FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2038026113> ?p ?o ?g. }

• W2038026113 endingPage "280" @default.
• W2038026113 startingPage "255" @default.
• W2038026113 abstract "Luminescence data offer delicate probes of changes in structure and local environment in insulating materials. Therefore they have long been employed in studies of imperfections and characterisation of lattice distortions. Luminescence techniques are inherently very sensitive so respond to small concentrations of intrinsic defects and impurities, and intentionally added probe ions, such as rare earth or chromium ions, are particularly effective at displaying responsive changes linked to modified structural environments. Parameters of interest are variations in luminescence efficiency, the details of the emission spectra, polarisation, temperature dependence and changes in excited state lifetimes. These are suitable properties to monitor variations in both short and long range lattice structure, composition, pressure and temperature. For modern photonic materials such probes are powerful tools to follow changes introduced by processing to make waveguides, surface layers and new materials. The use of different excitation conditions for the luminescence can resolve differences between near surface and bulk features. A less common approach is to use luminescence as a route to detect phase transitions. This is particularly valuable for rapid survey studies of new materials which are of relevance to modern optics. One of the more surprising results is the observation that phase changes of very small inclusions, such as phase precipitates or impurity nanoparticles, can totally dominate the luminescence response of the bulk material. Specific examples include the frequent observation of trapped nanoparticles of water, N2, O2 and CO2. Further, the excitation techniques, and ion implantation or surface stresses can all induce surface relaxations which, in materials such as SrTiO3 or ZnO, result in phase changes propagating throughout the entire crystal. This review rapidly recalls the methods used in the older studies of imperfections and then uses a range of examples to show how luminescence studies can be effective in detecting and confirming the presence of phase transitions. Interestingly the examples include not only transparent insulating materials but also fullerenes and superconductors." @default.
• W2038026113 created "2016-06-24" @default.
• W2038026113 creator A5030230367 @default.
• W2038026113 creator A5044789221 @default.
• W2038026113 creator A5068169897 @default.
• W2038026113 date "2008-07-01" @default.
• W2038026113 modified "2023-10-03" @default.
• W2038026113 title "Luminescence detection of phase transitions, local environment and nanoparticle inclusions" @default.
• W2038026113 cites W1525738858 @default.
• W2038026113 cites W1611437588 @default.
• W2038026113 cites W1638253139 @default.
• W2038026113 cites W1664428297 @default.
• W2038026113 cites W1870907109 @default.
• W2038026113 cites W1968103646 @default.
• W2038026113 cites W1968851086 @default.
• W2038026113 cites W1969749365 @default.
• W2038026113 cites W1970620990 @default.
• W2038026113 cites W1971392257 @default.
• W2038026113 cites W1971916333 @default.
• W2038026113 cites W1972122777 @default.
• W2038026113 cites W1976801495 @default.
• W2038026113 cites W1976826095 @default.
• W2038026113 cites W1979144291 @default.
• W2038026113 cites W1982195681 @default.
• W2038026113 cites W1983474103 @default.
• W2038026113 cites W1984784477 @default.
• W2038026113 cites W1986846959 @default.
• W2038026113 cites W1987809269 @default.
• W2038026113 cites W1994494321 @default.
• W2038026113 cites W1995223410 @default.
• W2038026113 cites W1995670101 @default.
• W2038026113 cites W1996082847 @default.
• W2038026113 cites W1996743222 @default.
• W2038026113 cites W2003740953 @default.
• W2038026113 cites W2006156086 @default.
• W2038026113 cites W2017701770 @default.
• W2038026113 cites W2020351515 @default.
• W2038026113 cites W2021151195 @default.
• W2038026113 cites W2021781267 @default.
• W2038026113 cites W2024814658 @default.
• W2038026113 cites W2039067129 @default.
• W2038026113 cites W2039746285 @default.
• W2038026113 cites W2040728268 @default.
• W2038026113 cites W2051031803 @default.
• W2038026113 cites W2053531340 @default.
• W2038026113 cites W2055557438 @default.
• W2038026113 cites W2057782352 @default.
• W2038026113 cites W2057948269 @default.
• W2038026113 cites W2064171687 @default.
• W2038026113 cites W2068982874 @default.
• W2038026113 cites W2069187933 @default.
• W2038026113 cites W2070131457 @default.
• W2038026113 cites W2075577677 @default.
• W2038026113 cites W2084924939 @default.
• W2038026113 cites W2085670289 @default.
• W2038026113 cites W2088532972 @default.
• W2038026113 cites W2091574778 @default.
• W2038026113 cites W2091856796 @default.
• W2038026113 cites W2117341395 @default.
• W2038026113 cites W2120225595 @default.
• W2038026113 cites W2121318234 @default.
• W2038026113 cites W2126270771 @default.
• W2038026113 cites W2140494289 @default.
• W2038026113 cites W2381341918 @default.
• W2038026113 cites W2498088217 @default.
• W2038026113 cites W4229868771 @default.
• W2038026113 cites W4250431259 @default.
• W2038026113 cites W4300186652 @default.
• W2038026113 cites W635403706 @default.
• W2038026113 doi "https://doi.org/10.1080/00107510802381418" @default.
• W2038026113 hasPublicationYear "2008" @default.
• W2038026113 type Work @default.
• W2038026113 sameAs 2038026113 @default.
• W2038026113 citedByCount "33" @default.
• W2038026113 countsByYear W20380261132012 @default.
• W2038026113 countsByYear W20380261132013 @default.
• W2038026113 countsByYear W20380261132015 @default.
• W2038026113 countsByYear W20380261132016 @default.
• W2038026113 countsByYear W20380261132017 @default.
• W2038026113 countsByYear W20380261132018 @default.
• W2038026113 countsByYear W20380261132019 @default.
• W2038026113 countsByYear W20380261132020 @default.
• W2038026113 countsByYear W20380261132021 @default.
• W2038026113 countsByYear W20380261132022 @default.
• W2038026113 countsByYear W20380261132023 @default.
• W2038026113 crossrefType "journal-article" @default.
• W2038026113 hasAuthorship W2038026113A5030230367 @default.
• W2038026113 hasAuthorship W2038026113A5044789221 @default.
• W2038026113 hasAuthorship W2038026113A5068169897 @default.
• W2038026113 hasConcept C121332964 @default.
• W2038026113 hasConcept C145148216 @default.
• W2038026113 hasConcept C148869448 @default.
• W2038026113 hasConcept C149288129 @default.
• W2038026113 hasConcept C155672457 @default.
• W2038026113 hasConcept C159467904 @default.
• W2038026113 hasConcept C171250308 @default.
• W2038026113 hasConcept C178790620 @default.
• W2038026113 hasConcept C181500209 @default.

• next