Light Polariser
... As with any form of energy, light can be produced in one place and have an effect in another place, which may be very distant from where it was produced. In this respect it is similar to a tennis ball that carries energy from the place where it is hit to the place where it lands. A sound wave also c ...
... As with any form of energy, light can be produced in one place and have an effect in another place, which may be very distant from where it was produced. In this respect it is similar to a tennis ball that carries energy from the place where it is hit to the place where it lands. A sound wave also c ...
Dipole Moment
... direction, averages zero over a short period of time; however, these quickly varying dipoles produce an electric field which then induces dipoles in the surrounding molecules. The result of this induction is an attractive force called the induced dipole-induced dipole force. ...
... direction, averages zero over a short period of time; however, these quickly varying dipoles produce an electric field which then induces dipoles in the surrounding molecules. The result of this induction is an attractive force called the induced dipole-induced dipole force. ...
Refractive index dispersion and related properties in fluorine doped
... The refractive index dispersion has been measured on bulk samples of commercial fluorine doped silica glasses, which were prepared by a plasma torch in the same way the glasses are for use in certain optical waveguides.1 2 Fluorine doping lowers the refractive index of fused silica and, therefore, i ...
... The refractive index dispersion has been measured on bulk samples of commercial fluorine doped silica glasses, which were prepared by a plasma torch in the same way the glasses are for use in certain optical waveguides.1 2 Fluorine doping lowers the refractive index of fused silica and, therefore, i ...
Verification on Malus`s Law
... For unpolarized light, the electric and magnetic field components of light waves oscillate in random directions having more than one plane. In our modern life, we could have unnoticed polarized light from some electronic devices, such as calculators, computer screens and digital watches. The liquid ...
... For unpolarized light, the electric and magnetic field components of light waves oscillate in random directions having more than one plane. In our modern life, we could have unnoticed polarized light from some electronic devices, such as calculators, computer screens and digital watches. The liquid ...
PDF
... to generate OAM beams, the alternative integrated solutions are of great interest for device miniaturization, enhanced stability, and the possibility to integrate with other on-chip photonic components and functionalities. To this end, large-scale silicon photonic integrated circuits (PICs), which h ...
... to generate OAM beams, the alternative integrated solutions are of great interest for device miniaturization, enhanced stability, and the possibility to integrate with other on-chip photonic components and functionalities. To this end, large-scale silicon photonic integrated circuits (PICs), which h ...
Optical absorption cross section of quantum dots
... section determines the maximum optical gain, which can be obtained from a system of dots if the occupation of the states participating in the transition are fully inverted (i.e. all the upper states are filled, all the lower states are empty). The size, shape and composition of the dot and its surro ...
... section determines the maximum optical gain, which can be obtained from a system of dots if the occupation of the states participating in the transition are fully inverted (i.e. all the upper states are filled, all the lower states are empty). The size, shape and composition of the dot and its surro ...
Optical Properties of Aluminum Oxide
... scattering) and the multiple scattering (double- and higherorder scattering). Both are achieved with a Fourier–logarithmic deconvolution method24 developed during this work.28 A Lorentzian, or other analytical lineshape, is fitted to the experimental spectrum in the band-gap region (7–8 eV) and exte ...
... scattering) and the multiple scattering (double- and higherorder scattering). Both are achieved with a Fourier–logarithmic deconvolution method24 developed during this work.28 A Lorentzian, or other analytical lineshape, is fitted to the experimental spectrum in the band-gap region (7–8 eV) and exte ...
375_Lo.pdf
... Since the thickness, mean refractive index, and apparent phase retardation are all defined, the extra-ordinary and ordinary refractive indices of the linear birefringence sample can be calculated by Equation (7) if the order and the exactly apparent phase retardation are correctly chosen. It should ...
... Since the thickness, mean refractive index, and apparent phase retardation are all defined, the extra-ordinary and ordinary refractive indices of the linear birefringence sample can be calculated by Equation (7) if the order and the exactly apparent phase retardation are correctly chosen. It should ...
Measurement and analysis of angle-resolved scatter
... fractive index of the particle in the medium is not high and when the cross-sectional dimensions of the particle are much less than that of the representative length scale of the internal-field’s beam cross section.4 This means that the scatter from the flow channel does not vary much in the presen ...
... fractive index of the particle in the medium is not high and when the cross-sectional dimensions of the particle are much less than that of the representative length scale of the internal-field’s beam cross section.4 This means that the scatter from the flow channel does not vary much in the presen ...
Stereochemistry at Tetrahedral Centers
... same as their mirror images (technically, they have no plane of symmetry) – A right-hand glove is different froma lefthand glove. The property is commonly called “handedness” • Organic molecules (including many drugs) have handedness that results from substitution patterns on sp3 hybridized carbon ...
... same as their mirror images (technically, they have no plane of symmetry) – A right-hand glove is different froma lefthand glove. The property is commonly called “handedness” • Organic molecules (including many drugs) have handedness that results from substitution patterns on sp3 hybridized carbon ...
Light & Matter: Absorption and Scattering
... • In optics, transmittance is the fraction of incident light at a specified wavelength that passes through a sample. ...
... • In optics, transmittance is the fraction of incident light at a specified wavelength that passes through a sample. ...
Imaging transport: optical measurements of
... state devices for electronics and optoelectronics. Semiconductors are used in ultraviolet (UV) semiconductor lasers, solar cells, infrared (IR) detectors, and many other electronic devices. Many IR and radar detectors/devices use semiconductor technology. Semiconductors are unique in their ability t ...
... state devices for electronics and optoelectronics. Semiconductors are used in ultraviolet (UV) semiconductor lasers, solar cells, infrared (IR) detectors, and many other electronic devices. Many IR and radar detectors/devices use semiconductor technology. Semiconductors are unique in their ability t ...
SHS_OH_flame_ApplOpt_revision_RJB
... representative of a true wavelength scale. In our case, the OH spectrum spanned 0-550 arbitrary units rather than cm-1 or nm. In principle it is possible to compute a true wavelength axis directly from the FFT. However, in practice it is often more appropriate to warp the arbitrary axis to fit that ...
... representative of a true wavelength scale. In our case, the OH spectrum spanned 0-550 arbitrary units rather than cm-1 or nm. In principle it is possible to compute a true wavelength axis directly from the FFT. However, in practice it is often more appropriate to warp the arbitrary axis to fit that ...