Results 251 to 260 of about 2,364,233 (302)

ISFET temperature characteristics

Sensors and Actuators, 1987
Abstract The temperature characteristics of pH-ISFETs were studied theoretically and experimentally. The characteristics are a complex function related to the reference electrode, measured electrolyte, interfacial potential and device threshold voltage.
Wang Gui-Hua, Yu Dun, Wang Yao-Lin
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LOW TEMPERATURE BEHAVIOR OF DEBYE CHARACTERISTIC TEMPERATURES

Canadian Journal of Physics, 1958
The low temperature behavior of the characteristic Debye temperature is investigated using the six- and nine-direction Houston approximation and by way of illustration, the lattice dynamics of Born and Begbie (nearest neighbors only). We study the values of θ0 and B2 for Cu, Au, Ag, Al, and Pb in the formula θT = θ0 θ. The existence in Pb of a shallow
H. Schiff, G. K. Horton
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Shaping of the characteristics of temperature-sensitive elements

Transactions of the American Institute of Electrical Engineers, Part I: Communication and Electronics, 1954
A method for shaping the characteristics of temperature-sensitive elements is described, together with a practical example. The proposed method permits the shaping of characteristics of the temperature-sensitive elements in order to obtain the desired form.
E. Keonjian, J. S. Schaffner
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Temperature Dependence of the Characteristic Travel Distance

Environmental Science & Technology, 2003
The effect of temperature variation on the environmental fate of organic chemicals can be evaluated in steady-state multimedia box models by expressing chemical partitioning data and reaction rate coefficients as functions of temperature. Using such a modelthetemperature dependence of the characteristic travel distance in air L(A), which is a measure ...
Andreas, Beyer, Frank, Wania, Todd, Gouin, Donald, Mackay, Michael, Matthies   +4 more
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Characteristics of isolated vortices at arbitrary temperatures

Physica C: Superconductivity, 1994
We suggest the method of microscopic calculation of the properties of vortices, valid at arbitrary temperatures, and calculate the energy of the static vortex epsilon(0), its effective mass and dissipation at T = 0. The method consists of expressing the energy of an isolated vortex (moving with the constant velocity v) through the dielectric function ...
Dolgov, O. V., Khomskii, D.
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Second sound and characteristic temperature in solids

Physical Review B, 1996
A temperature pulse propagating in a solid is studied by simple wave theory. The aim is to determine the shape change of the pulse, which initially is given by a Gaussian function, using a generalized nonlinear Cattaneo model proposed, in the framework of extended thermodynamics, by Ruggeri and co-workers.
, Ruggeri, , Muracchini, , Seccia
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Effects of Low Temperatures on Transistor Characteristics

IBM Journal of Research and Development, 1957
This paper reports the results of a number of tests made on a group of PNP alloy junction transistors whose power rating at the usual operating temperature is 30 milliwatts and whose cut-off frequency is about 3 megacycles. The tests show that as the temperature of the transistor is lowered, both the maximum power dissipation and the cut-off frequency ...
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Temperature characteristic of fiber Bragg grating

Proceedings of 2011 International Conference on Electronic & Mechanical Engineering and Information Technology, 2011
The basic principle of temperature sensor based on fiber Bragg grating (FBG) is analyzed. A fiber Bragg grating temperature sensor is designed and produced. Using fiber Bragg grating as the sensor, fiber Bragg grating analyzer to demodulation the wavelength shift, the relationship between FBG wavelength shift and temperature is measured.
Yue-hong Zhu, Hai Qi, Guang-xiang Wang
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Basis for a Characteristic Temperature in Nuclear Fragmentation

Physical Review Letters, 1988
The apparent characteristic temperature observed in the fragmentation of highly excited nuclei is studied by calculations using a simple model consisting of an expanding and emitting source. A characteristic temperature for emission, nearly independent of the initial temperature, is found in the calculations, and the underlying physics is interpreted ...
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Temperature Characteristics of Electret Silicon Microphones

Proceedings of Meetings on Acoustics, 2010
The electret condenser microphone (ECM) has become an important component for various consumer equipment systems because of its stable sensitivity and frequency characteristics and its success in achieving small size and high sensitivity. A previous report described the method to design a microphone with stable temperature characteristics.
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