The term "shift phase" is a correct and usable phrase in written English.
It is often used in business contexts to refer to a period in the progress of a product, program or policy when the focus shifts from one phase of development to another. For example, "The company is entering a new shift phase as it ramps up its operations in the Asia-Pacific region."
When the tip is far from the surface, that is, more than a few 10 nm, there is no interaction and thus no frequency shift (phase 1).
For one specific normal timeslot in one carrier frequency, the number of users is equal to the cyclic shift phase number of basic midamble codes.
Because of the water evaporation, the average contact angle decreases with time leading to a decrease in the frequency shift (phase 3).
According to the principle of the antenna element shift phase, both the antenna element shift phase law and the causes of beam-pointing error under phantom-bit conditions are analyzed, and the effect of BPE caused by phantom-bit technology (PBT) on the extraction accuracy of the LOS rate is examined.
No main effect of genotype was observed during the shift phase of testing (Figure 5E).
CrT−/y mice showed no deficit during the shift phase of the MWM; however, this was because even the CrT+/y control mice could not learn this phase adequately, precluding the detection of differences between genotypes.
1) Shift phase-space distribution functions in the configuration space with the full time step Δt by using the multi-dimensional conservative scheme (Umeda et al., 2009).
4) Shift phase-space distribution functions in the velocity space by an electric force with the half time step Δt/2 by using the multi-dimensional conservative scheme (Umeda et al., 2009).
(12 where 6) Shift phase-space distribution functions in the velocity space by an electric force with the half time step Δt/2 by using the multi-dimensional conservative scheme (Umeda et al., 2009).
Shift phase-space distribution functions in the velocity space by an electric force with the half time step Δt/2 by using the multi-dimensional conservative scheme (Umeda et al., 2009).
In addition to frequency filtering, a leaky integrator/differentiator also introduces phase shift (phase-lag/phase-lead) in the input-output relationship.
