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These nanosized materials exhibit strong red emission at 614 nm.
The red emission was not observed at higher annealing temperatures.
The flower-like structure exhibits the strongest red emission.
The photoluminescence spectrum exhibits in red emission at 621 nm.
around 2% and stable monochromic red emission at 616 nm.
The phosphors exhibit bright red emission upon 393 nm excitation.
The PL result showed typical blue and green emission from Dy3+ and red emission from Eu3+.
The two complexes show bright greenish-blue and red emission respectively.
Er3+, Tm3+ ions present different red emission mechanisms under two excitation sources.
The intensity ratio of the red emission to the green one increases with Yb3+ doping concentration.
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Examples are ruby (aluminum oxide with chromium activator bright-red emission) activator bright-redorthosilicatemissionandanese activator—green emission).
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