Sentence examples for peak efficiency for from inspiring English sources

The part of your brain responsible for memory consolidation doesn't function well for five to 20 minutes after you wake up and doesn't reach its peak efficiency for a couple of hours.

A statistical experimental design was used to investigate the effects of non-aqueous polar organic mobile phase parameters on the CEC electroosmotic flow, resolution and peak efficiency for two model solutes.

Although GES_MC was especially designed for the computation of the response function and peak efficiency for gamma detectors, it can also be used in various studies concerning photon or electron interactions with the matter in any cylindrical (RZ) geometry.

The basic parameters of the PV inverters including nominal capacity, input voltage range, purchasing cost, O&M cost and peak efficiency for different configurations are shown in Table 1 [19].

For instance, peak efficiency for letter identification has been estimated to be 13% (Solomon & Pelli, 1994), 42% (Parish & Sperling, 1991), and less than 1.5% (Gold et al., 1999).

As observed for the 2Cys47 unfolded peak, the apparent spFRET peak efficiency for the 2Cys313 unfolded peak decreases with increasing GdmCl concentrations, and the half-widths are wider than those predicted from shot noise.

Average daily peak efficiencies for the previous system and the new system were 80.7% and 85.0%, respectively.

In particular, simulations were used to determine the full-energy peak efficiencies for single cylindrical, conical and 'hybrid' detector geometries, as well as complete array configurations of 'hybrid' and ∅1.5 in.×2 in.

Peak efficiencies for both the Pelton and the Turgo turbines occurred at lower than theoretical ideal speed ratios based on a momentum balance; the reduction in speed ratio at which peak efficiency occurs is likely caused by inefficiencies in the turbine.

Recent progress shows peak efficiencies for a metal-wrap-through concentrator solar cell architecture called AP-MWT of 21.1 % at two suns for a passivated emitter and rear solar cell device and over 20%% between five and twelvesuns for a device featuring a full area, Al alloyed contact on the rear.

Figures 5 and 6 show the full-energy peak efficiencies for both NaI (Tl) detectors (Det. 1 and Det. 2) which include measured, calculated with Sself, and calculated without Sself for parallelepiped sources (100 and 200 mL) placed at the end cap of the detector as functions of the photon energy.