It has been shown that although the keeper and the precharge transistors experience more NBTI degradation by increasing the low level in the clock signal, the total performance of the circuit will improve.
It has been shown that, although time results may appear complicated, the arrival of various pulses at the receivers can be understood in terms of the travelling body pulses and guided waves.
It has been shown that although both formulas, that is, our approximation and [11, ], are derived independently they can be expressed in a similar form, only with the difference at the scale value.
It has been shown that, although the fatigue life to first innermost layer wire fracture is largely unaffected by the magnitude of the applied external hydrostatic pressure, the fatigue life to first outermost layer wire fracture may be significantly reduced (cf. corresponding in-air conditions) under the influence of sufficiently high levels of external hydrostatic pressure.
Dynamic characteristics of common nonlinearity mechanisms like cubic stiffness, pure slip, and stick-slip have been identified using the proposed technique and it has been shown that, although the proposed identification technique is simple, it does not require any sophisticated measurement hardwares and techniques, as required by most of the identification methods proposed so far.
At the same time, it has been shown that although lower concentrations of sodium hypochlorite are less cytotoxic to host tissues, lowering its concentration will result in a reduction of its antimicrobial effectiveness and tissue digestion capabilities (Zhang et al. 2003; Fachin et al. 1994).
It is shown that, although the shear stress is highly singular, it does not highly depend on this free parameter.
It is shown that, although the solution is not expected to be smooth, the nonlinear term can be defined without changing the equation.
It is shown that although many normalization methods may appear to be minor variants of each other, these nuances can have important consequences in engineering design decision-making.
It is shown that although aging tends to occur in the surface section of a specimen it can contribute to the deterioration of the bulk mechanical properties.
It is shown that although non-random nucleation highly affects the nanostructure, it has a small effect on the transformed fraction evolution.
