexible and pollution-free to reservoir, and is suitable for recovering various natural gas hydrate resources.
微波加热技术作用速度快，设备简单，灵活性高，不对储层造成任何污染，适合于开采各类型天然气水合物资源。
A new denitration process of UNH which is reduced pressure vibro fluidized bed with microwave heating is well worth research based on the denitration kinetics characteristics of UNH.
根据六水硝酸铀酰(unh)的脱硝动力学特性，将微波加热减压振动流化床用于UNH的脱硝过程，是一个很有价值的脱硝工艺。
The application of pectinate filter in the electromagnetic pollution precaution is explained. This filter is usually used in the design of some microwave heating equipment.
研究了梳状滤波器在电磁污染防治中的应用，这种滤波器在一些微波加热设备的设计中是很有用的。
Copolymer beads of styrene and divinylbenzene were sulfonated by microwave heating.
用微波加热使苯乙烯和二乙烯苯共聚小球磺化。
Microwave heating method was used to reduce coal-containing chromite fines, scarce chromite resources can be fully used, technical process of ferrochrome smelting is simplified.
利用微波加热的方法来还原含煤铬铁矿粉，稀缺的铬铁矿资源可以得到充分利用。
The principles of Microwave heating, characteristics and microwave technology in food processing and the application and development prospects were introduced.
主要介绍了微波加热的原理、特点及微波技术在食品加工方面的应用及发展前景。
With the development of macrowave technologies and macrowave equipment, it has a bright future to apply microwave heating and microwave plasm to iron and steel industry.
随着微波技术和微波设备的进步，微波等离子技术和微波加热技术将在冶金领域中有更为广阔的应用前景。
We report a novel application of microwave heating technique as an alternative to the conventional ignition method in gravimetry.
本文报道了用微波加热技术代替传统灼烧方法进行重量分析的新方法。
Measuring water in grain by microwave heating has characteristics of easy operation, low energy and fast speed. Compared with national method, the result has no remarkable difference.
微波加热法测定谷物水分具有操作方便、耗能低、快速等优点，测定结果与国标方法比较无显著性差异。
In this paper is described the principle for and the experiments on curing of thermoset-ting resin with microwave heating.
本文介绍了热固性树脂用微波加热固化的原理，并报导了环氧树脂微波固化的实验研究。
The mechanism of microwave heating was analyzed, and a new technics of repairing composite sandwich structure with microwave heating was introduced.
分析了微波加热机理，介绍了一种用微波加热固化技术粘接修理蜂窝夹芯结构的新工艺。
The changing regularity of drying speed, moisture content and surface temperature of wood was determined and analyzed at different microwave heating power and different heating time.
测定并分析了不同微波加热功率、加热时间条件下木材的表面温度、干燥速度和含水率的变化规律。
The sulfonation of highly crosslinked macroporous styrene-divinylbenzene copolymers (60% DVB) by microwave heating was studied. The high power set and intermittent heating mode was adopted.
研究了高交联大孔苯乙烯-二乙烯苯共聚物(60%DVB)在微波加热条件下发生的磺化反应。
The principle, feature of microwave heating oven have been describe in the paper. The significance of its application in material engineering has ben emphasized.
综合介绍了微波加热的原理、特点与应用研究的进展，讨论了微波加热用于材料工程中的重要意义。
In this process, microwave heating is used to make ceramic materials plastifying under a high temperature, so that a good machinability can be achieved.
该方法利用微波加热使陶瓷材料在较高温度下塑性化，从而获得到较好的加工性。
This paper describes the basic principle of microwave heating, and summaries its application and prospects of microwave heating technology in ceramic industry.
简要阐述了微波加热的基本原理，论述了微波加热的特点以及微波加热技术在陶瓷工业中的应用及前景。
Microwave heating and infrared ray heating are used in maintenance of asphalt concrete pavement of high grade expressways.
微波加热和红外加热现已逐渐应用到高等级公路沥青混凝土路面养护和维修中。
The effect of removing oil is better using microwave heating than using the oven heating.
微波炉加热较烘箱保温具有更好的去油效果。
To explain the specific effects of microwave on chemical reactions, it is necessary to simulate microwave heating on chemical reaction.
为了解释微波化学中的特殊效应，对微波加热过程中的数值模拟很有必要。
Ceria and ammonium meta vanadate were selected as the feedstock, with microwave heating cerium vanadate was obtained in short time.
以二氧化铈和偏钒酸铵为原料，微波加热快速合成了钒酸铈。
It is simple and easy to make microwave buckwheat cake via microwave heating method, and it is easy to popularize among the ordinary families.
以微波加热方式制作苦荞微波蛋糕，不仅简便易行，而且易于在广大普通家庭中推广。
Moreover, the effects of combination of microwave heating and heating media on puffing ratio were investigated too.
另外，还就蛋白质物料的微波膨化和加热媒介共同作用进行了研究。
The application and prospect about microwave heating and microwave plasm in ferrous metallurgy are emphatically described after simple description on microwave characters and microwave formation.
本文首先简单介绍了微波的特性及产生，然后着重阐述了微波热效应和微波等离子体在钢铁冶金中的应用和展望。
The microwave heating technology was applied to produce phosphate monoester starch.
微波酯化技术用于淀粉变性反应制备磷酸单酯淀粉。
The microwave heating technology was applied to produce phosphate monoester starch.
微波酯化技术用于淀粉变性反应制备磷酸单酯淀粉。
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