This paper evaluates the predictive validity of the functional build approach by utilizing a design of experiment to examine the effect of two factors build fixture and method of attachment in constructing functional build preproduction assemblies of stamped sheet metal components.
In this paper, a novel method has been proposed for penetration into the bio-membrane by arrow and bow concept utilizing a designed MEMS actuator device.
Then, by utilizing a specially designed factorization algorithm, the researchers identified characteristic muscle synergies in both the stroke-affected and unaffected arms.
By utilizing a specially designed AFM/nano stage setup, nano experiments were performed for various AFM tip engaging depths.
Outputs of the photodiodes are combined in a differential amplifier, which can extract error signal (noise) and significantly improve the S/N ratio by utilizing a specially designed feedback circuit.
In the present study, for the purpose of establishment of a new robust basement for heterogeneous metal catalysts, a SAM of the alkanethiolate terminated with NHC rhodium(I) complex moiety was prepared by utilizing a newly designed disulfide molecule bearing NHC metal complex terminals.
By utilizing a newly designed constant volume combustion bomb (CVCB), turbulent flame combustion phenomena are investigated using hydrogen air mixture under the initial pressures of 1 bar, 2 bar and 3 bar, including flame acceleration, turbulent flame propagation and flame shock interaction with pressure oscillations.
By utilizing a particularly designed beam expander before the amplifier, specific expanding ratio and beam divergence can be introduced to the injected seed pulses, which can improve the spatial matching between the seed pulses and the pump pulses, and thus enhance the energy extraction efficiency.
By utilizing a task designed to elicit behaviors known to be disrupted in ASD and focusing on how networks of regions are affected, we have shown that individuals with ASD do not have a tonic reduction in information generation, but rather a dissonant temporal organization of the functional architecture necessary to support cognitive set shifting.
By utilizing a novel design of an electronic device with microfabricated through-etched slits for transmission electron microscopy (TEM), single-walled carbon nanotubes (SWNTs) suspended over two metal electrodes were successfully characterized.
