America remains at risk for terrorist attack, and the Transportation Security Administration urgently needs redirection and refocusing of its operations.
Rebecca Pidgeon, wife of playwright David Mamet, is refocused on her singing and songwriting.
Project leaders refocused on opening the museum 's first phase as soon as possible with what they could afford.
Museum officials refocused on opening the museum 's first phase with what they could afford.
Two grueling three-hour practices the last couple days following two Big Ten losses had Penn State refocused on rebounding and defense.
Plastic Logic has canceled its Que e-reader, and the company is vowing to refocus its resources on designing a next-generation product.
Sullivan to Refocus Ryan's Texas Office.
FSU tries to refocus recruiting base.
Gamecocks must refocus after defeats.
Obama Trip Spotlights Asia, But Can US Refocus .
Derek Dooley stirs Vols to quick ' refocus '.
Mayor's View: In tough times, refocus .
The GOP must refocus away from social issues.
Schneider tries to refocus North Shore race on Medicare.
Wieber forced to refocus for women's team final.
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As we can see in Figure 9 and Figure 10, the radiation losses degrade the quality of the refocusing.
Loss of Resolution for the Time Reversal of Waves in Random Underwater Acoustic Channels
We have seen that radiation losses degrade the quality of the refocused transverse proﬁle as the propagation distance increases.
Loss of Resolution for the Time Reversal of Waves in Random Underwater Acoustic Channels
First, the amplitude of the refocused wave decays exponentially with the propagation distance (Section 3.6).
Loss of Resolution for the Time Reversal of Waves in Random Underwater Acoustic Channels
The transverse proﬁle of the refocused wave is studied using the diffusive continuous model introduced in, with two reﬂecting boundary conditions at u = 0 (the top of the waveguide) and u = 1 (the bottom of the waveguide).
Loss of Resolution for the Time Reversal of Waves in Random Underwater Acoustic Channels
In particular, a particle initialised at m will refocus (arbitrarily close to perfectly) at N + 1 − m after suﬃcient time.
Environment-assisted quantum transport in ordered systems
LHC year, refocused by the successes of the year passed.
Testing No-Scale F-SU(5): A 125 GeV Higgs Boson and SUSY at the 8 TeV LHC
We study in this section the resolution of the refocusing of the waves at the source, in the high-frequency and low-SNR regime described in section 5.2.
Paraxial coupling of propagating modes in three-dimensional waveguides with random boundaries
This is when and where the refocusing occurs.
Paraxial coupling of propagating modes in three-dimensional waveguides with random boundaries
If the time reversal process is statistically stable, then we can estimate its refocusing resolution by studying the mean of (7.11).
Paraxial coupling of propagating modes in three-dimensional waveguides with random boundaries
We now show that the time reversal function is statistically stable, meaning that the refocusing of the wave at the original source location does not depend on the the realization of the random medium but only on its statistical distribution, and the point spread function is approximately equal to its expectation.
Paraxial coupling of propagating modes in three-dimensional waveguides with random boundaries
The results contained in appendix B (second case) also show that if |AX | < (cid:96), the variance of the point spread function is large, and therefore that time reversal refocusing may be unstable in this case.
Paraxial coupling of propagating modes in three-dimensional waveguides with random boundaries
Time reversal is a physical experiment, where the waves can be observed in the vicinity of the source, as they refocus.
Paraxial coupling of propagating modes in three-dimensional waveguides with random boundaries
Having introduced run-time code generation as a way of addressing the challenges encountered in Section 27.3, we will refocus on some of the speciﬁc beneﬁts that RTCG brings in the context of a discontinuous Galerkin solver and discuss a few of the achieved results.
High-Order Discontinuous Galerkin Methods by GPU Metaprogramming
Refocus the telescope by the positioning the telescope secondary mirror until the star is at approximate best focus (smallest image width).
Bringing the Visible Universe into Focus with Robo-AO
Refocusing select J couplings . 4.4 Qubit initialization .
Experimental Quantum Computation with Nuclear Spins in Liquid Solution
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