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REVIEW Spectral hole burning: examples from photosynthesis
"... Abstract The optical spectra of photosynthetic pigment– protein complexes usually show broad absorption bands, often consisting of a number of overlapping, ‘hidden’ bands belonging to different species. Spectral hole burning is an ideal technique to unravel the optical and dynamic properties of such ..."
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Abstract The optical spectra of photosynthetic pigment– protein complexes usually show broad absorption bands, often consisting of a number of overlapping, ‘hidden’ bands belonging to different species. Spectral hole burning is an ideal technique to unravel the optical and dynamic properties
Spectral Diffusion And Persistent Spectral Hole-Burning
"... _,t _ C This document has been approved for 2b. DECLASSIFICATION/DOWNGRADING SCHEDv public release and sale; its dis-tribution is unlimited. ..."
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_,t _ C This document has been approved for 2b. DECLASSIFICATION/DOWNGRADING SCHEDv public release and sale; its dis-tribution is unlimited.
Infrared Spectral Hole Burning and Change of Conformation in Simple Amino Acid Salts
, 1997
"... We show that it is possible to produce infrared spectral holes in a new class of compounds, amino acid hydrochlorides (containing some deuterium). The holes form as the result of conformational changes in the crystals, and the ability to produce holes leads to assignments of the N-D and O-D stretchi ..."
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We show that it is possible to produce infrared spectral holes in a new class of compounds, amino acid hydrochlorides (containing some deuterium). The holes form as the result of conformational changes in the crystals, and the ability to produce holes leads to assignments of the N-D and O
Spectral hole burning: Spontaneous and photoinduced tunneling reactions in low temperature solids
, 1995
"... Abstract: Spectral hole burning is frequently observed in molecular solids when a solute dye molecule in a solvent matrix at very low temperature is irradiated with light having a narrow fiequency bandwidth. This phenomenon relies on photo induced changes of the absorption spectrum of the solute. A ..."
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Abstract: Spectral hole burning is frequently observed in molecular solids when a solute dye molecule in a solvent matrix at very low temperature is irradiated with light having a narrow fiequency bandwidth. This phenomenon relies on photo induced changes of the absorption spectrum of the solute
Spectral hole burning and holography. V. Asymmetric diffraction from thin holograms
"... Thin holograms with novel diffraction properties were created in spectral hole-burning materials. Simultaneously sweeping the frequency of the recording light and the phase of the holograms results in an asymmetric distribution of diffraction efficiency between positive and negative orders. Experim ..."
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Thin holograms with novel diffraction properties were created in spectral hole-burning materials. Simultaneously sweeping the frequency of the recording light and the phase of the holograms results in an asymmetric distribution of diffraction efficiency between positive and negative orders
Misic, “Probability distribution of spectral hole duration in cognitive networks
- in IEEE INFOCOM 2014 - IEEE Conference on Computer Communications. IEEE
, 2014
"... Abstract—Operation of cognitive secondary networks is crit-ically dependent on the activity patterns of primary users. In this paper, we investigate the probability distribution of spectral holes, assuming that active and idle periods of primary users are independent random variables (which need not ..."
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Abstract—Operation of cognitive secondary networks is crit-ically dependent on the activity patterns of primary users. In this paper, we investigate the probability distribution of spectral holes, assuming that active and idle periods of primary users are independent random variables (which need
Highly Efficient Spectral Hole-Burning in Oxygen-Evolving Photosystem II Preparations†
"... We present the first report of highly efficient persistent spectral hole-burning in actiVe (oxygen-evolving) Photosystem II (PSII) preparations. Samples are poised in the S1 state of the Kok cycle, with the primary quinone (QA) either neutral or photoreduced to QA- via a low-temperature pre-illumina ..."
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We present the first report of highly efficient persistent spectral hole-burning in actiVe (oxygen-evolving) Photosystem II (PSII) preparations. Samples are poised in the S1 state of the Kok cycle, with the primary quinone (QA) either neutral or photoreduced to QA- via a low-temperature pre
Vibrations of the Amino Group in Glycine Hydrochloride: Spectral Hole Burning and Isotope Shifts
, 1997
"... Hole burning of the N-D stretches of the deuterium-doped glycine hydrochloride results in holes and antiholes in the various regions of the spectrum. These can be assigned to various orientations of the NH2D+ moiety. Bands at about 800 cm-1 are probably the amino group rocks, but the other changing ..."
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Hole burning of the N-D stretches of the deuterium-doped glycine hydrochloride results in holes and antiholes in the various regions of the spectrum. These can be assigned to various orientations of the NH2D+ moiety. Bands at about 800 cm-1 are probably the amino group rocks, but the other changing
Persistent spectral hole burning by simultaneous two-photon absorption
- Chem. Phys. Lett
, 2001
"... absorption ..."
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