Comparison between the calculated and measured energy transfer rates of the ⁴S_3/2 state in Er³⁺-doped fluorozirconate glasses

Keyphrases

• Energy Transfer Efficiency 100%
• Fluorozirconate Glasses 100%
• Er3+-doped 100%
• Er3+ Ions 33%
• ERF3 33%
• Rate Equations 25%
• Cubic Structure 25%
• Transition Rates 25%
• Er3+ 16%
• FCC Structure 16%
• Room Temperature 8%
• Rare Earth Ions 8%
• Fluorescence Lifetime 8%
• Lifetime Measurement 8%
• Optical Parameters 8%
• Lifetime Experiments 8%

Engineering

• Measured Energy 100%
• Energy Transfer Rate 100%
• Rate Equation 25%
• Fcc Structure 16%
• Bcc Structure 16%
• Room Temperature 8%
• Mols 8%
• Lifetime Measurement 8%
• Fluorescence Lifetime 8%
• Optical Parameter 8%
• Measured Rate 8%

Chemistry

• Energy Transfer 100%
• Fluorozirconate Glass 100%
• Rate Equation 25%
• Face-Centered Cubic Crystal System 16%
• Ambient Reaction Temperature 8%
• Lanthanoid Atom 8%
• Fluorescence Lifetime 8%
• Rate of Transition 8%