energetic particle 中文意思是什麼
energetic particle
解釋
高能粒子-
The generation of energetic ions during the interaction of a linear - polarized ultra - short ultra - intense laser pulse with solid targets are examined by particle simulation. three energetic ion populations are observed and the acceleration mechanisms are analyzed, respectively. the first population is pulled out from the target by the electron jet in front of the target
模擬觀察到三群高能離子的產生，並對其加速機制一一進行了分析:在靶的前部，向外噴射的高能電子在靶前形成電子云，將一部分離子拉出靶面，形成第一群高能離子;激光驅動大量高能電子向靶內輸運，這些電子牽引靶前部的離子向前加速，形成第二群高能離子:高能電子很快穿透靶，在靶后形成電子云，加速靶后表面處的離子，形成第三群高能離子。 -
During the interaction of ultra - short and ultra - intense laser with plasma, application of energetic protons generated by this interaction are proton imaging, compact particle accelerators, diagnosis the interaction of ultra - short and ultra - intense pulse laser with plasma, " fast ignitor " and proton cancer therapy etc
摘要超短超強激光與等離子體相互作用中得到的高能質子在質子成像、粒子加速、診斷超短超強激光與等離子體相互作用的物理過程、 「快點火」和治療癌癥等方面有一定的應用。 -
Solar flares and energetic particle events also complicate matters by interrupting satellite and shortwave radio communications
太陽耀斑和高能粒子則會干擾人造衛星及短波廣播通訊系統運作。 -
Energetic materials for defense. physical - chemical analysis and properties. grit particle of high explosives
國防用高能材料.物理-化學分析及特性.高爆炸藥中的研磨顆粒 -
The space energetic particle environment inducing seu includes galactic cosmic ray, solar cosmic ray and high - energy trapped protons and heavy ions. these particles have enough energy and can deposit energy and generate charge in the sensitive volume ( sv ) of device
這些粒子有足夠的能量，能在器件的靈敏區中沉積足夠的能量和產生足夠的電荷，當沉積的電荷超過臨界電荷時，電路就產生了翻轉，即單粒子翻轉發生。 -
If metal shielding exceeds a centimeter, electromagnetic protection declines drastically, he explains, because impacts by energetic particles can cause strong electromagnetic bremsstrahlung radiation that can result in extensive damage. ( bremsstrahlung is german for the “ braking radiation ” produced when a charged particle decelerates rapidly as a result of collision with another body
他進一步解釋，金屬防護層厚度超過一公分時，電磁防護能力將大幅降低，因為受高能粒子撞擊時，會形成強大的制動輻射，造成更大的損害（制動輻射是由於帶電粒子碰撞其他物體而突然減速所造成） 。 -
A sufficiently energetic particle can penetrate the entire stack of parallel plates.
能量充足的粒子能夠穿透全部平行板。
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