Sentence examples for definite value of from inspiring English sources
The key issue of this study is to obtain the definite value of dimension of test facility and flow conditions of coolant and to clarify the temperature response of test piece to the beam-off scenario.
Required sensor temperature was ensured by a definite value of voltage on the sensor heater.
But what is at stake for Dante is the need to acknowledge human ends as having a definite value of their own, and this need will play an equally important role in Dante's other major philosophical work, the Monarchia.
Alternatively, Bub (1997) proposes that it is not decoherence with the "tracing out" of the environment and the diagonalization of the reduced state of the apparatus that is relevant for the definite value of the pointer, but the triorthogonal or n-orthogonal decomposition theorem, since it singles out a unique pointer basis for the apparatus.
To obtain a definite value of ( frac{dL}{dt} ) given by relation (3), we should put the denominator of relation exponent to zero which depicts that, left zeta +1right){e}^{R_1/R}={e}^{R_{CT}/R} (4 where R GT = 2γ 1v Ω S /K B T shows the influence of the Gibbs Thomson effect on desorption from the drop and the exterior diffusion.
There is no definite value of PAOP above which cardiogenic pulmonary edema develops, although 18 mmHg is recognized as a classical cut-off value [ 15].
The interval of time between the attainment of a definite value on two successive cycles is called the period; the number of cycles or periods per second is the frequency, and the maximum value in either direction is the amplitude of the alternating current.
It's not simply that we can't simultaneously measure definite values of position and momentum, he thought.
The values of the friccohesity are correlated to the dipole moment of liquids and their plot gives a standard calibration curve along with an equation of the curve with definite values of the coefficients, the friccohesity values are put on the calibration curve to retrieve the dipole moment values.
The general idea of this original proposal, and of modal interpretations in general, is that physical systems at all times possess a number of well-defined physical properties, i.e., definite values of physical quantities; these properties can be represented by the system's value state.
This conclusion would be in agreement with a usual assumption in quantum field theory: elemental particles always have definite values of mass and spin, and those values are precisely what define the different kinds of elemental particles of the theory (Ardenghi, Castagnino, and Lombardi 2009; Lombardi, Castagnino, and Ardenghi 2010).
