How Can Equation (13) Be Converted into the Matrix Form Ax = B?

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Equation (13) needs to be rearranged into the matrix form Ax = B for iterative solving. The variable of interest is "n," representing electron density at specific positions over time. The matrix "x" will include values of "n" at adjacent grid positions, while matrix "B" will consist of constant terms at time "t," such as D(E,x), R(n,p), and n[t]. Assistance is requested to convert the equation into the desired matrix format. The goal is to facilitate the iterative solution of the equation.
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Please help on solving these difficult equations

In the pdf document I attached there are equations numbered (12) ,(13), (14).
These are similar equations.
I want to find a way to iteratively solve the equation number (13).
I was told that this equation can be rearranged to the form, "Ax=B".
Please help me on re-arranging the terms of this equation to this form.

Thank you.
 

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You want to solve equation 13 for WHAT variable?
 
I want to solve these equation 13 for variable "n". Here n[j] is the electron density in the i,j position at time "t+1".

So the matrix "x" (if this can be rearranged to the form Ax=B) should contain the values of "n" at the positions (i,j),(i,j-1),(i,j+1),(i-1,j),(i+1,j).

matrix "B" would contain the all the constant terms at time "t".(D(E,x), R(n,p) & n[t]).

Thank you
 
Can somebody convert equation 13 into the matrix form.
i.e Ax=B
 
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