It is shown that while as the signal and interference correlation coefficients, and increase and the average SIR's at the at the input branches increase, the ASEP increases at the same time.
It is shown that while a smaller cutter diameter gives a more favourable variation, it leads to a longer toolpath.
It is shown that while restraints from pallets could potentially be considered in design, they would not lead to more economic structural solutions.
It is shown that, while the pile-group effect reduces the interstory drift of buildings in general, it may increase the bending moment of piles at the head.
It is shown that while the first desorption step is a zero-order reaction, the second desorption step follows the Johnson Mehl Avrami (JMA) equation with n = 1.
It is shown that, while the structure is capable of sustaining large passive loads at low weight, the demonstrable authority is actuator-limited.
It is shown that while the predicted wave propagation is in qualitative agreement with experimental observations, this mechanism cannot predict quantitatively patterns on catalytic surfaces at low temperatures.
It is shown that while strength characteristics can degrade significantly due to deterioration at the matrix and interface levels, modulus is relatively less affected.
It is shown that while hardness is essentially insensitive to loading direction, some degree of anisotropy is present in the P hs curves.
It is shown that while the low temperature sintering performance of MCMB is unique, at high temperature it appears to be similar to that of conventional materials.
It is shown that, while this algorithm [referred to as the distributed KLT (DKLT)] always converges to a solution, the final solution is not necessarily the global optimum.
