General procedure
General procedure to solve the differential eqaution for any system of particle
1-select a suitable coordinates to discrible the system
2- find the kinetic energy as a function of thee coordinate
3 find the time derivative of kinetic energy
4-find the potential energy as a function of these coordinate and there time derivartive
Since its discovery in 1958 the technique now generally known as Solid State Nuclear Track Detection
(SSNTD) has, over the last few decades, become a popular and wellestablished
method of measurement in a large number of fields involving
different aspects of radioactivity or nuclear interactions select a suitable coordinates to discrible the system
find the kinetic energy as a function of thee coordinate find the time derivative of kinetic energy
-find the potential energy as a function of these coordinate and there time derivartive
Since its discovery in 1958 the technique now generally known as Solid State Nuclear Track Detection
( has, over the last few decades, become a popular and wellestablished
method of measurement in a large number of fields involving