Sentence examples for average specific energy from inspiring English sources
The average specific energy absorbed of silver-coated aramid/epoxy composites was comparable to that of pristine (uncoated) material.
An average specific energy of 36.55 and 20.35 Wh/kg was recorded for peanuts and coconuts, respectively, after 12 min of pressing.
The average specific energy of sinusoidal multi-cutters for workpiece Al 6061 in different wavelength (n = 1 7) is 1580 MPa, the average specific coefficient in y-direction is 0.44 and the average specific coefficient in z-direction is 0.20.
The lowest average specific energy was 0.26 J mm−1 for a 60° oblique cut at an average cutting speed of 7.9 m s−1, whereas the highest average specific cutting energy was 1.24 J mm−1 for a straight cut at an average cutting speed of 16.4 m s−1.
When tested with real wind speed data (average wind speed 6.1 m/s; interval of 1 s) over one day of realistic fluctuation levels, the wind-membrane system produced 0.78 m3 of water with a final concentration of 191 mg/L NaCl at an average specific energy consumption (SEC) of 7.2 kWh/m3.
As will be explained later, the proposed urban EV will use a Lithium-ion battery with average specific energy 0.13 kWh/Kg.
The aim of the study was to obtain the 2D instantaneous velocity field in a homogeneous near isotropic turbulence field using particle image velocimetry (PIV) and then compute the space and time averaged specific energy dissipation rate from velocity field using four different methods, namely: (1) dimensional analysis, (2) velocity gradient, (3) structure function, and (4) energy spectrum.
The following microdosimetric parameters were simulated in this work: the mean specific energy, 〈z〉, is the average energy deposited in the target per decay of 211At, including histories with zero specific energy 〈 z 〉 = 1 N ∑ i = 1 N z i, z i ≥ 0, G y, (1).
The single-hit mean specific energy per event, 〈z1〉, is the average energy deposited for the histories when the particle hits the target, i.e. excluding all histories with zero specific energy 〈 z 1 〉 = 1 M ∑ i = 1 M z i, z i > 0, G y, (2).
A detailed analytical investigation that is based on numerical simulation suggests that this process can potentially produce 100 L/day distilled water with an average specific electric energy consumption as low as 3.6 kWh/m3 using a total of eight 2 m2 flat plate solar collectors.
Under these conditions, the experimental average flux and specific energy were 154 L/m2 h and 169 kwh/m3, respectively, which were in close agreement with the values predicted by the model.
