Amplification of intense red emission through integrating Li+ ions to V2O5:Eu3+ phosphors: Optical thermometry, cheiloscopy and extraction of level III features for individual identification

Sreedhara, R.; Radha Krushna, B.R.; Mamatha, G.R.; Sharma, S.C.; Nandini, R.N.; Kar, Bikash; Sridhar, C.; Padmavathi, S.; Caeiro, Don; Prasanna Kumar, J.B.; Manjunatha, K.; Yun Wu, Sheng; Sardar Pasha, K.R.; Nagabhushana, H.

doi:10.1016/j.matchemphys.2024.129782

Materials Chemistry and Physics

2024

DOI: 10.1016/j.matchemphys.2024.129782

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Amplification of intense red emission through integrating Li+ ions to V2O5:Eu3+ phosphors: Optical thermometry, cheiloscopy and extraction of level III features for individual identification

R. Sreedhara,

B.R. Radha Krushna,

G.R. Mamatha

et al.

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2025

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Coupling of carbon dots in Eu3+ doped dicalcium silicate, derived from marine and agro-waste, offers a luminescent armor for counterfeiting, improving thermal sensing and advancing forensic explorations

Chakradhar,

Krushna,

Sharma

et al. 2025

Materials Research Bulletin

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Coupling of carbon dots in Eu3+ doped dicalcium silicate, derived from marine and agro-waste, offers a luminescent armor for counterfeiting, improving thermal sensing and advancing forensic explorations

Chakradhar,

Krushna,

Sharma

et al. 2025

Materials Research Bulletin

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Amplification of intense red emission through integrating Li+ ions to V2O5:Eu3+ phosphors: Optical thermometry, cheiloscopy and extraction of level III features for individual identification

Cited by 1 publication

References 95 publications

Coupling of carbon dots in Eu3+ doped dicalcium silicate, derived from marine and agro-waste, offers a luminescent armor for counterfeiting, improving thermal sensing and advancing forensic explorations

Coupling of carbon dots in Eu3+ doped dicalcium silicate, derived from marine and agro-waste, offers a luminescent armor for counterfeiting, improving thermal sensing and advancing forensic explorations

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