APA

Boullant E., Cano J., Journaux Y., Decurtins S., Gross M. & Pilkington M. (20010823). The utilization of classical spin Monte Carlo methods to simulate the magnetic behavior of extended three-dimensional cubic networks incorporating M(II) ions with an S = 5/2 ground state spin. : Inorganic chemistry.

Chicago

Boullant E, Cano J, Journaux Y, Decurtins S, Gross M and Pilkington M. 20010823. The utilization of classical spin Monte Carlo methods to simulate the magnetic behavior of extended three-dimensional cubic networks incorporating M(II) ions with an S = 5/2 ground state spin. : Inorganic chemistry.

Harvard

Boullant E., Cano J., Journaux Y., Decurtins S., Gross M. and Pilkington M. (20010823). The utilization of classical spin Monte Carlo methods to simulate the magnetic behavior of extended three-dimensional cubic networks incorporating M(II) ions with an S = 5/2 ground state spin. : Inorganic chemistry.

MLA

Boullant E, Cano J, Journaux Y, Decurtins S, Gross M and Pilkington M. The utilization of classical spin Monte Carlo methods to simulate the magnetic behavior of extended three-dimensional cubic networks incorporating M(II) ions with an S = 5/2 ground state spin. : Inorganic chemistry. 20010823.