This paper presents three-dimensional, global numerical simulations of the dynamic response of the Earth's ionosphere to interplanetary shocks. 摘要本文就地球電離層對行星際激波的動(dòng)力學(xué)響應進(jìn)行三維全球數值模擬研究。
The results show that the property of disks has great effect on the biomechanical response of the neck and the muscle has a contribution to the stability of neck motion. 結果表明，椎間盤(pán)參數對于頸部的整體剛度和動(dòng)力學(xué)響應有較大的影響，頸部肌肉對于頸部運動(dòng)起了穩定的作用。
