Research Express@NCKU Form (English example) Item Content
... once every 15 degrees of polarization rotation angle (θ). R is the radius of a nanoparticle, and d is the distance of a nanoparticle pair. Figure 1(a) outlines the measured optical signal at various θ in 2R- and 0.8R-spaced cases. Insets exhibit topographies of these two pairs. Changes in optical si ...
... once every 15 degrees of polarization rotation angle (θ). R is the radius of a nanoparticle, and d is the distance of a nanoparticle pair. Figure 1(a) outlines the measured optical signal at various θ in 2R- and 0.8R-spaced cases. Insets exhibit topographies of these two pairs. Changes in optical si ...
IOSR Journal of Electrical and Electronics Engineering (IOSR-JEEE)
... A rapidly expanding army of metallic dielectric nanoparticles has taken the world of Nano photonics by storm, offering solutions to decades-old problems and opening up new avenues of exploration. Cancer research has been expanded from a focus in pharmaceuticals and radiotherapy to include engineered ...
... A rapidly expanding army of metallic dielectric nanoparticles has taken the world of Nano photonics by storm, offering solutions to decades-old problems and opening up new avenues of exploration. Cancer research has been expanded from a focus in pharmaceuticals and radiotherapy to include engineered ...
TANNIC ACID
... FNP 49 (1990) and in FNP 52 (1992). Metals and arsenic specifications revised at the 63rd JECFA (2004). An ADI 'not specified' was established at the 35th JECFA (1989) ...
... FNP 49 (1990) and in FNP 52 (1992). Metals and arsenic specifications revised at the 63rd JECFA (2004). An ADI 'not specified' was established at the 35th JECFA (1989) ...
Supplementary Information
... is Carl Zeiss Auriga®, Germany, and the fabrication voltage is 30 kV. ...
... is Carl Zeiss Auriga®, Germany, and the fabrication voltage is 30 kV. ...
Document
... radiation. Generally made from Pyrex or another material with low coefficient of thermal expansion. Front surfaces coated with a vacuum-deposited thin metal film of Al, Ag, or Au. ...
... radiation. Generally made from Pyrex or another material with low coefficient of thermal expansion. Front surfaces coated with a vacuum-deposited thin metal film of Al, Ag, or Au. ...
12. confocal microscopy.
... imaging system can operate either in transmission or reflection, as shown in Fig. 1. In both cases, the out of focus light is rejected by the pinhole in front of the detector, which is placed at a plane conjugate to the illumination plane. The image reconstruction is performed either by scanning the ...
... imaging system can operate either in transmission or reflection, as shown in Fig. 1. In both cases, the out of focus light is rejected by the pinhole in front of the detector, which is placed at a plane conjugate to the illumination plane. The image reconstruction is performed either by scanning the ...
Raman spectroscopy
... Raman spectroscopy utilizing a microscope for laser excitation and Raman light collection offers that highest Raman light collection efficiencies. When properly designed, Raman microscopes allow Raman spectroscopy with very high lateral spatial resolution, minimal depth of field and the highest poss ...
... Raman spectroscopy utilizing a microscope for laser excitation and Raman light collection offers that highest Raman light collection efficiencies. When properly designed, Raman microscopes allow Raman spectroscopy with very high lateral spatial resolution, minimal depth of field and the highest poss ...
Microsoft Word Format - McMaster University > ECE
... Lightwave Transmission and Amplification 1. Optical fibers Principle: total reflection between two dielectric materials with different refractive index: n1 and n2 (< n1). Features: EM field is not fully confined in the core – leading to radiation loss from the structure incompleteness; - possible co ...
... Lightwave Transmission and Amplification 1. Optical fibers Principle: total reflection between two dielectric materials with different refractive index: n1 and n2 (< n1). Features: EM field is not fully confined in the core – leading to radiation loss from the structure incompleteness; - possible co ...
Measurement of Surface Quality 1. Lyot Test 2. FECO 3. Nomarski
... centered, the path lengths are equal and white light is seen for a perfect test surface with no tilt. When the polarizer and analyzer are crossed and the prism centered, no light gets through. When the prism is translated sideways, the two beams have unequal paths and different colors are seen. The ...
... centered, the path lengths are equal and white light is seen for a perfect test surface with no tilt. When the polarizer and analyzer are crossed and the prism centered, no light gets through. When the prism is translated sideways, the two beams have unequal paths and different colors are seen. The ...
tdlitho
... • Light passing through the mask will be subject to diffraction. The numerical aperture of the lens used determines its capability to bring the diffracted pattern into a single point of focus. • NA = n sin θ where n = index of refraction of the media in which the lens is working (air) and θ is the a ...
... • Light passing through the mask will be subject to diffraction. The numerical aperture of the lens used determines its capability to bring the diffracted pattern into a single point of focus. • NA = n sin θ where n = index of refraction of the media in which the lens is working (air) and θ is the a ...
Imaging scanning tunneling microscope
... The prospect of creating photonic devices based on surface plasmon propagation is attracting increasing attention.1–5 The motivation has been to create miniaturized optics that would enable higher bandwidth optical computing, all-optical interconnects for telecommunications, or even ‘‘nano-lasers.’’ ...
... The prospect of creating photonic devices based on surface plasmon propagation is attracting increasing attention.1–5 The motivation has been to create miniaturized optics that would enable higher bandwidth optical computing, all-optical interconnects for telecommunications, or even ‘‘nano-lasers.’’ ...
Appendix D – Raman Spectra
... permanent electric dipole moments. As such, these molecules do not have IR spectra. Raman spectroscopy can be employed to determine bond lengths in non-polar molecules. It is also useful for determining the identity of organic and inorganic species both pure and in solution. Finally, Raman spectrosc ...
... permanent electric dipole moments. As such, these molecules do not have IR spectra. Raman spectroscopy can be employed to determine bond lengths in non-polar molecules. It is also useful for determining the identity of organic and inorganic species both pure and in solution. Finally, Raman spectrosc ...
PPT - DOE Plasma Science Center
... PRESSURE PLASMA JETS CONTACTING SURFACES Novel diagnostic, Evanescent Wave Optical Emission Spectroscopy (EWOES), based on evanescent wave coupling (a near-field effect), under total internal reflection (TIR) conditions. Estimated spatial resolution of 10 nm << species mean free path at 1 atm ( ...
... PRESSURE PLASMA JETS CONTACTING SURFACES Novel diagnostic, Evanescent Wave Optical Emission Spectroscopy (EWOES), based on evanescent wave coupling (a near-field effect), under total internal reflection (TIR) conditions. Estimated spatial resolution of 10 nm << species mean free path at 1 atm ( ...
الشريحة 1
... Therefore, fiber optics can be used to transmit light for very long distances without losses. A group of fibers can be combined together to form a fiber optic cable or bundle. A bifurcated fiber optic cable has three terminals where fibers from two separate cables are combined at one end to form the ...
... Therefore, fiber optics can be used to transmit light for very long distances without losses. A group of fibers can be combined together to form a fiber optic cable or bundle. A bifurcated fiber optic cable has three terminals where fibers from two separate cables are combined at one end to form the ...
Metrology of integrated waveguide devices and systems
... leaky-mode detector converts the optical signal to photocurrent. Fig. 5(a) depicts the structure of the leaky-mode detector in an initial single metal level chip fabricated in Avago’s 0.35 µm CMOS line in Fort Collins, Colorado. Scatter from the waveguides and detectors associated with four nodes is ...
... leaky-mode detector converts the optical signal to photocurrent. Fig. 5(a) depicts the structure of the leaky-mode detector in an initial single metal level chip fabricated in Avago’s 0.35 µm CMOS line in Fort Collins, Colorado. Scatter from the waveguides and detectors associated with four nodes is ...
N. Qureshi, H. Schmidt, A. Hawkins, “Near
... and polarization maintaining properties, and coated with 150nm of aluminum in an electron beam evaporator to produce an aperture of less than 500nm. The NSOM was operated in collection mode: 40mW of light from a 780nm laser diode was focused onto the samples using a diffraction-limited lens at an an ...
... and polarization maintaining properties, and coated with 150nm of aluminum in an electron beam evaporator to produce an aperture of less than 500nm. The NSOM was operated in collection mode: 40mW of light from a 780nm laser diode was focused onto the samples using a diffraction-limited lens at an an ...
Components of Optical Instruments
... later. Only the combination of the two filters (common area) will be transmitted which has much narrower effective bandwidth than absorption filters alone. ...
... later. Only the combination of the two filters (common area) will be transmitted which has much narrower effective bandwidth than absorption filters alone. ...
A1979HZ30700001
... see other advantages. The guided laser beams were to be confined into a cross section with dimensions on the order of 10 um or less, giving relatively high fields at low absolute power levels This facilitated getting desirable nonlinear effects at low power levels, and because the wave was guided, i ...
... see other advantages. The guided laser beams were to be confined into a cross section with dimensions on the order of 10 um or less, giving relatively high fields at low absolute power levels This facilitated getting desirable nonlinear effects at low power levels, and because the wave was guided, i ...
Lecture 1. Introduction. Nature of light, geometric optics.
... • S is distance from the object; S’ is distance from the image • Sign conventions: m = positive for inverted image; negative for upright • Sign conventions: f = positive for converging lens; negative for diverging lens ...
... • S is distance from the object; S’ is distance from the image • Sign conventions: m = positive for inverted image; negative for upright • Sign conventions: f = positive for converging lens; negative for diverging lens ...
File
... energy of the gun. This technique maintains the beam quality down the column while simultaneously yielding an accurate, low voltage image of the sample. Although these innovations have led to low voltage resolution improvement, the minimum obtainable resolution is still fundamentally limited by the ...
... energy of the gun. This technique maintains the beam quality down the column while simultaneously yielding an accurate, low voltage image of the sample. Although these innovations have led to low voltage resolution improvement, the minimum obtainable resolution is still fundamentally limited by the ...
File
... How the IR spectra of solid, liquid and gaseous compounds recorded? 1. The spectrum of a solid sample is determined with an alkali halide pellet. About 1-3 mg of substance and 100-200 mg of alkali halide are ground together, dried to remove moisture and pressed at room temperature under high pressu ...
... How the IR spectra of solid, liquid and gaseous compounds recorded? 1. The spectrum of a solid sample is determined with an alkali halide pellet. About 1-3 mg of substance and 100-200 mg of alkali halide are ground together, dried to remove moisture and pressed at room temperature under high pressu ...
Infrared Spectroscopy_03
... radiation. Generally made from Pyrex or another material with low coefficient of thermal expansion. Front surfaces coated with a vacuum-deposited thin metal film of Al, Ag, or Au. ...
... radiation. Generally made from Pyrex or another material with low coefficient of thermal expansion. Front surfaces coated with a vacuum-deposited thin metal film of Al, Ag, or Au. ...
Initial demonstration of a local, evanescent, array coupled biosensor concept
... MEASUREMENTS AND SIMULATIONS ...
... MEASUREMENTS AND SIMULATIONS ...