This quick rotation powered a strong magnetic field, which heated the sun’s atmosphere and carried away mass and angular momentum in a strong solar wind of charged particles.
这个磁场加热了太阳的大气层并且带走了由带电粒子(charged particle)组成的强大太阳风的质量(mass)和角动量(angularmomentum)。
With the numerical model, we get a stable and self-consistent background solar wind of Carrington rotation 1935 at May 1998. This makes a foundation for simulating CME events.
采用这种数值模式进行计算,得到了1998年5月1935卡林顿周稳定和自洽的背景太阳风,这为模拟CME事件打下了基础。
The results show that the wind stress can always create a direct gyre below it in the sea with the same direction of rotation.
结果表明,风应力的作用总可在其下方的海洋中激发出与风应力旋转方向相同的直接涡旋。
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