Sentence examples for same energy release from inspiring English sources
However, significant differences were observed in the measured heat fluxes from port- and Bunsen-type flames having the same energy release rate of 75 W.
From comparison to mechanical fatigue test results, it is clarified that transverse crack accumulation rate was larger under thermal fatigue loading at same energy release rate range due to the dependence of the fracture toughness on temperature.
SOHO observations support the idea that the flare and CME are two manifestations of the same energy release (e.g., Low 1994; Harrison 1995), although the CME kinetic energy has been found to be the single largest component of the released energy (Emslie et al. 2012).
Moreover, formation of a salt-bridge bond per se between the D/E-site and Arg-finger would neither energize the rotation of the c-ring nor determine its directionality, since the same energy released during the bond formation must be paid back when the bond is broken.
Zorman et al. revealed that, although the steps in the processes were the same, the energy released in the last step was different when different complexes assembled.
Negative enthalpy results (ΔH) from the three biosorbents suggest that the adsorption process is exothermal, or rather, the same occurs with energy release (Wan Ngah and Fatinathan 2010).
For linear elastic materials, the path independent integral is basically the same as that of energy release rate.
The result shows that the indentation load can improve the rate of penetration, but the shale strength increases slightly at the same time, which suppresses the energy release of the shale fragmentation.
The collision would have released the same energy as 100 TtTNT, over a billion times the energy of the atomic bombings of Hiroshima and Nagasaki.
This interaction energy has the same order of magnitude as the elastic energy release due to free-surface corrugation at each upper surface of a B layer.
It can be seen that the same prescribed crack has a higher strain energy release rate for the joints with thicker bondlines.
