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MORICHI: a Dataset to Study Urban Overheating during Extreme Heat in a Hot-Summer Humid Continental Climate. [PDF]
Sci DataMartin M +3 more
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Evaluation of High Dynamic Range Imaging Methods for Luminance Measurements. [PDF]
J ImagingGevaux L +5 more
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Nanotechnology, 2014
We report the observation of thermal noise in the motion of single electrons in an ultimately small dynamic random access memory (DRAM). The nanometer-scale transistors that compose the DRAM resolve the thermal noise in single-electron motion. A complete set of fundamental tests conducted on this single-electron thermal noise shows that the noise ...
Katsuhiko, Nishiguchi +2 more
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We report the observation of thermal noise in the motion of single electrons in an ultimately small dynamic random access memory (DRAM). The nanometer-scale transistors that compose the DRAM resolve the thermal noise in single-electron motion. A complete set of fundamental tests conducted on this single-electron thermal noise shows that the noise ...
Katsuhiko, Nishiguchi +2 more
openaire +2 more sources
Physica Scripta, 2004
Thermal noise measurements by space-borne antennas are commonly used to determine plasma parameters like the electron density and the plasma temperature from the noise spectra. It would be desirable to have a controlled experiment in which noise from a plasma with known properties is sampled in space and in time and which results can then be used to ...
M E Dieckmann +4 more
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Thermal noise measurements by space-borne antennas are commonly used to determine plasma parameters like the electron density and the plasma temperature from the noise spectra. It would be desirable to have a controlled experiment in which noise from a plasma with known properties is sampled in space and in time and which results can then be used to ...
M E Dieckmann +4 more
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Thermal noise in confined fluids
The Journal of Chemical Physics, 2014In this work, we discuss a combined memory function equation (MFE) and generalized Langevin equation (GLE) approach (referred to as MFE/GLE formulation) to characterize thermal noise in confined fluids. Our study reveals that for fluids confined inside nanoscale geometries, the correlation time and the time decay of the autocorrelation function of the ...
T, Sanghi, N R, Aluru
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Optical signals with thermal noise
Physical Review A, 1989Density matrices that describe coherent, squeezed, and number eigenstate signals in thermal noise are presented and their properties discussed. The maximum information that these beams can transmit is calculated. A description of realistic instruments within the quantum theory of measurement, with the use of number eigenstates in thermal noise, is also
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