Definitions

1. Luminescence is a nonequilibrium process for it needs excitation source, such as lamp or laser.
2. The luminescence is a result of carrier recombination which takes place within the silicon sample". (Web site)

Kinetics

1. The influence of this motion on the luminescence kinetics has been studied in papers [22-26].
2. Fig. 5. Luminescence kinetics for an ideal polymer chain taking into account the inhomogeneous broadening of the spectra.

Luminescence

1. Crystalloluminescence is a type of Luminescence generated during crystallization, used to determine the critical size of the crystal nucleus.
2. That is why Luminescence is sometimes labeled a cold light.
3. Radioluminescence (Scintillation) is a Luminescence resulting from excitation by high-energy particles or radiation.
4. A super luminescence diode (SLD) may replace a laser for a probe beam when high brightness, good beam quality, but less speckle is required. (Web site)
5. Synchronous luminescence spectroscopic studies on human tissues. (Web site)

Spectroscopy

1. Synchronous luminescence spectroscopy for cancer diagnosis.
2. Synchronous luminescence spectroscopy of human breast tissue. (Web site)
3. With a fast optical design, the HTS is well suited for many applications in the visible spectrum, such as Raman and Luminescence Spectroscopy.

Absorption

1. In Luminescence there are intermediate processes between absorption and emission duration which exceeds the period of a single electromagnetic oscilation.
2. The cooperative luminescence and absorption properties of Yb3+ doped aluminosilicate glass optical fibres and preforms are investigated in detail.

Electroluminescence

1. Dispersion Double refraction The Double-slit experiment Electroluminescence Fluorescence, also called luminescence or photoluminescence.
2. Electroluminescence is a Luminescence excited in gases and solids by applying an electromagnetic field.

Inorganic

1. It includes the luminescence of inorganic matter or the bioluminescence of human matter, invertebrates and other living organisms. (Web site)
2. The luminescent material incorporated into flake 20 can be composed of either an organic or inorganic material which has the property of luminescence.

Dependence

1. In 1927 he established the dependence of the dyestuff solution luminescence energy output on the exciting light wavelength (Vavilov---s law).
2. Luminescence decay times and radiative efficiencies show an expressed dependence on the glass composition. (Web site)

Low Temperatures

1. At low temperatures, this luminescence 4 is oftem replaced by the exciton luminescence.
2. The luminescence decay is often non-exponential, especially at low temperatures.

Extrinsic

1. There are two kinds of extrinsic luminescence in semiconductors.
2. PL is divided into two major types: intrinsic and extrinsic luminescence.
3. Extrinsic luminescence is normally generated by the impurities which are intentionally or unintentionally incorporated.

Categories

1. Science > Physics > Optics > Light
2. Encyclopedia of Finance. > Technology > Energy
3. Glossaries > Glossary of Optics /
4. Books about "Luminescence" in Amazon.com
   

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