Potential of luminescent materials in phototherapy
M Nimbalkar, M Yawalkar, N Mahajan… - Photodiagnosis and …, 2021 - Elsevier
Phototherapy is the use of light in the treatment of skin diseases that show improvement
upon exposure to natural sunlight or man-made lamps. Artificial phototherapy treatments like …
upon exposure to natural sunlight or man-made lamps. Artificial phototherapy treatments like …
Augmenting the photoluminescence efficiency via enhanced energy-relocation of new white-emanating BaYAlZn3O7: Dy3+ nano-crystalline phosphors for WLEDs
Ongoing progress of solid-state illumination technology necessitates the compelling need
for energy-efficient nanophosphors with superfine luminance. The present paper reports the …
for energy-efficient nanophosphors with superfine luminance. The present paper reports the …
Cool-white illumination characteristics of combustion-derived novel single-phase Sr9Al6O18: Dy3+ nanomaterials for NUV induced WLEDs and solar cells
P Sehrawat, RK Malik, N Kumari, M Punia… - Chemical Physics …, 2021 - Elsevier
Novel cool-white-illuminating Sr 9 Al 6 O 18: Dy 3+ nanomaterials have been developed via
a benign approach namely, solution-combustion; to bring out an upgradation in prevailing …
a benign approach namely, solution-combustion; to bring out an upgradation in prevailing …
Probing into multifunctional deep orange-red emitting Sm3+-activated zincate based nanomaterials for wLED applications
Empirical-investigations on deep-orange-red emitting BaLa 2 ZnO 5: Sm 3+ phosphor-
powders generated via low-temperature and environmentally-sound urea-combustion route …
powders generated via low-temperature and environmentally-sound urea-combustion route …
Preparation, characterization and spectroscopic analyses of Dy (III) β-diketonates with bidentate N donor neutral ligands for displays
A group of octa-coordinated, anhydrous in nature luminous compounds whose general
formula is [Dy (DPD) 3 L] where 'DPD'denotes 1, 3-diphenylprop-1, 3-dione and …
formula is [Dy (DPD) 3 L] where 'DPD'denotes 1, 3-diphenylprop-1, 3-dione and …
Crystal structure engineering and optical analysis of novel greenish Sr9Al6O18: Er3+ nanomaterials for NUV excitable cool-white LED applications
Novel green emanating Sr 9-x Al 6 O 18: xEr 3+(x= 0.001–0.04) nanomaterials, were
developed via a reliable, economical and low temperature urea combustion route …
developed via a reliable, economical and low temperature urea combustion route …
Generation of cost-effective conventional-combustion derived novel green-luminous BaLa2ZnO5: Er3+ nanomaterials for high quality illumination in WLEDs and solar …
In the current empirical-study, novel green-glimmering BaLa 2 ZnO 5: Er 3+ nanomaterials
have been fabricated via conventional-combustion-synthesis. XRPD-facilitated Rietveld …
have been fabricated via conventional-combustion-synthesis. XRPD-facilitated Rietveld …
Structural, spectroscopic and optical analysis of green-glowing BaLaAlO4: Er3+ nanomaterials for photonic applications
New alluring features of green-glowing BaLaAlO 4: Er 3+ nanomaterials fabricated via facile
solution combustion method, have been discussed. Crystallographic data was analyzed by …
solution combustion method, have been discussed. Crystallographic data was analyzed by …
Multicolor luminescence evolving from single-phase Eu3+/Tb3+ co-doped SrLaAlO4 nanomaterials for advanced photonic appliances
Single-phase nanomaterials are the most promising materials, owing to their high luminous-
efficiency, environmental-friendly and multicolor-luminance features. The crystal structure of …
efficiency, environmental-friendly and multicolor-luminance features. The crystal structure of …
Realization of tricolor luminescence from novel Sr5Al2O8: Sm3+, Er3+ & Dy3+ nanomaterials for advanced photonic applications
P Sehrawat, SP Khatkar, IJ Kim, RK Malik… - Chemical Physics …, 2021 - Elsevier
Dud-white emanation from current phosphor-based white-LEDs (pb-WLEDs) has now
emerged as primary gridlock for their commercialization. Thus, coupling of green–blue-red …
emerged as primary gridlock for their commercialization. Thus, coupling of green–blue-red …