1) microwave reactor
微波反应腔
1.
Basing on Maxwell equations, we have used the Finite Integration Theory (FIT) and calculated electromagnetic field space distribution of microwave reactor in fixed space distribution of plasma, and distribution of plasma in fixed space distribution of electromagnetic field space distribution.
从麦克斯韦方程组出发,采用有限积分法计算出了微波反应腔中给定等离子体的空间分布时电磁场的分布情况,以及给定电磁场的空间分布时等离子体的分布情况,从而得到了微波反应腔中电磁场的稳定分布和影响等离子体放电位置的参数。
2.
Based on the finite integration theory (FIT),electromagnetic field for a given spatial distribution of the plasma in rotational symmetric microwave reactor has been simulated.
采用有限积分理论的算法,模拟了具有轴对称的微波等离子体反应腔中电磁场的分布情况,计算出给定等离子体的空间分布时微波反应腔中电磁场的稳定分布状态。
3) reaction microchamber
微反应腔
5) microwave chemistry reactor made of rectangular waveguide resonator
矩形波导谐振腔微波化学反应器
1.
HFSS(High Frequency Structure Simulator) was used to calculate the S parameter of the different structural microwave chemistry reactor made of rectangular waveguide resonator,while changing the structure dimension of the microwave chemistry reactor such as shape and dimensions of iris,diameter of reaction tube and thickness of reaction tube wall,material and positions of reaction tube.
改变矩形波导谐振腔微波化学反应器的结构尺寸如:耦合膜片的形状、尺寸,反应管的直径、管壁厚度、材料和位置,利用HFSS软件计算不同结构尺寸反应器的S参数,仿真的最优结果与实验结果一致,得到了最优结构尺寸的反应器。
6) microwave reactor
微波反应器
1.
The design of a variety of microwave reactors is met to the requirement of different synthesis reactions.
介绍了微波合成在有机和无机合成中的应用 ,及为了不同合成反应的需要而设计的各种微波反应器 ,并对各反应器的优缺点进行了比较评
2.
The polymerization conditions of ammonium polyphosphate(APP) were studied by microwave reactor and muffle furnace respectively with ammonium dihydrogen phosphate and urea as raw materials.
以磷酸二氢铵和尿素为原料,用微波反应器和马弗炉分别研究聚磷酸铵(APP)的聚合工艺条件。
补充资料：腔内微波治疗
腔内微波治疗
intra luminal microwave treatment
微波电极置于有袋尿管内，将尿管固定于前列腺部尿道内，局部温度维持在43°C，放置3h，可用于前列腺增生疾病的治疗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条