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Vibrational energy transfer in CD3I
Chemical Physics, 1976Subsequent to excitation of the ν 2 CD 3 symmetric deformation, vibrational mode by a 10.6μ Q -switch CO 2 laser, infrared fluorescence has been detected from the 2ν 5 , ν 1 , ν 4 and ν 6 levels of CD 3 I. A single exponential decay rate of approximately 27 ms p−1 torr p− is observed from the ≈4.5μ levels, in agreement with other decay rates ...
Y. Langsam, S.M. Lee, A.M. Ronn
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Recent development in phosphors with different emitting colors via energy transfer
, 2016Utilizing energy transfer (ET) between the sensitizer and acceptor in phosphors is a good way to obtain tunable emission color. Therefore, many researchers have devoted their interest to design phosphors with different emission colors via their energy ...
Kai Li +3 more
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Angewandte Chemie, 2016
We report a new mechanistic strategy for controlling and modifying the photon emission of lanthanides in a core-shell nanostructure by using interfacial energy transfer.
Bo Zhou +5 more
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We report a new mechanistic strategy for controlling and modifying the photon emission of lanthanides in a core-shell nanostructure by using interfacial energy transfer.
Bo Zhou +5 more
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Acoustic Energy Transfer: A Review
IEEE Transactions on Industrial Electronics, 2013Acoustic energy transfer (AET) is a relatively new form of contactless energy transmission that uses sound waves to wirelessly convey energy. In contrast to inductive coupling, it is suited for energy transmission over distances that are large in comparison to the transmitter and receiver dimensions.
Jorge L. Duarte +3 more
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Energy transfer in polymers—V. Singlet and triplet energy transfer in polyacenaphthylene
European Polymer Journal, 1972Abstract The emission spectra of polyacenaphthylene (PAcN) and polyvinylnaphthalene (PVN) films and solutions have been compared at room temperature and 77°K. In organic glasses at 77°K, normal fluorescence and phosphorescence are observed for both polymers. Quenching of PAcN phosphorescence by piperylene in a glass obeys a Stem-Volmer type equation;
David, Christiane +2 more
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1966
Publisher Summary This chapter discusses mechanisms involved in energy transfer. The energy of molecules is normally considered to be present in three forms: (1) translational, (2) rotational, and (3) vibrational. In a system at equilibrium, at any temperature, the amounts of energy held in these three forms must be related to each other, as each is ...
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Publisher Summary This chapter discusses mechanisms involved in energy transfer. The energy of molecules is normally considered to be present in three forms: (1) translational, (2) rotational, and (3) vibrational. In a system at equilibrium, at any temperature, the amounts of energy held in these three forms must be related to each other, as each is ...
openaire +2 more sources