SAMPLE ARTICLE FOR ACTA ELECTROTECHNICA ET
... of both methods. In numerical simulations, the accuracy of obtained results is limited by the discretization of the space which introduces numerical inaccuracy due to approximation of derivatives and deforms the shape of the spheres as is shown in right Fig. 2. Another reason for the inaccuracy of n ...
... of both methods. In numerical simulations, the accuracy of obtained results is limited by the discretization of the space which introduces numerical inaccuracy due to approximation of derivatives and deforms the shape of the spheres as is shown in right Fig. 2. Another reason for the inaccuracy of n ...
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... Technion – Israel Institute of Technology, Haifa 32000, Israel Received July 17, 1995 Wave mixing with a self-induced grating in a saturable absorber, which is inserted into a resonator, gives special filtering behavior. In a linear Fabry – Perot cavity with gain, the grating forms a self-matched, t ...
... Technion – Israel Institute of Technology, Haifa 32000, Israel Received July 17, 1995 Wave mixing with a self-induced grating in a saturable absorber, which is inserted into a resonator, gives special filtering behavior. In a linear Fabry – Perot cavity with gain, the grating forms a self-matched, t ...
Physical Optics and Diffraction
... big compared to the wavelength, but small compared to the distance to .Illumination comes from a distant wave source. Characterize aperture by a complex function , such that the wave just after passing through it On the aperture have ...
... big compared to the wavelength, but small compared to the distance to .Illumination comes from a distant wave source. Characterize aperture by a complex function , such that the wave just after passing through it On the aperture have ...
Assignment 1A
... The diagram shows four lamps in front of and behind an opaque plane mirror.The card prevents the observer at X from seeing the lamps directly, although the image of one lamp can be seen in the mirror. Which lamp's image can be seen in the mirror? ...
... The diagram shows four lamps in front of and behind an opaque plane mirror.The card prevents the observer at X from seeing the lamps directly, although the image of one lamp can be seen in the mirror. Which lamp's image can be seen in the mirror? ...
Far-field measurement of ultra-small plasmonic mode volume Shuang Zhang, Yong-Shik Park,
... normally requires 3D near-field measurement of the electric field distribution. While recent progress in the technology of NSOM has allowed the probing of near field pattern in the nanometer scale [16,17], the perturbation of the NSOM tip to the intrinsic field distribution makes the measurement of ...
... normally requires 3D near-field measurement of the electric field distribution. While recent progress in the technology of NSOM has allowed the probing of near field pattern in the nanometer scale [16,17], the perturbation of the NSOM tip to the intrinsic field distribution makes the measurement of ...
Polarization and angle dependence for hyper-Rayleigh scattering from local
... by the direction cosines X ⬅ R̂ • X̂ ⫽ sin cos , Y ⫽ cos cos , and Z ⫽ sin . We consider the case in which both the incident and the scattered light are linearly polarized, with the polarization either horizontal (H) or vertical (V) with respect to the X – Y plane. The scattered field i ...
... by the direction cosines X ⬅ R̂ • X̂ ⫽ sin cos , Y ⫽ cos cos , and Z ⫽ sin . We consider the case in which both the incident and the scattered light are linearly polarized, with the polarization either horizontal (H) or vertical (V) with respect to the X – Y plane. The scattered field i ...
Problem Set 1 (due 2/21/06)
... active. Raman intensity depends on change in induced dipole moment during a vibration, which can roughly be correlated to change in bond lengths. The antisymmetric stretch involves lengthening one bond while shortening another; as a result, the effects cancel each other out and this mode is expected ...
... active. Raman intensity depends on change in induced dipole moment during a vibration, which can roughly be correlated to change in bond lengths. The antisymmetric stretch involves lengthening one bond while shortening another; as a result, the effects cancel each other out and this mode is expected ...
Spatial and temporal structures in cavities with oscillating boundaries
... To date, such essentially nonlinear phenomena as solitons have been better studied in optics [1] owing to the availability of high-power laser radiation and the relative simplicity of nonlinear optical schemes. These solitons are of two types: (i) conservative solitons [2], which represent the balan ...
... To date, such essentially nonlinear phenomena as solitons have been better studied in optics [1] owing to the availability of high-power laser radiation and the relative simplicity of nonlinear optical schemes. These solitons are of two types: (i) conservative solitons [2], which represent the balan ...
Compressive Passive Millimeter Wave Imaging with Extended Depth of Field
... other obscurants, such as clothes and polymers. Millimeter waves are electromagnetic waves typically defined in the 30 to 300 GHz range with corresponding wavelengths between 10 to 1 mm. Radiation at these these frequencies is non-ionizing and is therefore considered safe for human use. Applications ...
... other obscurants, such as clothes and polymers. Millimeter waves are electromagnetic waves typically defined in the 30 to 300 GHz range with corresponding wavelengths between 10 to 1 mm. Radiation at these these frequencies is non-ionizing and is therefore considered safe for human use. Applications ...
RADIOMETRY - gamma
... Silicon, InGaAs and germanium are especially well suited to measure light. these materials are specially processed to convert incident radiation to an electrical signal by the photoelectric effect.The converson ratio or detector responsivity is linear over the sensor's input range.For a silicon sen ...
... Silicon, InGaAs and germanium are especially well suited to measure light. these materials are specially processed to convert incident radiation to an electrical signal by the photoelectric effect.The converson ratio or detector responsivity is linear over the sensor's input range.For a silicon sen ...
Polarization microscopy with the LC-PolScope
... speed, sensitivity and accuracy. As Shinya Inoué likes to point out, for a seminal study on DNA organization in sperm heads it took him and two colleagues three years to analyze the polarized light images of three living cave cricket sperm (Inoué and Sato, 1966). A similar analysis would take second ...
... speed, sensitivity and accuracy. As Shinya Inoué likes to point out, for a seminal study on DNA organization in sperm heads it took him and two colleagues three years to analyze the polarized light images of three living cave cricket sperm (Inoué and Sato, 1966). A similar analysis would take second ...
Phase contrast and interference microscopy with the electron
... varied along the thread to give a varying R, and the change in fringe spacing shows a definite correspondence between beam intensity and thread potential. The variation of potential along the thread as a function of electron flux can in fact be determined quantitatively by calibrating with a metalli ...
... varied along the thread to give a varying R, and the change in fringe spacing shows a definite correspondence between beam intensity and thread potential. The variation of potential along the thread as a function of electron flux can in fact be determined quantitatively by calibrating with a metalli ...
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... unknown aberration inducing medium, iterative processes with adaptive feedback loops have been considered. Such adaptive aberration corrections contribute to optimizing the image quality without the a priori knowledge of the characteristics of the aberration source [8–11]. For a priori known paramet ...
... unknown aberration inducing medium, iterative processes with adaptive feedback loops have been considered. Such adaptive aberration corrections contribute to optimizing the image quality without the a priori knowledge of the characteristics of the aberration source [8–11]. For a priori known paramet ...
\ A/58
... from gallium, germanium, arsenic, selenium, indium, tin, antimony, tellurium, and silver. The dielectric layers 56 and 60 are then made of materials including silicon nitride, gallium nitride, aluminum nitride or titanium nitride. The active layer 58 can also be made of oxide of gallium, ...
... from gallium, germanium, arsenic, selenium, indium, tin, antimony, tellurium, and silver. The dielectric layers 56 and 60 are then made of materials including silicon nitride, gallium nitride, aluminum nitride or titanium nitride. The active layer 58 can also be made of oxide of gallium, ...
Femtosecond pulse propagation in silicon waveguides: Variational
... they are coupled with each other. More to the point, they show which linear and nonlinear process affect a particular pulse parameter. Considerable physical insight is gained by noting that the pulse width in Eq. (12) is affected directly not only by the dispersion parameter (as expected) but also b ...
... they are coupled with each other. More to the point, they show which linear and nonlinear process affect a particular pulse parameter. Considerable physical insight is gained by noting that the pulse width in Eq. (12) is affected directly not only by the dispersion parameter (as expected) but also b ...