CMP4203 Lasers and Photonics
... The content is designed to provide the foundations with which the operation of laser devices may be understood at the mechanistic level. Together with skills acquired in related courses in the Computer Engineering degree program, this provides the student with the skill base to approach the next lev ...
... The content is designed to provide the foundations with which the operation of laser devices may be understood at the mechanistic level. Together with skills acquired in related courses in the Computer Engineering degree program, this provides the student with the skill base to approach the next lev ...
Active imaging lens with real-time variable resolution and constant
... The proposed system has similarities with many existing ones. First, it shares some properties of a zoom system since it can increase the resolution in a given region by changing the magnification. However, it is also very different since it keeps the total field of view constant. Instead of increas ...
... The proposed system has similarities with many existing ones. First, it shares some properties of a zoom system since it can increase the resolution in a given region by changing the magnification. However, it is also very different since it keeps the total field of view constant. Instead of increas ...
FTIR Instrumentation
... are completely in phase with each other and, therefore, interfere constructively. The two component beams that make up the output beam passed to the source are completely out of phase with each other and, therefore, interfere destructively. In this case, all of the original light energy goes to the ...
... are completely in phase with each other and, therefore, interfere constructively. The two component beams that make up the output beam passed to the source are completely out of phase with each other and, therefore, interfere destructively. In this case, all of the original light energy goes to the ...
Total Internal Reflection Fluorescence
... beam diameters, it may be useful to first expand or contract one or more of the individual beams with a telescope lens system. In addition, beam shutters can be added to individual laser lines for selection of specific excitation wavelength(s) during experiments. Depending on space constraints it ma ...
... beam diameters, it may be useful to first expand or contract one or more of the individual beams with a telescope lens system. In addition, beam shutters can be added to individual laser lines for selection of specific excitation wavelength(s) during experiments. Depending on space constraints it ma ...
Lecture Series: Building the Future of Optical Modeling and Design
... limitations in advanced optical modeling. Maybe some of you has already tried to solve that problem by applying a Maxwell’s solver like Finite-Difference Time-Domain Technique (FDTD). Then you found out in most of your applications, that this big step in modeling just does not work in practice becau ...
... limitations in advanced optical modeling. Maybe some of you has already tried to solve that problem by applying a Maxwell’s solver like Finite-Difference Time-Domain Technique (FDTD). Then you found out in most of your applications, that this big step in modeling just does not work in practice becau ...
intropig
... where D is the optical density of the photopigment. (Thus, when D is low the normalized absorbance and absorbtance spectra are the same shape.) To compare an absorbance spectrum with a corneally-measured human spectral sensitivity, requires several steps and assumptions. First, we must know the effe ...
... where D is the optical density of the photopigment. (Thus, when D is low the normalized absorbance and absorbtance spectra are the same shape.) To compare an absorbance spectrum with a corneally-measured human spectral sensitivity, requires several steps and assumptions. First, we must know the effe ...
Cost-effective optical coherence tomography spectrometer based on
... focusing of the beam. Furthermore, the number of components and their long term alignment drives the costs for low maintenance, high resolution instruments. An approach to miniaturize devices and thereby increase their stability is to combine functionalities of different optical components into one, ...
... focusing of the beam. Furthermore, the number of components and their long term alignment drives the costs for low maintenance, high resolution instruments. An approach to miniaturize devices and thereby increase their stability is to combine functionalities of different optical components into one, ...
Counting Airborne Bacteria in Real Time
... now being given precisely this addition with the availability of new laser light sources. The preliminary stage - flow cytometry Numerous biological systems can be easily stimulated energetically with short-wave light and react to lower frequency light with re-emission. This fluorescence effect was ...
... now being given precisely this addition with the availability of new laser light sources. The preliminary stage - flow cytometry Numerous biological systems can be easily stimulated energetically with short-wave light and react to lower frequency light with re-emission. This fluorescence effect was ...
PROJECT TEM
... The first step in phase identification before the analysis of the diffraction patterns is a chemical analysis that can been done in a TEM microscope by X-rays energy dispersive spectrometry EDS, or electron energy loss spectrometry EELS. In addition to many other advantages such as the possibility o ...
... The first step in phase identification before the analysis of the diffraction patterns is a chemical analysis that can been done in a TEM microscope by X-rays energy dispersive spectrometry EDS, or electron energy loss spectrometry EELS. In addition to many other advantages such as the possibility o ...
Direct Imaging of Transient Interference in a Optical Microscopy
... NSOM is used to directly measure the evanescent field on the upper surface of the waveguide. The NSOM technique has been frequently used for optical waveguide characterization in light propagation properties, spatial modes profile, and guided modes interference [2]–[5]. NSOM measurements reported he ...
... NSOM is used to directly measure the evanescent field on the upper surface of the waveguide. The NSOM technique has been frequently used for optical waveguide characterization in light propagation properties, spatial modes profile, and guided modes interference [2]–[5]. NSOM measurements reported he ...
Palladium Ultra Thin Layer Profiles Evaluation by Evanescent Light
... DELI is an optical evanescent waves microscopy technique based on capturing the light extracted by nano layers deposited on a substrate which also serves as a waveguide [2,3]. The DELI technique used in this investigation is a far field optical microscopy measurement technique developed to achieve a ...
... DELI is an optical evanescent waves microscopy technique based on capturing the light extracted by nano layers deposited on a substrate which also serves as a waveguide [2,3]. The DELI technique used in this investigation is a far field optical microscopy measurement technique developed to achieve a ...