Confocal optical microscopy
... 250 nm) to the far infrared (∼ 3 µm), with incoherent white light from incandescent filaments being the most common. Lasers have high radiance and are monochromatic. Their coherence leads to differences in imaging that are the subject of extensive exploration. Conventional microscopes generally use ...
... 250 nm) to the far infrared (∼ 3 µm), with incoherent white light from incandescent filaments being the most common. Lasers have high radiance and are monochromatic. Their coherence leads to differences in imaging that are the subject of extensive exploration. Conventional microscopes generally use ...
DIGITAL OFF-AXIS HOLOGRAPHIC MICROSCOPY: FROM CELLS
... In this review, we survey the applications of DoHM to investigate living biological specimens, which end with the values of physiological relevant parameters. DoHM is an optoelectronic technique, which allows real time measurements, full-field (phase and amplitude) at the level of single living cell ...
... In this review, we survey the applications of DoHM to investigate living biological specimens, which end with the values of physiological relevant parameters. DoHM is an optoelectronic technique, which allows real time measurements, full-field (phase and amplitude) at the level of single living cell ...
DIGITAL OFF-AXIS HOLOGRAPHIC MICROSCOPY: FROM CELLS
... In this review, we survey the applications of DoHM to investigate living biological specimens, which end with the values of physiological relevant parameters. DoHM is an optoelectronic technique, which allows real time measurements, full-field (phase and amplitude) at the level of single living cell ...
... In this review, we survey the applications of DoHM to investigate living biological specimens, which end with the values of physiological relevant parameters. DoHM is an optoelectronic technique, which allows real time measurements, full-field (phase and amplitude) at the level of single living cell ...
РЕФЕРАТ
... COHERENT SPECTRUM ANALYZER WITH MATRIX DETECTOR Object of study is the process of converting the light field in the coherent optical spectrum analyzers by performing spatial Fourier transform of the test signal. The subject of the study is the generalized characteristics of the coherent spectrum ana ...
... COHERENT SPECTRUM ANALYZER WITH MATRIX DETECTOR Object of study is the process of converting the light field in the coherent optical spectrum analyzers by performing spatial Fourier transform of the test signal. The subject of the study is the generalized characteristics of the coherent spectrum ana ...
Many other important inventions involve the use of
... diameter about 10 micrometers), single-mode transmitters, receivers, amplifiers and other components are generally more expensive than multi-mode components. Fiber optic sensors Fibers have many uses in remote sensing. In some applications, the sensor is itself an optical fiber. In other cases, fibe ...
... diameter about 10 micrometers), single-mode transmitters, receivers, amplifiers and other components are generally more expensive than multi-mode components. Fiber optic sensors Fibers have many uses in remote sensing. In some applications, the sensor is itself an optical fiber. In other cases, fibe ...
The Title Goes Here
... Laser-induced breakdown spectroscopy is a wellknown technique for rapid, in situ analysis of materials. It is a promising approach for standoff detection of potentially hazardous or difficult to access nuclear materials. LIBS employs an intense laser pulse to generate a plasma on the surface of a ta ...
... Laser-induced breakdown spectroscopy is a wellknown technique for rapid, in situ analysis of materials. It is a promising approach for standoff detection of potentially hazardous or difficult to access nuclear materials. LIBS employs an intense laser pulse to generate a plasma on the surface of a ta ...
“Pixel” team
... beam alignment capability and stability. This instrument is based on two objectives instead of three in the previous versions. The change in design from three to two objectives necessitates the simultaneous coupling of multiple light sources/detectors into a single objective operating in back scatte ...
... beam alignment capability and stability. This instrument is based on two objectives instead of three in the previous versions. The change in design from three to two objectives necessitates the simultaneous coupling of multiple light sources/detectors into a single objective operating in back scatte ...
TEM - UiO
... If a sample is crystalline, many of the electrons will undergo elastic scattering from the various (hkl) planes. This scattering produces many diffracted beams. If any of these diffracted beams is allowed to pass through the objective aperture a dark field image is obtained. In order to reduce spher ...
... If a sample is crystalline, many of the electrons will undergo elastic scattering from the various (hkl) planes. This scattering produces many diffracted beams. If any of these diffracted beams is allowed to pass through the objective aperture a dark field image is obtained. In order to reduce spher ...
The Analysis of Liquid Crystal Phases using Polarized Optical
... the non-plarized white light are splitted into two ray as it passes through the prism. The one travels out of the prism is called ordinary ray, and the other one is called extraordinary ray. So if we have a birefringent specimen located between the polarizer and analyzer, the initial light will be s ...
... the non-plarized white light are splitted into two ray as it passes through the prism. The one travels out of the prism is called ordinary ray, and the other one is called extraordinary ray. So if we have a birefringent specimen located between the polarizer and analyzer, the initial light will be s ...
OCT
... performance can be drastically reduced by dispersion effects. The specimen itself can “unbalance” the interferometer. Consider a reflective surface buried in a medium characterized by dispersion (e.g. a tumor located at a certain depth in the tissue), as illustrated in Fig. 7. ...
... performance can be drastically reduced by dispersion effects. The specimen itself can “unbalance” the interferometer. Consider a reflective surface buried in a medium characterized by dispersion (e.g. a tumor located at a certain depth in the tissue), as illustrated in Fig. 7. ...
