The phrase "amplification coefficient" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in fields like physics or engineering, to describe a factor that quantifies the amplification of a signal or effect.
Example: "The amplification coefficient of the amplifier determines how much the input signal will be increased in strength."
Alternatives: "gain factor" or "amplification ratio."
Furthermore, a parametric analysis is conducted to derive a simplified design formula of the composite beam stiffness amplification coefficient.
The analysis of field emission characteristics based on Fowler Nordheim theory allowed one to calculate not only the field amplification coefficient β, but also the total emission area A of all the emitting nanotubes.
In order to obtain an optimal heat power measuring system, the coefficients that can influence the relationship between the amplification coefficient, the temperature difference, and the heat power are analyzed.
The vibration behavior of these sensors was studied using a simplified analytical approach to obtain the longitudinal vibration mode on the basis of the resonant frequency and the amplification coefficient of velocity at the sensor ends.
The steady state measurement mathematic model of the apparatus is built up in theory and the system amplification coefficient is defined as the ratio of the heat power to the temperature difference of the device, with which the value of the measured source power can be calculated easily with the corresponding temperature difference.
(3) and (4) to evaluate the strain gradient amplification coefficient β s (Fig. 2).
We term these constants of proportionality climate change amplification coefficients.
Our model uses electric field maps and MAGBOLTZ calculated amplification coefficients.
Finally, some amplification coefficients are presented, which could be used while introducing simple preliminary ideas for modification of the standard design spectra in building codes.
The results, in terms of elastic pseudo-acceleration spectra and amplification coefficients, as a ratio between spectral intensity of output and input, give elements for urban planning, both for urban general choice and for buildings design.
Furthermore, seismic zonation of site classification was also performed to determine the site amplification coefficients for seismic design and seismic performance evaluation at any site and administrative sub-unit in the study area.
