I have a plot (above) which isof the magnetic field (y-axis) over time (x-axis), one measure each hour (Dst - Disturbance Storm-Time).
From time to time, there is a negative peak, which indicates a magnetic storm. The more it goes down the bigger the storm.
What'sWhat is the physical meaning of the integral of it (nT x h)?
I have a plot (above) which is magnetic field (y-axis) over time (x-axis), one measure each hour (Dst - Disturbance Storm-Time).
From time to time there is a negative peak, which indicates a magnetic storm. The more it goes down the bigger the storm.
What's the physical meaning of the integral of it (nT x h)?
I have a plot of the magnetic field (y-axis) over time (x-axis), one measure each hour (Dst - Disturbance Storm-Time).
From time to time, there is a negative peak, which indicates a magnetic storm. The more it goes down the bigger the storm.
What is the physical meaning of the integral of it (nT x h)?
I have a plot (above) which is magnetic field (y-axis) over time (x-axis), one measure each hour (Dst - Disturbance Storm-Time).
From time to time there is a negative peak, which indicates a magnetic storm. The more it goes down the bigger the storm.
What's the physical meaning of the integral of it (nT x h)?
I have a plot which is magnetic field (y-axis) over time (x-axis), one measure each hour (Dst - Disturbance Storm-Time).
From time to time there is a negative peak, which indicates a magnetic storm. The more it goes down the bigger the storm.
What's the physical meaning of the integral of it (nT x h)?
I have a plot (above) which is magnetic field (y-axis) over time (x-axis), one measure each hour (Dst - Disturbance Storm-Time).
From time to time there is a negative peak, which indicates a magnetic storm. The more it goes down the bigger the storm.
What's the physical meaning of the integral of it (nT x h)?
