Saturation
... Linear and Nonlinear Absorption In case the incident wave with spectral energy density ( ) I ( ) c And spectral width L Which is large compared to the halfwidth of the Absorption profile L The total intensity becomes I I ( )d I ( 0 ) L ...
... Linear and Nonlinear Absorption In case the incident wave with spectral energy density ( ) I ( ) c And spectral width L Which is large compared to the halfwidth of the Absorption profile L The total intensity becomes I I ( )d I ( 0 ) L ...
Low-coherence heterodyne photon correlation spectroscopy
... autocorrelation decay rate as the single scattering regime is exceeded. Contributions from higher order scattering cause the characteristic intensity fluctuations to be more rapid and thus increase the intensity autocorrelation decay rate. This increased decay rate leads to an underestimate of the s ...
... autocorrelation decay rate as the single scattering regime is exceeded. Contributions from higher order scattering cause the characteristic intensity fluctuations to be more rapid and thus increase the intensity autocorrelation decay rate. This increased decay rate leads to an underestimate of the s ...
DNA/RNA nucleotides and nucleosides: direct measurement of
... To test for contributions from solvation, Raman scattering and others, we made a series of experiments in which the up-converted ¯uorescence was varied from 310 to 350 nm. As shown for TMP, for all wavelengths, the same single exponential decay to the baseline was observed with only a small dierenc ...
... To test for contributions from solvation, Raman scattering and others, we made a series of experiments in which the up-converted ¯uorescence was varied from 310 to 350 nm. As shown for TMP, for all wavelengths, the same single exponential decay to the baseline was observed with only a small dierenc ...
Dissipative Preparation of Spin Squeezed Atomic Ensembles in a Steady States
... fields do not couple directly to the clock states jF ¼ 1; mF ¼ 0i and jF ¼ 2; mF ¼ 0i and therefore act as a repumping field for the proposed four-state scheme. The repump processes can be easily incorporated in our formalism in the form of additional single-atom scattering channels [29]. These proc ...
... fields do not couple directly to the clock states jF ¼ 1; mF ¼ 0i and jF ¼ 2; mF ¼ 0i and therefore act as a repumping field for the proposed four-state scheme. The repump processes can be easily incorporated in our formalism in the form of additional single-atom scattering channels [29]. These proc ...
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Laser Frequency and Time 1 Introduction
... in half, one will eventually reach a sufficiently small gap that can be measured as a beat signal. Each divider stage contains a laser whose second harmonic frequency is phase-locked to the sum frequency of its two inputs. All these stages can operate in a limited near-visible region of the electrom ...
... in half, one will eventually reach a sufficiently small gap that can be measured as a beat signal. Each divider stage contains a laser whose second harmonic frequency is phase-locked to the sum frequency of its two inputs. All these stages can operate in a limited near-visible region of the electrom ...
Cofacial Dicobalt Complex of a Binucleating Hexacarboxamide Cryptand Ligand DOI: 10.1021/ic100395a
... centers, ruling out the presence of a second axial ligand. The distance between the metal centers is 6.4078 Å (avg). The structure of 3 reveals that Kþ ions bridge the dicobalt cryptate units, resulting in an extended three-dimensional structure. This is in analogy to protonated cryptands, which ma ...
... centers, ruling out the presence of a second axial ligand. The distance between the metal centers is 6.4078 Å (avg). The structure of 3 reveals that Kþ ions bridge the dicobalt cryptate units, resulting in an extended three-dimensional structure. This is in analogy to protonated cryptands, which ma ...
EE 230: Optical Fiber Communication Lecture 4
... Random power transfer occurs between different polarization modes as the pulse propagates, if the two modes have different propagation velocities then the pulse will broaden ...
... Random power transfer occurs between different polarization modes as the pulse propagates, if the two modes have different propagation velocities then the pulse will broaden ...
Liquid-State NMR Quantum Computing
... Classical and quantum computers both represent information in the form of binary digits (bit). When we use spins for representing information, we arbitrarily assign “0” to a spin up and “1” to a spin down. As shown in Figure 1, we need a sufficiently large number of spins to store the information th ...
... Classical and quantum computers both represent information in the form of binary digits (bit). When we use spins for representing information, we arbitrarily assign “0” to a spin up and “1” to a spin down. As shown in Figure 1, we need a sufficiently large number of spins to store the information th ...
