@Ernst
I noticed a few errors on glancing through your document
step 1: the forces P+ and P- cannot be equal nor absolute on the X axis relative to each other or the approaching electron due to Earnshaw's Theorem.
step 2: you are using simple straight line geometry which does not apply, there are no straight lines in nature.
step 3: we have problems, you say the light red region decelerates the electron yet in step 1 you have declared the forces are equal. If the forces are equal as you say then there can be no deceleration. The forces are not independent with respect to the electron they are simultaneous.
In reality damn near anything could happen because the data set is incomplete if not not non-existent. However I believe you have made a few assumptions which would seem to contradict one another.
AC
I noticed a few errors on glancing through your document
step 1: the forces P+ and P- cannot be equal nor absolute on the X axis relative to each other or the approaching electron due to Earnshaw's Theorem.
step 2: you are using simple straight line geometry which does not apply, there are no straight lines in nature.
step 3: we have problems, you say the light red region decelerates the electron yet in step 1 you have declared the forces are equal. If the forces are equal as you say then there can be no deceleration. The forces are not independent with respect to the electron they are simultaneous.
In reality damn near anything could happen because the data set is incomplete if not not non-existent. However I believe you have made a few assumptions which would seem to contradict one another.
AC


I thought theory wise one was part and parcel of the other anyway as for AC he's probably having a think about all that I guess, we'll see
Comment