Synthesis and Characterisation of New Inorganic Silicate Luminescent Materials
RODRIGUEZ-GARCIA, MELISSA MONZERRAT
(2021)
Synthesis and Characterisation of New Inorganic Silicate Luminescent Materials.
Doctoral thesis, Durham University.
Solid-state lighting devices outshine the alternatives due to their unique properties such as high energy efficiency, brightness, longer lifetimes, excellent low temperature performance, reliability and added benets like maintenance savings and environmental friendliness. Developing novel phosphors for solid-state white lighting based on inorganic luminescent materials has become highly important. Another important application area of luminescent materials is bioimaging with the NIR-emissive particles functioning as reporters of lifetime multiplexing, barcoding in cells and forensics, where long-lived NIR emitters are suitable to be used.
| Item Type | Thesis (Doctoral) |
|---|---|
| Uncontrolled Keywords | Phosphors, warm white-emitting, Solid-state white lighting, green-emitting, blue-emitter, red-emitting, Narrow-band red-emitting, concentration quenching, thermal quenching, Cu(II)-containing silicate, rare earth, Near-infrared emitter, square planar, apatite, Egyptian blue, Han blue, blue pigment, Structural chemistry, Functional materials, Energy materials |
| Divisions | Faculty of Science > Chemistry, Department of |
| Date Deposited | 03 Feb 2021 10:45 |
| Last Modified | 16 Mar 2026 18:47 |
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picture_as_pdf - RodriguezGarciaMM000680665-Thesis.pdf
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subject - Accepted Version
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