Days of turmoil, drifty fusion model requires the solution of three equation.
One equation for potential that is Possin equation.
In other equation is electoral continuity equation for electron concentration.
Electron.
Continuity.
Equation and number three.
Whole continuity.
Equation that for simulation of semiconductor V should solve these equation, one equation for potential,
that is perhaps an equation.
In other equation for electron concentration, that is electron continuity equation.
And an order equation for all concentration, that is whole continuity equation.
We have it three main methods to solve the semiconductor equation.
First method is Gammell.
Garmin Ltd..
Second method is Knewton method, and the third method is.
The gunman method sold for each unknown variable and keeping the other variables constant, repeating
the process until a stable solution is achieved.
Common method is useful, Vera.
The system of equation is very clear, coupled or decoupled.
For using these metal who recanted, right?
We can ride method.
Kamal.
The new two metal saw the total system of unknown variable together can currently the Knewton method
is useful when the system of equations is strongly capell.
Is strong, you couple, indeed, nilton method is default in silko.
Default in.
Silver Newton also records a more a grade initial gas for solution conversions.
Requires.
And more a great initial gas for solution conversions.
And the church method is blotched method.
When the last heating model is added to the diffusion, an extra equation is added to or equation.
In this case, we have a extra.
Equation.
Heat flow equation.
As we said before, we have it three main equations plus on electron continuity and a whole continuity
that are sold in gamel neutron and black methods in gumble and neutron metals.
Only these three equations are solved.
But in black metal or extra equations is solved.
That is a heat flow equation.
The black algorithm solved the tree drifty fusion equation as a nilton method.
And a heat flow equations is solved by using gumm elements.
Does in this case, drifty fusion equations are solved by using Knewton method and heat flow equations
is solved by using Gammell method.
Also, the method statement is used to setting the number of carriers tie.
Carriers'.
Equals two.
It specifies a solution for both carriers.
Solution.
For Boltz.
Electron's and.
If we want to solve only electron contingency equation or we want to solve only whole continuity equation.
Rewrite.
Minto's.
Carriers equals one.
When carriers equals one, who should the right electron or whole parameters that it shows?
We want to solve electron continue to equations or whole continuity equation.
Solution for one carrier.
Electron or hold example.
Method's.
Carriers equals one.
All these common to all the continuity equations only for Hall.
And in another case, if we rewrite method.
Carriers equals zero.
Only.
Salz.
Wilson.
Equation in this case, the continuity equation for electron or hold doesn't solve.