Sentence examples for frequency of pump from inspiring English sources
The operating frequency of pump was taken as 42.5, 45 and 47.5 Hz, respectively.
The resonant frequency of pump depended on the structure of pump, fluid density and piezoelectric parameter of vibrator, etc.
In this work, a modulation speed of only 1 MHz is achieved due to the low switching frequency of pump light.
Periodic pressure fluctuation may force the impeller or volute to vibrate, and resonance may occur when the frequency of pressure fluctuation approaches the natural frequency of pump components.
Since continuous subcutaneous insulin infusion has been associated with a decreased frequency of hypoglycemia (12– 14), the high frequency of pump use in the long-term subjects would also have been expected to limit our ability to demonstrate a difference with respect to exposure to hypoglycemia.
As the plants grow, concentration of the solution and frequency of pumping are increased.
1Alongside the canonical calcium-regulated mechanism, IFM can also contract in an asynchronous manner, that is, in such a way that the contraction frequency is uncoupled from the presynaptic motor neuron spikes and therefore from the frequency of pumping calcium in and out of the sarcoplasmatic reticulum.
Figure 4 Optical Kerr coefficient of probe beam with various Rabi frequencies of pump beam.
Δpu=ωQD-ωpu is the detuning of the exciton frequency and the pump frequency, Ω pu = µ E pu / ℏ is the Rabi frequency of the pump field, and δ=ωpr-ωpu is the probe-pump detuning.
δ p = ω 10 − ω p denotes the pump detuning (ω p is the frequency of the pump pulse).
The Hamiltonian of the QD coupled to the pump laser and probe laser is given by [54] H QD-L = - µ E pu ( S + e - i ω pu t + S - e i ω pu t ) - µ E pr ( S + e - i ω pr t + S - e i ω pr t ), where µ is the dipole moment of the exciton, ωpu (ωpr) is the frequency of the pump (probe) laser, and Epu (Epr) is the slowly varying envelope of the pump (probe) laser.
