A review of the relationships describing the signal of a Large
... The transmitter and and receiver have finite aperture diameters (Dt and Dt ) which are ’large’ (the meaning of the word large will become clear in the course of this paper). The radiation emitted by the transmitter is scattered by the turbulent medium between the transmitter and the receiver. The re ...
... The transmitter and and receiver have finite aperture diameters (Dt and Dt ) which are ’large’ (the meaning of the word large will become clear in the course of this paper). The radiation emitted by the transmitter is scattered by the turbulent medium between the transmitter and the receiver. The re ...
Techreportjul09 - University of Reading
... from Bond and Bergstrom (2006) together with Mie theory and internal mixture with other aerosol types gave the best global agreement of aerosol absorption optical depth when compared to the AERONET network. Kirchstetter et al (2004) also measured refractive indices around 0.72 in BC samples from urb ...
... from Bond and Bergstrom (2006) together with Mie theory and internal mixture with other aerosol types gave the best global agreement of aerosol absorption optical depth when compared to the AERONET network. Kirchstetter et al (2004) also measured refractive indices around 0.72 in BC samples from urb ...
“ waves, yielding a resultant irradiance that may deviate from the... component irradiances. r
... Note that this is for the case of maxima in reflected light, but also minima in the transmitted light. The case for minima in reflected light and maxima in transmitted light is as follows: ...
... Note that this is for the case of maxima in reflected light, but also minima in the transmitted light. The case for minima in reflected light and maxima in transmitted light is as follows: ...
Effects of Neutral Salts of the Lyotropic Series on the Physical
... sodium chlorate, sodium iodide, and sodium thiocyanate in order of their chaotropic properties (SCN > I > C104 ). Alveograph results, obtained at constant absorption, are shown in Figure 3. Alveograph maximum pressure increased with increasing concentrations of the more chaotropic salts (SCN , I , C ...
... sodium chlorate, sodium iodide, and sodium thiocyanate in order of their chaotropic properties (SCN > I > C104 ). Alveograph results, obtained at constant absorption, are shown in Figure 3. Alveograph maximum pressure increased with increasing concentrations of the more chaotropic salts (SCN , I , C ...
OpticalDiagnostics-ScatteringDiagnostics
... “single point” diagnostics, i.e. the optics were only looking at one point. This seems archaic but it was still one of the better and more reliable diagnostics. ...
... “single point” diagnostics, i.e. the optics were only looking at one point. This seems archaic but it was still one of the better and more reliable diagnostics. ...
An Injection-Locked 674 nm Laser for Strontium-88
... Joan was the best Junior Lab partner I could have asked for, and continues to be a great friend. She got me started with Python data analysis and computerized data collection, which I continued to learn about and use in the Quanta Lab. Sean, my boyfriend, has been a great source of encouragement and ...
... Joan was the best Junior Lab partner I could have asked for, and continues to be a great friend. She got me started with Python data analysis and computerized data collection, which I continued to learn about and use in the Quanta Lab. Sean, my boyfriend, has been a great source of encouragement and ...
Full-Text PDF
... the related physics through the marriage between light and fluid [1]. Optofluidics mainly aims at using microfluidic technologies to enable various optical functions or using optics to manipulate fluids at microscale. In recent years, growing interests and intense efforts have been directed to this ...
... the related physics through the marriage between light and fluid [1]. Optofluidics mainly aims at using microfluidic technologies to enable various optical functions or using optics to manipulate fluids at microscale. In recent years, growing interests and intense efforts have been directed to this ...
G 3 Geochemistry Geophysics
... mapping of 2 cm1/pixel. The holographically filtered probe head was fitted to a Leica DM LP microscope with a 10X objective (19 mW of laser power). The instrument resolution was 7 cm1. Calibration was performed using a neon source for the wavelength calibration, and a tungsten source ...
... mapping of 2 cm1/pixel. The holographically filtered probe head was fitted to a Leica DM LP microscope with a 10X objective (19 mW of laser power). The instrument resolution was 7 cm1. Calibration was performed using a neon source for the wavelength calibration, and a tungsten source ...
feature article
... Two factors are responsible for making this reaction surfacecontrolled. The first is the much faster rate of diffusion possible with a colloidal catalyst where the effective Nernst layer thickness13 is some lo4times smaller than at a rotating disk catalyst. The second reason lies in the low exchange ...
... Two factors are responsible for making this reaction surfacecontrolled. The first is the much faster rate of diffusion possible with a colloidal catalyst where the effective Nernst layer thickness13 is some lo4times smaller than at a rotating disk catalyst. The second reason lies in the low exchange ...
A review of metasurfaces: physics and applications
... 2. Anomalous reflection and refraction 2.1. Generalized laws of reflection and refraction When a plane electromagnetic wave encounters a boundary between two homogeneous media with different refractive indices, it is split into a reflected beam that propagates back to the first medium and a transmit ...
... 2. Anomalous reflection and refraction 2.1. Generalized laws of reflection and refraction When a plane electromagnetic wave encounters a boundary between two homogeneous media with different refractive indices, it is split into a reflected beam that propagates back to the first medium and a transmit ...
Optical Breakdown in Liquid Suspensions and Its Analytical
... [63–65]; however, the discrete structure of the laser spark column was not observed. Microsperical shockwaves in liquids were investigated [24] and numerical simulations have also been carried out. Such simulations and experimental data on plasma dynamics [64, 66] and shockwave formation [28, 64, 67 ...
... [63–65]; however, the discrete structure of the laser spark column was not observed. Microsperical shockwaves in liquids were investigated [24] and numerical simulations have also been carried out. Such simulations and experimental data on plasma dynamics [64, 66] and shockwave formation [28, 64, 67 ...
Ultraviolet–visible spectroscopy
Ultraviolet–visible spectroscopy or ultraviolet-visible spectrophotometry (UV-Vis or UV/Vis) refers to absorption spectroscopy or reflectance spectroscopy in the ultraviolet-visible spectral region. This means it uses light in the visible and adjacent (near-UV and near-infrared [NIR]) ranges. The absorption or reflectance in the visible range directly affects the perceived color of the chemicals involved. In this region of the electromagnetic spectrum, molecules undergo electronic transitions. This technique is complementary to fluorescence spectroscopy, in that fluorescence deals with transitions from the excited state to the ground state, while absorption measures transitions from the ground state to the excited state.