Sentence examples for maximum energy transfer from inspiring English sources

Maximum energy transfer occurs when the incoming photon is backscattered from the electron and its original direction is reversed.

For all other elements, the heavier nucleus limits the maximum energy transfer in a single scattering to only a fraction of the neutron energy.

For low velocities, the Born approximation gradually breaks down, and highly excited states begin to be inaccessible to transitions by virtue of small maximum energy transfer.

Furthermore, the maximum energy transfer (ET) efficiency and the corresponding QC efficiency were estimated to be 61% and 222%, respectively.

FRET between GFP-SERCA2a and RFP-PLB in live cells showed hyperbolic dependence on protein concentration, with a maximum energy transfer efficiency E (fractional decrease of FLT or intensity) of 0.103 ± 0.004 (Fig. 2c,d).

Furthermore, based on this model we perform predictive matrix design to achieve maximum energy transfer from the excited to the absorbing chain, and provide a theoretical explanation of the nonlinear dynamics governing energy transfer (including energy equi-partition) in this system.

According to the Nofence website, "the maximum energy transferred by Nofence is approximately 0.1 joules, but if there is good contact with the animal's skin, it will only be around half that (0.05 joules), at a voltage of 1500 V" - this is compared to 1-21-2% a traditional electric fence.

The purpose of the optimization, which has been performed using genetic algorithm, is to produce maximum hydrogen, minimum excess power, and minimum energy transfer loss.

Under the 80 keV e-beam in our experiments, the maximum kinetic energy transferred to transition metals, ET_max M) (Eq. 1), is in the range of 1 4 eV; ET_max M) decreases slowly across a period (for example, from 3.64 eV for Cr to 3.23 eV for Ni in period 4) but decreases rapidly down a group (for example, from 3.23 eV for Ni, to 1.78 eV for Pd and 0.97 eV for Pt) (Table 1).

The maximum value of energy transfer efficiency (ETE) and corresponding theoretical internal quantum efficiency are estimated as 74% and 174% respectively.

Here we propose a power management (PM) strategy by extracting maximum energy from TENG and transferring the energy to storage unit employing optimized Inductor-Capacitor (LC) oscillating.