2 edition of Spectral hole-burning and luminescence line narrowing, science and applications found in the catalog.
Spectral hole-burning and luminescence line narrowing, science and applications
by Optical Society of America
Written in English
|The Physical Object|
|Number of Pages||307|
Spectral hole burning, used in inhomogeneously broadened emitters, is a well-established optical 1 technique, with applications from spectroscopy to slow light 2 and frequency combs microwave. Transient hole-burning 87 kHz Four-wave mixing T= 80 K 1,7 Hz Spectroscopy of Single N-V Defects at Low Temperature. Numerous ensemble experiments like non-degenerated four-wave mixing , photon echo , and spectral hole-burning [15,16,9] have been directed to unravel the energy level scheme of the N-V center. Under selective.
Luminescence and spectral hole burning of Sm(2+) doped in Li(2)O-SrO-B(2)O(3) glass-ceramics. College of Chemistry, Chemical Engineering and Materials Science, Soochow University, Suzhou (2+) ions doped glass ceramics exhibit the persistent spectral hole burning at room temperature. The hole depth, which are burned by the DCM dye laser. Orrit, M., Bernard, J., and Personov, R.I. () High-resolution spectroscopy of organic molecules in solids: From fluorescence line narrowing and hole burning to single molecule spectroscopy, J. Physical Chemis – CrossRef Google Scholar.
The importance of studying non-crystalline or amorphous solids becomes apparent when it is recognized, for example, that their physical, configurational relaxation and chemical properties differ markedly from those of simple systems (i.e. new physics and chemistry is to be learned through the investigation of new phenomena or behaviors) [1. Hughes JL; Riesen HA, , 'Zeeman Effects in Transient Spectral Hole-Burning of the R1 Line of NaMgAl(Oxalate)3 Krausz E, , 'Probing the electronic structures of coordination compounds by transient spectral hole-burning. Applications to specifically deuterated [Ru(bpy 'Resonant luminescence line narrowing of the R lines.
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Persistent Spectral Hole-Burning: Science and Applications. Editors: Moerner, W E (Ed The fact that the spectral shape of an inhomogeneously broadened line can be locally modified for long periods of time has led to a large number of investigations of low-temperature photophysics and photochemistry that would not have been possible.
The distributions of the 2 E and the 4 A 2 splittings of Cr(III) tris(2,2 ’ ‐bipyridine) embedded in a wide range of amorphous hosts are investigated by means of luminescence line narrowing and hole‐burning spectroscopies.
A large spread of the 2 E splitting is observed for all amorphous matrices and this is attributed mainly to low symmetry field by: Spectral Hole-Burning and Luminescence Line Narrowing: Science and Applications, Technical Digest Series, Vol. 22, Optical Society of America, Washington, DC (), p.
Cited by: 8. CORALS– (Conference on Raman and Luminescence Spectroscopy in the Earth Sciences) 89 Fluorescence line narrowing (FLN), spectral hole-burning and slow light in natural and lab-grown emerald.
Riesen, H.*, Hayward, B.F., Rajan, R.P. School of Physical, Environmental and Mathematical Sciences. Abstract. A classification of experiments on zero-phonon SHB is given and some related methodical problems are discussed.
SHB applications in fluorescence-line-narrowing spectroscopy to improve its selectivity and the possibilities of controlling the Cited by: 1. Abstract.
We science and applications book significant narrowing of laser linewidths by high optical density materials with inhomogeneously broadened absorption. As a laser propagates through the material, the nonlinear spectral hole burning process causes a progressive self-filtering of the laser spectrum, potentially reaching values less than the homogeneous linewidth.
Application of capillary electrophoresis-fluorescence line-narrowing spectroscopy for on-line spectral characterization of closely related analytes. Journal of Chromatography A(), DOI: /S(97) The fluorescence line narrowing was applied to investigate the coordination sphere of the Sm 2+ ion.
The spectral hole burning was performed on 7 F 0 → 5 D 0 transition of the Sm 2+. The depth and width of the burnt holes were ∼27% and ∼4 cm −1 FWHM at 7 K, respectively. Hole spectra were stable up to room temperature.
Super-luminescence and spectral hole burning effect in ultra-short length Er/Yb-doped phosphate fiber REGINA GUMENYUK, 1,* ARUN POUDEL,1 THIERRY JOUAN,2 CATHERINE BOUSSARD-PLÉDEL, 2 TAPIO NIEMI,1 AND LAETICIA PETIT1 1Laboratory of Photonics, Tampere University of Technology, Tampere, FI, Finland 2Equipe Verres et.
Luminescence and excitation line narrowing experiments of Ru(i-biq) 2+ 3 and the free i-biq ligand in glassy matrices are Zeeman effect of the resonantly narrowed luminescence spectrum unequivocally establishes the triplet ligand-centred (3 LC) nature of the lowest-excited state in Ru(i-biq) 2+ results confirm an isotropic g value.
Fluorescence line narrowing is not the only method available for removing inhomogeneous broadening. There is another method of selective spectroscopy called spectral hole burning (SHB).
The shape of the ZPL is studied by means of the SHB method [11,12, 84]. Luminescence spectroscopy of single crystals is a technique that often leads to spectra with well-resolved vibronic structure.
25,99– In the vast majority of coordination compounds, luminescence is observed only from the lowest-energy excited state and often the polarizations are less distinct than in absorption spectra. An illustrative example is the spectrum of the.
Role of Fluorescence Line-Narrowing Spectroscopy and Related Luminescence-Based Techniques in the Elucidation of Mechanisms of Tumor Initiation by Polycyclic Aromatic Hydrocarbons and Estrogens.
The Journal of Physical Chemistry B. At the same time, the possibility that persistent spectral holes might be used to store digital information has led to the study of materials and configura tions for frequency-domain optical storage and related possible applica tions.
This is the first full-length book on persistent spectral hole-burning. Semiconductor quantum dots represent one of the fields of solid state physics that have experienced the greatest progress in the last decade. Recent years have witnessed the discovery of many striking new aspects of the optical response and electronic transport phenomena.
This book surveys this progress in the physics, optical spectroscopy and application-oriented 3/5(3). The second meeting took place in Monterey (California, USA, ) as “Persistent Spectral Hole Burning: Science and Applications” while the third became “Spectral Hole Burning and Luminescence Line Narrowing: Science and Applications” and moved to Ascona (Switzerland, ).
The next meetings were “Persistent Spectral Hole Burning: Science and Applications” in Monterey (California, USA, ) and “Spectral Hole Burning and Luminescence Line Narrowing: Science. Homogeneous spectral line shape. The corresponding spectral feature shows up as a narrow zero phonon line (ZPL).
The narrowest and most intense zero phonon line is observed at absolute zero temperature. The width of the ZPL is then given by the inverse value of the excited state's lifetime. Spectral hole burning. Journal articles. Riesen H; Krausz E; Wallace L,'Hole-burning and luminescence line narrowing in [IrCl 2 (5,6-Me 2-phen) 2] +.A strongly perturbed 3 LC state.
Fluorescence‐line‐narrowing spectroscopy of nile blue in glass and polymer at 5 K: Determination of a single‐site line shape function. The Journal of Chemical Physics(12). Spectral Hole Burning and Fluorescence Line Narrowing in Subunits of the Light-Harvesting Complex LH1 of Purple Bacteria.
The Journal of Physical Chemistry B(44), DOI: /jpx. Stephen Empedocles and, Moungi Bawendi.Persistent Spectral Hole-Burning in the R 1 Line of Cr3+-Doped NaMg[Al(oxalate) 3]9(H 2O/D 2O) Induced by Resonant Energy Transfer Mia Milos and Andreas Hauser* De´partement de Chimie Physique, UniVersite´ de Gene`Ve, 30 quai Ernest-Ansermet, CH Gene`Ve 4, Switzerland ReceiVed: Decem ; ReVised Manuscript ReceiVed: Febru .Riesen HA,'Effects of low magnetic fields in transient spectral hole-burning of the R1-line in'Probing the electronic structures of coordination compounds by transient spectral hole-burning.
Applications to specifically'Persistent spectral hole-burning, luminescence line narrowing and selective excitation.