1·They also offer a set of kitchen utensils like a magnetic saucepan that can be cooked using electromagnetic wave transmission technology.
他们还推出了一系列的厨房用具，比如可以利用电磁波传导技术进行烹饪的磁性炖锅。
2·Electromagnetic wave travels as light wave does.
电磁波的传播就像光波的传播一样。
3·Chiral materials exhibit electromagnetic wave rotation.
手性材料具有旋波性。
4·This is an electromagnetic wave curriculum with the slides.
这是一个电磁场与电磁波课程的幻灯片。
5·Electromagnetic wave with wavelengths in 4000 a is called UV.
波长短于4000埃的电磁波则称为紫外光。
6·Antenna is needed to receive and launch electromagnetic wave.
天线是接收、发射电磁波的必备部件。
7·We use finite difference method to solve electromagnetic wave equation.
采用有限差分方法，对波动方程求数值解。
8·It was realized at that time that light is a kind of electromagnetic wave.
当时人们认识到了光是一种电磁波。
9·A directed transient electromagnetic wave in a cold plasma is investigated.
讨论了冷等离子体中的定向瞬态电磁波。
10·The signals was measured of electromagnetic wave propagation on the ground.
对具体地面电波传播的信号进行测试。
1·They also offer a set of kitchen utensils like a magnetic saucepan that can be cooked using electromagnetic wave transmission technology.
他们还推出了一系列的厨房用具，比如可以利用电磁波传导技术进行烹饪的磁性炖锅。
2·Light is an electromagnetic wave, with a longer wavelength than X-rays and ultraviolet, and a shorter wavelength than infra-red, microwaves and radio waves.
光是一种电磁波，其波长长于X光和紫外线，短于红外线、微波和无线电波。
3·Convinced that this was no accident, Maxwell went on to suggest that light is, in fact, an electromagnetic wave.
斐索，法国科学家，1850年用齿轮法测定了光速。这不是偶然，麦克斯韦认为光事实上也是一种电磁波。
4·This is a type of electromagnetic wave (ie, the same type of wave as a light wave).
这是一种电磁波(即与光波相同类型的波)。
5·The computation methods of electromagnetism parameters, electromagnetic wave frequency and medium slice thickness in microwave measuring for composite material were analyzed.
分析了复合材料微波检测中电磁参量、电磁波频率和介质薄片厚度的计算方法。