millimeter-wave radiation meaning in English
毫米波辐射
Examples
- Effects of millimeter - wave radiation on the clonogenic capacityof human bone marrow cell and leukemic cells
毫米波对人骨髓细胞和白血病细胞克隆能力的作用史 - Being high power resources of millimeter - wave radiation , gyrotron has broken through and resolved the difficulties which the traditional microwave devices faced . it brings a lot of hope and promotion to application and deploitation of millimeter and submillimeter - wave
回旋管作为大功率毫米波源,在机理上突破和解决了传统微波器件所遇到的困难,对毫米、亚毫米波波段的开拓和利用带来了新的希望和巨大的推动作用。 - Being high power resources of millimeter - wave radiation , based on electron cyclotron maser , gyrotron has been pay much respect in the world for vast application in many areas such as plasma heating , linear accelerators , radar , communication , electronic countermeasure and so forth
回旋脉塞器件-回旋管作为大功率毫米波源,在等离子加热、线性加速器、雷达、通信及电子对抗等领域有着广泛的应用前景,由此受到了国际上的高度重视。 - Being high power resources of millimeter - wave radiation , based on electron cyclotron maser , gyrotron has been pay much respect in the world for vast applications in many areas such as plasma heating , linear accelerators , millimeter wave radar , communications , electronic countermeasure and so forth . specifically in twenty years later , there was much developments on gyrotron
回旋脉塞器件? ?回旋管作为大功率毫米波源，在等离子体加热、线性加速器、雷达、通信及电子对抗等领域有着广泛的应用前景，由此受到了国际上的高度重视，特别是近二十年来，回旋管得到了快速的发展，并成为研究的热门方向。 - Bing high power resources of millimeter - wave radiation , based on electron cyclotron maser , gyrotron has been pay much respect in the world for vast applications in many areas such as plasama calefaction , linear accelerators , millimeter wave radar , communications , electronic countermeasure and so forth . prof . liu shenggang began the research on electron cyclotron maser , and later , the group leaded by prof . li hongfu has done much research work on gyrotron also , , and later , they have began the research on a kind of gyrotron amplifier - - - - - - gyroklystron
回旋脉塞器件? ?回旋管作为大功率毫米波源，在等离子体加热、线性加速器、雷达、通信及电子对抗等领域有着广泛的应用前景，因此受到了国际上的广泛重视，特别是近三十年来，回旋管得到了快速的发展，并成为了研究的热门方向。