Micro-Displacement Sensor Based on a Hollow
... high light/sample overlapping [1,2]. These advantages lead to fascinating applications based on HC-PCFs, such as gas sensing [3], rhodamine sensing [4], DNA sensing [5], particle guidance and levitation [6], among others. However, hollow-core PCFs present the disadvantage of supporting multiple mode ...
... high light/sample overlapping [1,2]. These advantages lead to fascinating applications based on HC-PCFs, such as gas sensing [3], rhodamine sensing [4], DNA sensing [5], particle guidance and levitation [6], among others. However, hollow-core PCFs present the disadvantage of supporting multiple mode ...
OpticalDiagnostics-ScatteringDiagnostics
... 1963 by Fünfer (First ruby laser in 1960) First measurements in hot plasmas by Peacock et al., in 1969 at the Russian T3 Tokamak Thomson Scattering Tutorial for EFTS/EODI, 12th June 2009, M.Kempenaars ...
... 1963 by Fünfer (First ruby laser in 1960) First measurements in hot plasmas by Peacock et al., in 1969 at the Russian T3 Tokamak Thomson Scattering Tutorial for EFTS/EODI, 12th June 2009, M.Kempenaars ...
Holographic Optical Beam-Steering (HOBS)
... (lasercom). Lasercom is superior to other methods of wireless communication with respect to data transfer rates and transmission security because it is very difficult to jam the beam or intercept data [Cadogan and Mulholland 1996; Henniger and Wilfert 2010][Ghuman and Willebrand 2002, pg. 2,5][Majum ...
... (lasercom). Lasercom is superior to other methods of wireless communication with respect to data transfer rates and transmission security because it is very difficult to jam the beam or intercept data [Cadogan and Mulholland 1996; Henniger and Wilfert 2010][Ghuman and Willebrand 2002, pg. 2,5][Majum ...
Quantitative study of single molecule location estimation techniques
... super-resolution image is dependent on the accuracy with which the location of individual fluoropheres can be determined. Determining the location of a single molecule from its image is not straightforward. The emission and detection of photons from a single molecule are stochastic processes. Moreov ...
... super-resolution image is dependent on the accuracy with which the location of individual fluoropheres can be determined. Determining the location of a single molecule from its image is not straightforward. The emission and detection of photons from a single molecule are stochastic processes. Moreov ...
ANALOG SIGNAL PROCESSING FOR OPTICAL COHERENCE
... I would like to thank my advisor, Dr. Jennifer K. Barton for guiding me, both personally and professionally. I am grateful for the trust, encouragement and support that she has given me in the past 3.5 years. I would also like to thank her for providing me with the opportunities, which were necessar ...
... I would like to thank my advisor, Dr. Jennifer K. Barton for guiding me, both personally and professionally. I am grateful for the trust, encouragement and support that she has given me in the past 3.5 years. I would also like to thank her for providing me with the opportunities, which were necessar ...
the Quantifying Scatter PDF
... (perpendicular to the streak) and normalize by the slit width (Δθ in degrees) instead of the aperture solid angular area in steradians. These cases are called “one dimensional in nature because the surface frequencies associated with the feature “propagate” in only one direction. It is not reasonabl ...
... (perpendicular to the streak) and normalize by the slit width (Δθ in degrees) instead of the aperture solid angular area in steradians. These cases are called “one dimensional in nature because the surface frequencies associated with the feature “propagate” in only one direction. It is not reasonabl ...
pdf
... viewed with a wave aberration corresponding to a single Zernike mode. During the second interval, the stimulus was viewed with a wave aberration corresponding to a standard aberration. The standard aberration was created by combining all 18 Zernike modes from the second through fifth order, each hav ...
... viewed with a wave aberration corresponding to a single Zernike mode. During the second interval, the stimulus was viewed with a wave aberration corresponding to a standard aberration. The standard aberration was created by combining all 18 Zernike modes from the second through fifth order, each hav ...
Development of Mirror Coatings for Gravitational Wave Detectors
... This equation highlights a number of key aspects of coating thermal noise. For example, the thermal noise amplitude will depend on the square root of the loss-thickness product, in addition to scaling inversely with the probing laser beam radius. Therefore, strategies for reducing Brownian thermal n ...
... This equation highlights a number of key aspects of coating thermal noise. For example, the thermal noise amplitude will depend on the square root of the loss-thickness product, in addition to scaling inversely with the probing laser beam radius. Therefore, strategies for reducing Brownian thermal n ...
Interaction of electromagnetic radiation with matter
... Only in the case of a non-dispersive wave, for which ! is proportional to k, will equations (3.26) and (3.27) be, in general, equal to one another. Figure 3.3 illustrates the idea of a dispersive wave. It shows a sinusoidal wave that has been modulated by a Gaussian envelope to give a pulse. The pul ...
... Only in the case of a non-dispersive wave, for which ! is proportional to k, will equations (3.26) and (3.27) be, in general, equal to one another. Figure 3.3 illustrates the idea of a dispersive wave. It shows a sinusoidal wave that has been modulated by a Gaussian envelope to give a pulse. The pul ...
