Sentence examples for requirements of phase from inspiring English sources

Aiming at the requirements of phase comparison without frequency normalization, a high-precision frequency measurement system is proposed based on different frequency quantization phase comparison.

The work reviewed by Chiesa et al [ 7] could be seen as meeting the core requirements of phase 1 translational research in which the safety and efficacy of treatments for selected volunteers are tested in randomised controlled trials (RCTs) [ 9].

While trials of MBCT to date have met the core requirements of phase 1 translational research, there is a need now to move to phase 2 translational research - the application of MBCT within real-world settings with a view to informing policy and clinical practice.

This requirement of phase invariance, or gauge invariance, is equivalent to demanding that the total charge is conserved and does not disappear in physical processes or interactions.

For the requirement of half-sample offset, first consider the requirement of phase group delay/advance.

The demand of nanometer regime is due to the requirement of phase coherency: the electrons must be able to preserve its phase coherency at least in a single period, on reaching the Brillouin zone in k-space.

This proposition implies a simple and unique way for choosing the vanishing moments of primal and dual low-pass filters so that the requirement of phase half-sample offset can be satisfied.

The dissolved gas oil ratio and the saturated pressure were measured to be 69.0 m3/sm3 and 14.1 MPa, respectively, which are so close to those determined under the initial reservoir conditions that the synthetic oil sample satisfies the requirement of phase behavior studies.

The technique is capable of extracting flow information using purely the OCT signal intensity without the requirement of phase information.

The chapter examines the variety of methods available for the measurement of these criteria in engineering products, and studies the different requirements of each phase of the engineering problem-solving process with respect to the nature of the product.

The characteristics and requirements of each phase, in terms of torques to be applied to the joints of the manipulator(s) and to the forces to be generated via thrusters at the system level, are analysed.