1.
For connection of the oven to the PC there is a9 pin connector on the back of the oven.

微波炉和电脑通过微波炉背后的9针连接口连接。
2.
The most likely and obvious radiative connection between the infrared and the masers is through the mechanism of radiative pumping of the maser.
红外辐射及微波激射间最可能而又明显的辐射联系是通过微波激射的辐射抽运机制实现的。
3.
Several liquid crystals and intermediates were synthesized with this new technique.

通过微波反应合成一系列常用的含氰类液晶单体和中间体。
4.
Satellites provide communication circuits between widely separated locations via microwaves. To transmit television signals between population centres requires high-capacity circuits.
卫星为相距遥远的地区通过微波提供通讯线路。要在人口密集区间传输电视信号需大容量线路。
5.
interleaved additional channel

插入波道(微波 通信)
6.
The following is a partial list of microstrip lowpass filters and their specifications that we have produced.
以下为生产过的微带低通滤波器部分产品规格。
7.
an electron tube used to generate or amplify electromagnetic radiation in the microwave region by velocity modulation.
通过速率的调制在微波波段产生或增强电磁辐射的电子管。
8.
radio-communication line of centimetric wave

微波无线电通信线路
9.
The following is a partial list of suspended substrate bandpass filters and their speciFications that we have produced.
以下为生产过的悬置微带带通滤波器部分产品规格。
10.
The field effect is produced through the microwave Halleffect in semiconductor.

场的作用主要是通过形成空间电偶层产生微波霍耳效应所致。
11.
Through the spectrum analysis, the authors found that the microspherulites are mainly the lithical spherules, that is, the apatite and the siliceous spherules.
通过波谱分析,微球粒主要为石质球,即磷灰石球和硅质球。
12.
As expected, the microwave beam underwent positive refraction from the Teflon prism but was negatively refracted by the metamaterial prism.
正如预期,通过铁氟龙稜镜的微波展现了正折射,而通过超材料稜镜的则出现负折射。
13.
Study on Supression Methods of Spurious Band of Microwave Filters;

微波滤波器寄生通带的抑制方法研究
14.
Design and Study of LTCC Microwave Bandpass Filter

LTCC微波带通滤波器的设计与研究
15.
analog microwave relay system

模拟式微波中继系统;模拟微波接力通信系统
16.
Research of Lumped Circuit and Microstrip Structure for LTCC Microwave Bandpass Filter

LTCC微波带通滤波器集总电路和微带结构的研究
17.
Instead of sunbeams, today's light-wave communication systems use laser light ricocheting through tiny glass fibers.
今天的光波通信系统利用的不是日光束,而是通过微细玻璃纤维掠射的激光。
18.
A Design of W Band Waveguide to Microstrip Probe Transition

W波段宽带波导-微带探针过渡设计