Mary

Hello I have a rectangular cube nanostructure of dimensions 17 x 17 x 51 nm, which consists of a total of 14 squares of 52bp side connection, and the diameter of the squares is drawn using an edge of 74bp. The edges of the structure are DX type. First question: To relax my structure, I first take 2 million Monte Carlo steps and then 100 million MD relaxation steps. Do you think this number of steps is okay? A large number of Monte Carlo steps does not damage the structure? How do I know when my structure...

Hello I have a rectangular cube nanostructure of dimensions 15 x 15 x 45 nm, which consists of a total of 14 squares of 52bp side connection, and the diameter of the squares is drawn using an edge of 74bp. The edges of the structure are DX type. First question: To relax my structure, I first take 2 million Monte Carlo steps and then 100 million MD relaxation steps. Do you think this number of steps is okay? A large number of Monte Carlo steps does not damage the structure? How do I know when my structure...

Hello I have a rectangular cube nanostructure of dimensions 15 x 15 x 45 nm, which consists of a total of 14 squares of 52bp side connection, and the diameter of the squares is drawn using an edge of 74bp. The edges of the structure are DX type. First question: To relax my structure, I first take 2 million Monte Carlo steps and then 100 million MD relaxation steps. Do you think this number of steps is okay? A large number of Monte Carlo steps does not damage the structure? How do I know when my structure...

Hello I have a rectangular cube nanostructure of dimensions 15 x 15 x 45 nm, which consists of a total of 14 squares of 52bp side connection, and the diameter of the squares is drawn using an edge of 74bp. The edges of the structure are DX type. First question: To relax my structure, I first take 2 million Monte Carlo steps and then 100 million MD relaxation steps. Do you think this number of steps is okay? A large number of Monte Carlo steps does not damage the structure? How do I know when my structure...