机译:通过极性电喷的调制HF加热激发Schumann共振范围内的ELF波
Department of Physics, High-Power Auroral Stimulation Observatory, University of California, Los Angeles;
Institute of Geophysics and Planetary Physics, University of California, Los Angeles;
Department of Physics, High-Power Auroral Stimulation Observatory, University of California, Los Angeles;
Department of Physics, High-Power Auroral Stimulation Observatory, University of California, Los Angeles;
Department of Physics, High-Power Auroral Stimulation Observatory, University of California, Los Angeles;
Ground penetrating radar; Geophysical measurement techniques; Frequency modulation; Magnetosphere; Magnetic resonance; Magnetic field measurement;
机译:通过在HF加热器调制的极性电喷流中激发的热不稳定性产生ELF和VLF波
机译:极光电喷的调制HF加热产生的ELF波,在〜4400 km的地面距离处观察到
机译:极光电喷的调制HF加热在ELF / VLF波产生中的振幅饱和的观察
机译:在HF加热器调制的极性电喷中产生ELF / VLF波的两种方案的比较
机译:通过调节极光电喷的HF加热产生ELF / VLF波。
机译:形成聚酰胺酸44-(六氟异亚丙基)二邻苯二甲酸酐(6FDA)和44-(六氟异亚丙基)双(对苯氧基)二苯胺(BAPHF)的比较动力学研究和微波非热效应。微波超声波和常规加热激活的反应
机译:通过调制极光电气喷射的HF加热产生的ELF波,并在〜4400公里的地面观察
机译:通过调制HF加热auroral电子喷射产生的ELF波,并在大约4400 km的地面距离处观察到