Minimized speckle noise in lens-less holographic projection by pixel
... intensity distribution of the USAF pattern on a distant projection screen, when displayed one by one on the SLM. As the first step of the proposed algorithm the input bitmap is split into a set of sub-images where only every N'th pixel is kept, while all the other pixels are set to black. This opera ...
... intensity distribution of the USAF pattern on a distant projection screen, when displayed one by one on the SLM. As the first step of the proposed algorithm the input bitmap is split into a set of sub-images where only every N'th pixel is kept, while all the other pixels are set to black. This opera ...
Stimulated Brillouin scattering parasitics in large
... Stimulated Brillouin scattering" 2 (SBS) is an allowed nonlinear process in all media and has previously3 been associated with damage processes in mirrors and windows. Scaling of UV excimer lasers for kilojoule, short-pulse (10 nsec), narrow-band (<0.5 cm-') operation creates the potential for trans ...
... Stimulated Brillouin scattering" 2 (SBS) is an allowed nonlinear process in all media and has previously3 been associated with damage processes in mirrors and windows. Scaling of UV excimer lasers for kilojoule, short-pulse (10 nsec), narrow-band (<0.5 cm-') operation creates the potential for trans ...
Hollow Retroreflectors Promote Precision Optical Alignment
... Advances in work materials and coatings are pushing this self-compensating mirror technology beyond traditional uses, such as laser tracking, and further into space-based interferometry, long-path spectroscopy and other emerging applications. by Zvi Bleier, Itai Vishnia and Jack Lipkins, PLX Inc. re ...
... Advances in work materials and coatings are pushing this self-compensating mirror technology beyond traditional uses, such as laser tracking, and further into space-based interferometry, long-path spectroscopy and other emerging applications. by Zvi Bleier, Itai Vishnia and Jack Lipkins, PLX Inc. re ...
Snímek 1
... Proton emission – protons must penetrate Coulomb barrier → life time (also in μs and ms range) is longer than characteristic nuclear time (time of nucleon transit through nucleus – 1021s) → existence of proton radioactivity. It is possible only for exotic light nuclei with large excess of protons (f ...
... Proton emission – protons must penetrate Coulomb barrier → life time (also in μs and ms range) is longer than characteristic nuclear time (time of nucleon transit through nucleus – 1021s) → existence of proton radioactivity. It is possible only for exotic light nuclei with large excess of protons (f ...
MS Word 97 - Vadim Makarov
... We live in the world of information. Over the last century it became obvious that nothing is as valuable as information. In the last several decades with the growth of Internet there was a big breakthrough in the field of information interchange. A huge amounts of data is being sent every day. It is ...
... We live in the world of information. Over the last century it became obvious that nothing is as valuable as information. In the last several decades with the growth of Internet there was a big breakthrough in the field of information interchange. A huge amounts of data is being sent every day. It is ...
Ionization in strong low-frequency fields: from quantum S
... (2) The propagation in the continuum is also different: the electron not only oscillates in the laser field, it can also scatter off the atomic core. This is not present in the SFA formalism, but can be included additionally: The SFA result can be considered as the first term in a perturbative expa ...
... (2) The propagation in the continuum is also different: the electron not only oscillates in the laser field, it can also scatter off the atomic core. This is not present in the SFA formalism, but can be included additionally: The SFA result can be considered as the first term in a perturbative expa ...
Calibration, Size bin choices, Mie scattering theory
... index, and the shape of the Mie curve will change, depending on the particle composition. Therefore, since as many as 40 size thresholds can be programmed into the DMT SPP electronics, it is probably a better practice to cluster a number of channels around the multivalued regions and set the thresho ...
... index, and the shape of the Mie curve will change, depending on the particle composition. Therefore, since as many as 40 size thresholds can be programmed into the DMT SPP electronics, it is probably a better practice to cluster a number of channels around the multivalued regions and set the thresho ...
Conservative, unconditionally stable
... and the number of unknowns can be very large, it is highly desirable that the coupling in the time-discrete system is predominantly linear, so that the iterative solution can handle nonlinear terms with a simple fixed point approach, rather than requiring a full Newton-like method that would require ...
... and the number of unknowns can be very large, it is highly desirable that the coupling in the time-discrete system is predominantly linear, so that the iterative solution can handle nonlinear terms with a simple fixed point approach, rather than requiring a full Newton-like method that would require ...
Photodissociation Dynamics R. Schinke
... that it is inherently impossible to resolve the temporal behavior of the state of the molecule. Only when lasers with pulse lengths in the sub-picosecond region became available did it become possible to study directly, by means of pump probe experiments, the evolution of the molecule from the point ...
... that it is inherently impossible to resolve the temporal behavior of the state of the molecule. Only when lasers with pulse lengths in the sub-picosecond region became available did it become possible to study directly, by means of pump probe experiments, the evolution of the molecule from the point ...
Modeling of nano-photonics
... medium for transportation, due to their low losses, and high capacity. A single optical fiber (whose core is less than 10µm in diameter) has been demonstrated to transmit more than 1Tbit/sec, with losses less than 0.2dB/km. By the same token, this large amount of data needs to be processed. To perfo ...
... medium for transportation, due to their low losses, and high capacity. A single optical fiber (whose core is less than 10µm in diameter) has been demonstrated to transmit more than 1Tbit/sec, with losses less than 0.2dB/km. By the same token, this large amount of data needs to be processed. To perfo ...
1. Wave Nature of Light
... 1.1. Such an optical cavity is called a spherical mirror resonator, and is most commonly used in gas lasers. Sometimes, one of the reflectors is a plane mirror. The two spherical mirrors and the space between them form an optical resonator because only certain light waves with certain frequencies ca ...
... 1.1. Such an optical cavity is called a spherical mirror resonator, and is most commonly used in gas lasers. Sometimes, one of the reflectors is a plane mirror. The two spherical mirrors and the space between them form an optical resonator because only certain light waves with certain frequencies ca ...
