Overview FYS 3610
Single particle motion 𝑒𝑤 = 𝑛 𝑗,𝑓 𝐺 𝑒𝑢 = 𝑟 𝑗,𝑓 𝑤 × 𝐶 𝜕 𝑗,𝑓 = 𝑟 𝑗,𝑓 𝐶 𝑛 11/29/2016 2
ExB drift 11/29/2016 3
Single particle motion 11/29/2016 4
Single particle motion 11/29/2016 5
Diffusion vs. frozen-in 11/29/2016 6
Magnetic reconnection 11/29/2016 7
Some solar features 11/29/2016 8
Butterfly diagram 11/29/2016 9
Gas dynamic model II 11/29/2016 10
Heliospheric current circuit 11/29/2016 11
Dayside magnetosphere 11/29/2016 12
The magnetotail 11/29/2016 13
Chapman production function 11/29/2016 14
Ionospheric densities and composition 11/29/2016 15
Atmospheric temperature profile 11/29/2016 16
The magnetosphere 11/29/2016 17
Dungey cycle 11/29/2016 18
Dungey cycle 11/29/2016 19
Dungey cycle 11/29/2016 20
Dungey cycle 11/29/2016 21
Dungey cycle 11/29/2016 22
Dungey cycle 11/29/2016 23
Dungey cycle 11/29/2016 24
Dungey cycle 11/29/2016 25
Dungey cycle 11/29/2016 26
Dungey cycle 11/29/2016 27
Dungey cycle 11/29/2016 28
Dungey cycle 11/29/2016 29
Dynamo layer 11/29/2016 32
Dynamo layer 11/29/2016 33
Dynamo layer 11/29/2016 34
Dynamo layer 11/29/2016 35
Dynamo layer 11/29/2016 36
Dynamo layer 11/29/2016 37
Collision vs gyro frequency 11/29/2016 38
Collision vs gyro frequency 11/29/2016 39
Collision vs gyro frequency 11/29/2016 40
Collision vs gyro frequency 11/29/2016 41
Collision vs gyro frequency 11/29/2016 42
Collision vs gyro frequency 11/29/2016 43
Dynamo layer 11/29/2016 44
Polar convection & FACs 11/29/2016 45
Current closure 11/29/2016 46
Magnetospheric current loops 11/29/2016 47
Substorm 11/29/2016 48
Substorm 11/29/2016 49
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