Specific heat of clustered low dimensional magnetic systems

abstract

Homometallic ferrimagnetism is quite difficult to find in Nature, and this fact makes Na2Cu5Si4O14 an interesting material due to its ferrimagnetic arrangement of Cu ions in a zigzag chain with dimers and trimers. In view of this, we developed a theoretical model for the magnetic specific heat of a homometallic ferrimagnet and then compared it with experimental data for Na2Cu5Si4O14 compound. The successful comparison validates the model and further analysis makes it possible to predict anomalous behavior of this low dimensional magnetic system, due to the crossing of the energy levels.

keywords

LONG-RANGE; CHAINS; TRANSITION

subject category

Physics

authors

Sreis, MS; dos Santos, AM; Amaral, VS; Souza, AM; Brandao, P; Rocha, J; Tristan, N; Klingeler, R; Buchner, B; Volkova, O; Vasiliev, AN

our authors

Share this project:

Related Publications

We use cookies for marketing activities and to offer you a better experience. By clicking “Accept Cookies” you agree with our cookie policy. Read about how we use cookies by clicking "Privacy and Cookie Policy".