Abstract
The effects of dust temperature on arbitrary amplitude dust acoustic solitary waves in a homogeneous magnetized plasma are studied. It is found that the dust temperature is destructive for the formation of solitons in magnetized plasmas. This behavior is similar to the case of unmagnetized hot dusty plasmas. However, the soliton amplitude increases with the increase in the obliqueness of the wave propagation. The numerical results are also shown for illustrative purposes.
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