Absorption Measurements in Microfluidic Devices using Ring-down Spectroscopy
... then fed into a fast lock-in amplifier (Stanford Research Systems, SR 844) and referenced to the driving current of the laser diode. To reduce radio frequency interference, all the cables are shielded. The laser dye ADS805(American Dye Source) was used without further purification and had an absorp ...
... then fed into a fast lock-in amplifier (Stanford Research Systems, SR 844) and referenced to the driving current of the laser diode. To reduce radio frequency interference, all the cables are shielded. The laser dye ADS805(American Dye Source) was used without further purification and had an absorp ...
Recent advances in transformation optics
... chemical constituents, but rather on the internal, specific structures of the building blocks of metamaterials. These building blocks function as artificial ‘‘atoms’’ and ‘‘molecules’’, in analogy to those in natural materials. Through regulated interactions with electromagnetic waves, they can prod ...
... chemical constituents, but rather on the internal, specific structures of the building blocks of metamaterials. These building blocks function as artificial ‘‘atoms’’ and ‘‘molecules’’, in analogy to those in natural materials. Through regulated interactions with electromagnetic waves, they can prod ...
Recent advances in transformation optics
... chemical constituents, but rather on the internal, specific structures of the building blocks of metamaterials. These building blocks function as artificial ‘‘atoms’’ and ‘‘molecules’’, in analogy to those in natural materials. Through regulated interactions with electromagnetic waves, they can prod ...
... chemical constituents, but rather on the internal, specific structures of the building blocks of metamaterials. These building blocks function as artificial ‘‘atoms’’ and ‘‘molecules’’, in analogy to those in natural materials. Through regulated interactions with electromagnetic waves, they can prod ...
Principles of Interference
... phenomena and the notion of coherence is defined by the correlation properties between the various quantities of an optical field. The optical coherence is related to the various forms of the correlations of the random processes (Born and Wolf 1984; Mandel and Wolf and Wolf 1995). The interference p ...
... phenomena and the notion of coherence is defined by the correlation properties between the various quantities of an optical field. The optical coherence is related to the various forms of the correlations of the random processes (Born and Wolf 1984; Mandel and Wolf and Wolf 1995). The interference p ...
Refractive-Index-Matched Indium--Tin
... To verify the simulation experimentally, ITO film with nITO ¼ 1:5 is necessary. Even though the refractive index is one of the unchangeable material characteristic properties, a recently developed nano-structured deposition technique showed that the refractive index can be varied by controlling the p ...
... To verify the simulation experimentally, ITO film with nITO ¼ 1:5 is necessary. Even though the refractive index is one of the unchangeable material characteristic properties, a recently developed nano-structured deposition technique showed that the refractive index can be varied by controlling the p ...
D12 in docx
... highly doped semiconductors. This was, e.g., recently suggested by Alexandra Boltasseva and Harry Atwater (Science 331, 290 (2011)) for planar metamaterial structures. In PHOME, the KIT partner has successfully fabricated [D12:7] three-dimensional architectures based on Al-doped ZnO grown by atomic- ...
... highly doped semiconductors. This was, e.g., recently suggested by Alexandra Boltasseva and Harry Atwater (Science 331, 290 (2011)) for planar metamaterial structures. In PHOME, the KIT partner has successfully fabricated [D12:7] three-dimensional architectures based on Al-doped ZnO grown by atomic- ...
IMPORTANT FEATURES FOR A RIGHT - pi
... important for practice case of creating a small laser spot with uniform intensity profile just in focal plane of a lens. Realizing this approach requires solving of the inverse problem – which intensity distribution should be at the entrance of a lens in order to get a flattop spot in focal plane? T ...
... important for practice case of creating a small laser spot with uniform intensity profile just in focal plane of a lens. Realizing this approach requires solving of the inverse problem – which intensity distribution should be at the entrance of a lens in order to get a flattop spot in focal plane? T ...
An ultrafast reconfigurable nanophotonic switch using
... scatterers.5,6 Exciting new techniques have emerged based on shaping of the light field itself to match a given scattering configuration, either through time reversal7,8 or iterative schemes.9,10 The method of wavefront shaping is based on the general concept that the transmission through any medium ...
... scatterers.5,6 Exciting new techniques have emerged based on shaping of the light field itself to match a given scattering configuration, either through time reversal7,8 or iterative schemes.9,10 The method of wavefront shaping is based on the general concept that the transmission through any medium ...
Slide 1
... In a step index fiber, the refractive index changes in a step fashion, from the centre of the fiber, the core, to the outer shell, the cladding. It is high in the core and lower in the cladding. The light in the fiber propagates by bouncing back and forth from core-cladding interface. The step index ...
... In a step index fiber, the refractive index changes in a step fashion, from the centre of the fiber, the core, to the outer shell, the cladding. It is high in the core and lower in the cladding. The light in the fiber propagates by bouncing back and forth from core-cladding interface. The step index ...
Fabry-Perot Interferometer
... function of the oscilloscope. For reference, save the image of the oscilloscope screen showing the measurement results (use the "get screen" function on the computer). Do the same for the measurement of the piezo expansion rate. For the investigation of the modal spectrum of the laser use the provid ...
... function of the oscilloscope. For reference, save the image of the oscilloscope screen showing the measurement results (use the "get screen" function on the computer). Do the same for the measurement of the piezo expansion rate. For the investigation of the modal spectrum of the laser use the provid ...
Light propagation in dry and wet softwood
... Knowledge of light propagation in wood is important for industrial applications as well as for understanding the optical appearance of wood. For a correct description of the optics of wood the aligned microstructure, which causes the anisotropic optical properties of wood, has to be considered. Wood ...
... Knowledge of light propagation in wood is important for industrial applications as well as for understanding the optical appearance of wood. For a correct description of the optics of wood the aligned microstructure, which causes the anisotropic optical properties of wood, has to be considered. Wood ...
Multipolarization Dynamic Light Scattering of Nonspherical
... G2 S-TWIN microscope with a 200 kV accelerating voltage. For TEM imaging, the drop containing nanoparticles was dried on a special grid. For each sample, TEM images are presented in Figure S2 (SI). Image processing was made using ImageJ software.22 MP DLS Measurements. MP DLS measurements were carri ...
... G2 S-TWIN microscope with a 200 kV accelerating voltage. For TEM imaging, the drop containing nanoparticles was dried on a special grid. For each sample, TEM images are presented in Figure S2 (SI). Image processing was made using ImageJ software.22 MP DLS Measurements. MP DLS measurements were carri ...
Effect of ABCD transformations on beam paraxiality
... The concept of paraxiality applied to optical beams refers to how accurate is the paraxial approximation (PA) for describing the propagation of a light beam through a given optical system. The ondulatory foundation of the PA is based on the assumption that the complex amplitude of the field slowly v ...
... The concept of paraxiality applied to optical beams refers to how accurate is the paraxial approximation (PA) for describing the propagation of a light beam through a given optical system. The ondulatory foundation of the PA is based on the assumption that the complex amplitude of the field slowly v ...
Digital Fourier Microscopy for Soft Matter Dynamics
... somehow restrictive conditions [34], the analysis of microscope images in the Fourier space - from here on Digital Fourier Microscopy (DFM) - of a sample can provide quantitative information about its structure and dynamics similar to the one obtained in SLS and DLS experiments. The reader should be ...
... somehow restrictive conditions [34], the analysis of microscope images in the Fourier space - from here on Digital Fourier Microscopy (DFM) - of a sample can provide quantitative information about its structure and dynamics similar to the one obtained in SLS and DLS experiments. The reader should be ...
Theoretical derivation of the depth average of remotely sensed
... MERIS. Such inversions do not take into account the vertical structure of the parameters. Especially in the coastal zones, there can be significant stratification, however. The remote sensing reflectance at the surface thus incorporates aspects of the vertical structure of the optical properties. Th ...
... MERIS. Such inversions do not take into account the vertical structure of the parameters. Especially in the coastal zones, there can be significant stratification, however. The remote sensing reflectance at the surface thus incorporates aspects of the vertical structure of the optical properties. Th ...
Optical Waveguide Modes
... Since the waveguides in optical integrated circuits are typically only a few micrometers thick, observation of the optical mode profile across a given dimension cannot be accomplished without a relatively elaborate experimental set-up, featuring at least 1000× magnification. One such system [9], whi ...
... Since the waveguides in optical integrated circuits are typically only a few micrometers thick, observation of the optical mode profile across a given dimension cannot be accomplished without a relatively elaborate experimental set-up, featuring at least 1000× magnification. One such system [9], whi ...
General equation for the differential pathlength factor of the frontal
... the frontal human head, incorporating dependency on wavelength and age, based on published data. We validated the equation using different data sets of experimentally determined DPFs from six independent studies. © The Authors. Published by SPIE under a Creative Commons Attribution 3.0 Unported Lice ...
... the frontal human head, incorporating dependency on wavelength and age, based on published data. We validated the equation using different data sets of experimentally determined DPFs from six independent studies. © The Authors. Published by SPIE under a Creative Commons Attribution 3.0 Unported Lice ...
technical paper
... (DWDM) filters reflect over very narrow wavelength bands and are used to separate optical signals in telecommunication fiber optics. The list goes on…. In addition to improving performance and adding color, reflective coatings are also used to reduce the cost of a wide variety of materials. By apply ...
... (DWDM) filters reflect over very narrow wavelength bands and are used to separate optical signals in telecommunication fiber optics. The list goes on…. In addition to improving performance and adding color, reflective coatings are also used to reduce the cost of a wide variety of materials. By apply ...
Multimode or Single-Mode Optical Fiber
... enterprise and data center networks. These higher speeds might lead system designers to believe that single-mode optical fiber enjoys an increasing advantage over multimode optical fiber in premises applications. However, higher Ethernet speeds do not automatically mean that singlemode optical fiber ...
... enterprise and data center networks. These higher speeds might lead system designers to believe that single-mode optical fiber enjoys an increasing advantage over multimode optical fiber in premises applications. However, higher Ethernet speeds do not automatically mean that singlemode optical fiber ...
Direct welding of fused silica with femtosecond fiber laser
... welding area. Figure 6 illustrates laser glass multi line welding results. Both of the sample substrates dimensions are 10 mmx10 mm with 1 mm thick. The welded line starts from one edge of the sample to the end of the other edge and each of the welding lines is 10 mm long. From the camera picture as ...
... welding area. Figure 6 illustrates laser glass multi line welding results. Both of the sample substrates dimensions are 10 mmx10 mm with 1 mm thick. The welded line starts from one edge of the sample to the end of the other edge and each of the welding lines is 10 mm long. From the camera picture as ...