Adaptive Optics for Optical Coherence Tomography
... Optical coherence tomography (OCT) [49] is a technique based on low coherence interferometry [7, 101] that is able to reconstruct tomographic (sectional) images of the object under study. It is usually implemented as a Michelson interferometer, in which the pattern of interference between the refere ...
... Optical coherence tomography (OCT) [49] is a technique based on low coherence interferometry [7, 101] that is able to reconstruct tomographic (sectional) images of the object under study. It is usually implemented as a Michelson interferometer, in which the pattern of interference between the refere ...
In the setup for the Borde-Chu Interferometer (BCI), the phase shift
... In an atomic interferometer[1-8], the phase shift due to rotation is proportional to the area enclosed by the split components of the atom. In most situations, the atomic wavepacket is split first by what can be considered effectively as an atomic beam-splitter [9-13]. The split components are then ...
... In an atomic interferometer[1-8], the phase shift due to rotation is proportional to the area enclosed by the split components of the atom. In most situations, the atomic wavepacket is split first by what can be considered effectively as an atomic beam-splitter [9-13]. The split components are then ...
Multidimensional Spectroscopy of Semiconductor Quantum Dots
... reproduce 2DFT spectra of GaAs multiple quantum wells. With the FWM signal reflected from the sample surface instead of transmitted through, we show that very low pulse powers can be used to generate coherent 2D signals from colloidal PbS quantum dots. Dephasing times are particularly difficult to m ...
... reproduce 2DFT spectra of GaAs multiple quantum wells. With the FWM signal reflected from the sample surface instead of transmitted through, we show that very low pulse powers can be used to generate coherent 2D signals from colloidal PbS quantum dots. Dephasing times are particularly difficult to m ...
post-peer-review-non-publishers
... (PML) is used to absorb reflections from the left, right and bottom boundaries. In addition, please note that, for a complete model, the EMATs result in the volume force for ultrasound generation; in this work, we use an approximated model with only the surface source to generate ultrasound waves, a ...
... (PML) is used to absorb reflections from the left, right and bottom boundaries. In addition, please note that, for a complete model, the EMATs result in the volume force for ultrasound generation; in this work, we use an approximated model with only the surface source to generate ultrasound waves, a ...
Transmission Lines - Text of NPTEL IIT Video Lectures
... beyond this the field would become very small. So what we can do is as the rule of thumb we can say that effectively the wave is going to propagate over this distance in this medium this is the effective length over which the propagation of the wave takes place from the beginning of the medium, what ...
... beyond this the field would become very small. So what we can do is as the rule of thumb we can say that effectively the wave is going to propagate over this distance in this medium this is the effective length over which the propagation of the wave takes place from the beginning of the medium, what ...
CfE Advanced Higher Physics Unit 2: Quanta and Waves
... This quantisation of angular momentum fitted in with the predicted energy levels, but left a crucial question unanswered. Why were these particular orbits allowed? In other words, what made this value of angular momentum so special, and why did having angular momentum of nh/2π make the orbit stable? ...
... This quantisation of angular momentum fitted in with the predicted energy levels, but left a crucial question unanswered. Why were these particular orbits allowed? In other words, what made this value of angular momentum so special, and why did having angular momentum of nh/2π make the orbit stable? ...
TE wave
... the TE01 by 20%. Find: (a) The sizes for a and b. (b) The operating wavelength, the phase velocity, the guide wavelength, and the wave impedance for the designed waveguide. Solution: (a) The cutoff wavelength of the TE10 wave is c 2a , and c c the cutoff frequency is f c . The cutoff waveleng ...
... the TE01 by 20%. Find: (a) The sizes for a and b. (b) The operating wavelength, the phase velocity, the guide wavelength, and the wave impedance for the designed waveguide. Solution: (a) The cutoff wavelength of the TE10 wave is c 2a , and c c the cutoff frequency is f c . The cutoff waveleng ...
Surface Waves
... There are many different types of surface wave and each can be defined by the guiding structure required. Two potential types of surface wave have been identified that may be useful for both civil and military applications, namely the Zenneck surface wave and the trapped surface wave. Zenneck Surfac ...
... There are many different types of surface wave and each can be defined by the guiding structure required. Two potential types of surface wave have been identified that may be useful for both civil and military applications, namely the Zenneck surface wave and the trapped surface wave. Zenneck Surfac ...
Normal incidence – propagating waves
... During t, the car travels a distance z; therefore, the velocity of the car can be estimated. The difference in arrival time for two pulses ...
... During t, the car travels a distance z; therefore, the velocity of the car can be estimated. The difference in arrival time for two pulses ...
