Abstract
The mechanism of energy transfer between Mn 2+ → Nd 3+ in barium borate glass has been investigated. The change in emission intensities and lifetimes of Mn 2+ (donor) due to the presence of Nd 3+ (acceptor) are observed. It has been concluded that the mechanism of energy transfer involves a nonradiative resonance process. The electrostatic multiple interaction responsible for the transfer is dipole—dipole in nature.
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