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光波炉原理及其危害的介绍

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导读:  Light wave oven is an upgraded version of the microwave oven, many people first contact with the microwave oven may
   Light wave oven is an upgraded version of the microwave oven, many people first contact with the microwave oven may know little about the light wave furnace, today Xiaobian mainly describes the working principle of the light wave oven and its harm, so that the audience has a more clear Understanding, to help you better choose the right optical oven.

  光波炉是微波炉的升级版,很多人最先接触的是微波炉,可能对光波炉了解甚少,今天小编主要介绍的是光波炉的工作原理及其危害,以让广大受众有个更为清楚的认知,助您更好的选择合适的光波炉。

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光波炉原理

光波炉原理—光波炉的工作原理介绍

Light wave furnace heating principle is the use of light waves instead of microwaves, light wave heating microwave relative to more different characteristics. Optical oven is actually the use of a lamp fever, and then use high-performance reflective plate to send the heat emitted to a concentrated glass panel can withstand high temperatures. With this glass panel, heat is transferred at high speed to the heated container that contains the food.

This type of heating used in an optical oven is actually a type that relies on the halogen lamp of a far-infrared heater to generate heat. Therefore, the optical oven can be called a far-infrared halogen burner. Through this halogen lamp heating, re-use of high-performance reflection of heat, like a convex lens will be like the heat together, and finally this high temperature through the heat-resistant glass-ceramic panel heat transfer. The user can place the food container on this panel and heat it up.

The thermal efficiency of heat transfer of about 89% -93%, with high heat transfer induction cooker thermal efficiency is almost the same can achieve the purpose of rapid heating of food. It is because of this heating method that there is no particular limitation as long as a high-temperature-resistant vessel can be used for such heating.


光波炉的加热原理是利用光波而不是微波,光波加热相对于微波有更多不同的特性。
光波炉实际上是利用一种灯发热,再利用高效能的反射盘把发出的热能集中传递到一个能耐高温的玻璃面板上。通过这个玻璃面板,高速将热量传递到满载食物的需要加热容器内。

光波炉利用的这种发热等实际是上一种依靠远红外线卤素灯管(Halogen Light)发热,因此,光波炉有可以叫做远红外线卤素炉。通过这种卤素灯管发热后,再利用高效能的反射集中热量,就像凸透镜一样将热能集中起来,最后将这种高温通过耐高温的微晶玻璃面板传热。用户就就可以将摆放食物的器皿放在这种面板上加热了。

这种传热的热效率约89%-93%左右,与高热传递的电磁炉热效率差不多,同样能达到快速加热食物的目的。正是由于这种加热方法,只要是耐高温的器皿就可以用于这种加热,并没有特别的限制。

光波炉原理—光波炉的危害介绍

目前,光波炉对人体的危害在减少,但是仍有潜在的危害,危害如下:

1、 食用光波食品会导致统计学上的胃和肠癌的发生率升高,同时会有身体各部分组织功能的降低,消化和排泄系统功能也会降低。

2、 光波食品会产生新的有毒甚至致癌的化合物,除了有致癌物之外,它还产生一堆不能为身体所吸收利用的不知名副产品,这种副产品,是长期而永久性的残存于人体内。

3、 光波炉烹煮的食物中的矿物质,维生素及营养大量减少,或改变成致癌物及破坏人体的自由基, 以及许多不能为身体所分解的合成物。

4、 光波炉食物它破坏脑组织。脑的传播是靠磁波,光波炉处理过的食物,如长期食用,会中和脑磁波,使脑退化,磁波短路,此为长期副作用。

以上就是光波炉的原理及其危害,正因为它不同于微波炉,是微波炉的加强版,对人们的日常生活影响甚大,人们往往会比较它们的异同,然后根据需求选择合适的。因此,很有必要了解光波炉的基本知识,同时可与相关的微波炉知识相比照,从而选出性价比较高的产品。

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