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Energy of Excimer Luminescence. I. A Reconsideration of Excimer Processes
The Journal of Chemical Physics, 1964The interpretation of the energies of excimer luminescence of some polyacenes is considered and it is shown that neither simple molecular exciton attitudes nor charge resonance attitudes can provide satisfactory agreement with experiment. The D2k excimer formed from D2h aromatics is investigated and it is shown that the zeroth-order dimeric B3g state ...
Tohru Azumi, S. P. McGlynn
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Dyes and pigments, 2018
A series of pyrene functionalized cyclotriphosphazene-based dyes, mono- (1), cis- and trans-non-geminal-bis (2a, 2b), geminal-bis-(4), geminal-tetrakis-(6), and hexakis-(7) derivatives, has been synthesized and, their photophysical properties such as ...
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A series of pyrene functionalized cyclotriphosphazene-based dyes, mono- (1), cis- and trans-non-geminal-bis (2a, 2b), geminal-bis-(4), geminal-tetrakis-(6), and hexakis-(7) derivatives, has been synthesized and, their photophysical properties such as ...
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1979
In this chapter three types of excimer lasers will be discussed. These are the pure noble gas excimers, the rare gas oxides and the diatomic halogens. The closely related rare gas halide systems are examined in Chap. 4. The historical development of the noble gas excimer laser systems has already been discussed in Chap.
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In this chapter three types of excimer lasers will be discussed. These are the pure noble gas excimers, the rare gas oxides and the diatomic halogens. The closely related rare gas halide systems are examined in Chap. 4. The historical development of the noble gas excimer laser systems has already been discussed in Chap.
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1979
In this chapter we consider diatomic excimer molecules (AB) in which a Group I, II, or III metal atom is the radiative species (A). Group II metal atoms can play the role of a noble gas (B), since they have 1 S 0 ground states and have predominantly repulsive interactions with ground-state atoms.
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In this chapter we consider diatomic excimer molecules (AB) in which a Group I, II, or III metal atom is the radiative species (A). Group II metal atoms can play the role of a noble gas (B), since they have 1 S 0 ground states and have predominantly repulsive interactions with ground-state atoms.
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Excimer and excimer-dye laser systems for medical applications
SPIE Proceedings, 1990The paper presents the structure and the set of basic parameters of two laser systems for medical applications in ophthalmology, angioplasty and diagnostics and therapy of tumors. In both systems the basic unit is an excimer laser elaborated and manufactured in the JPPLM.
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Excimer Lasers : Practical Excimer Laser Sources
1985Since their first demonstration1 in 1975 rare-gas-halide excimer lasers have been developed with amazing rapidity when compared with the development of previous systems. This new generation of lasers have been indeed described as an ultraviolet revolution and a new gas laser workhorse.
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Excimer Laser Intrastromal Keratomileusis
American Journal of Ophthalmology, 1992We studied 30 eyes in 22 patients with severe myopia who underwent myopic keratomileusis combined with excimer laser refractive correction. The goals of the study were to evaluate the efficacy of the procedure in decreasing myopia, to assess the response of the cornea to intrastromal photoablation, and to examine the relationship between the number of ...
Buratto L, Ferrari M, Rama P
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Excimer Laser Phototherapeutic Keratectomy
International Ophthalmology Clinics, 1996Excimer laser phototherapeutic keratectomy (PTK) is an important tool in the management of superficial corneal pathology. It works well in the treatment of anterior corneal dystrophies and degenerations, but we are learning that it may have a role in the treatment of certain patients with deeper corneal pathology. Indications also are being expanded to
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Nature, 1967
Excited atomic and molecular dimers (excimers) and complexes (exciplexes) are bound together by electronic excitation energy but are dissociated in the ground state. What follows is a review of current knowledge in the field.
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Excited atomic and molecular dimers (excimers) and complexes (exciplexes) are bound together by electronic excitation energy but are dissociated in the ground state. What follows is a review of current knowledge in the field.
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The excimer laser in Australia
Medical Journal of Australia, 1992C S, Guest, H R, Taylor
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