Multidimensional Vibrational Spectroscopy of Hydrogen Bonds in
... donor forms a covalent bond with the hydrogen atom whereas the interaction between the hydrogen atom and the acceptor is often considerably weaker∗ [1]. Despite its simplicity, the relevance of hydrogen bonds in nature can hardly be overestimated. It is a unique interaction that is strong enough to ...
... donor forms a covalent bond with the hydrogen atom whereas the interaction between the hydrogen atom and the acceptor is often considerably weaker∗ [1]. Despite its simplicity, the relevance of hydrogen bonds in nature can hardly be overestimated. It is a unique interaction that is strong enough to ...
Thesis - Georgia Tech
... film-substrate systems TFS1 and TFS2, for the two control states 1 and 0 of each; for an XOR R-gate of the two-electronic-signal (TES) architecture. .............................. 27 Table 3 Same as in Table 1, but for an XNOR TES-architecture R-gate. ................. 29 Table 4 Same as in Table 2, ...
... film-substrate systems TFS1 and TFS2, for the two control states 1 and 0 of each; for an XOR R-gate of the two-electronic-signal (TES) architecture. .............................. 27 Table 3 Same as in Table 1, but for an XNOR TES-architecture R-gate. ................. 29 Table 4 Same as in Table 2, ...
Infrared Emitting HgTe Quantum Dots and Their
... groups began to turn their attention to more complex heterostructures, termed quantum dot quantum wells (QDQWs), hoping to be able to derive the same benefits that had been obtained from 2-D confined systems (epitaxial superlattices etc), which had become very attractive for IR optoelectronics in pa ...
... groups began to turn their attention to more complex heterostructures, termed quantum dot quantum wells (QDQWs), hoping to be able to derive the same benefits that had been obtained from 2-D confined systems (epitaxial superlattices etc), which had become very attractive for IR optoelectronics in pa ...
Thursday, May 10, 2007
... All-fiber-integrated supercontinuum generation is demonstrated from ~0.9-3.6 µm with ~0.7 W time-averaged power by using a telecommunication laser diode, amplified by an erbium/ytterbium co-doped claddingpumped fiber amplifier, and coupled into 35 m ZBLAN fluoride fiber. ...
... All-fiber-integrated supercontinuum generation is demonstrated from ~0.9-3.6 µm with ~0.7 W time-averaged power by using a telecommunication laser diode, amplified by an erbium/ytterbium co-doped claddingpumped fiber amplifier, and coupled into 35 m ZBLAN fluoride fiber. ...
Document
... What is an optical resonator? An optical resonator, the optical counterpart of an electronic resonant circuit, confines and stores light at certain resonance frequencies. It may be viewed as an optical transmission system incorporating feedback; light circulates or is repeatedly reflected within the ...
... What is an optical resonator? An optical resonator, the optical counterpart of an electronic resonant circuit, confines and stores light at certain resonance frequencies. It may be viewed as an optical transmission system incorporating feedback; light circulates or is repeatedly reflected within the ...
Raman spectroscopy of graphite - Institut für Festkörperphysik
... The situation gets even more interesting when we collect the Raman scattered light on a disordered part of the sample as in figure 3b (Tuinstra & Koenig 1970). The intensity ratio of the E2g line in crossed (dashed line) and parallel (full) polarization is I⊥ /I ∼ 34 , ensuring that the graphite cry ...
... The situation gets even more interesting when we collect the Raman scattered light on a disordered part of the sample as in figure 3b (Tuinstra & Koenig 1970). The intensity ratio of the E2g line in crossed (dashed line) and parallel (full) polarization is I⊥ /I ∼ 34 , ensuring that the graphite cry ...
STUDY OF NONLINEAR EVOLUTION EQUATIONS WITH
... modulated tapering profiles on the intensity of self-similar waves, including bright and dark similaritons, self-similar Akhmediev breathers and self-similar rogue waves, propagating through tapered graded index waveguide. In this regard, we present a systematic analytical approach, invoking isospect ...
... modulated tapering profiles on the intensity of self-similar waves, including bright and dark similaritons, self-similar Akhmediev breathers and self-similar rogue waves, propagating through tapered graded index waveguide. In this regard, we present a systematic analytical approach, invoking isospect ...
Introduction to Diffraction Grating
... These gratings are special low period gratings designed for use in the high orders. They are generally used with a second grating or prism to separate overlapping diffracted orders. The resolution of an Echelle grating built on a precision glass substrate is typically 80-90% of the maximum theoretic ...
... These gratings are special low period gratings designed for use in the high orders. They are generally used with a second grating or prism to separate overlapping diffracted orders. The resolution of an Echelle grating built on a precision glass substrate is typically 80-90% of the maximum theoretic ...
Narrowband photon pair generation and waveform reshaping
... ton. When induced by a write pulse, atomic spin excitations are produced via spontaneous Raman transition with Stokes photons and corresponding flipped atomic spin states are created. The stored spin wave can be retrieved with a read pulse (or called retrieve pulse), so the atomic spin states produce ...
... ton. When induced by a write pulse, atomic spin excitations are produced via spontaneous Raman transition with Stokes photons and corresponding flipped atomic spin states are created. The stored spin wave can be retrieved with a read pulse (or called retrieve pulse), so the atomic spin states produce ...
Optical amplifier
An optical amplifier is a device that amplifies an optical signal directly, without the need to first convert it to an electrical signal. An optical amplifier may be thought of as a laser without an optical cavity, or one in which feedback from the cavity is suppressed. Optical amplifiers are important in optical communication and laser physics.There are several different physical mechanisms that can be used to amplify a light signal, which correspond to the major types of optical amplifiers. In doped fibre amplifiers and bulk lasers, stimulated emission in the amplifier's gain medium causes amplification of incoming light. In semiconductor optical amplifiers (SOAs), electron-hole recombination occurs. In Raman amplifiers, Raman scattering of incoming light with phonons in the lattice of the gain medium produces photons coherent with the incoming photons. Parametric amplifiers use parametric amplification.