Sentence examples for transfer path of from inspiring English sources

Head-related transfer functions (HRTF) provide a measure of the transfer path of a sound from some point in space to the ear canal.

The lattice truss core is composed of four sets of orthogonal stiffeners, two sets of oblique rods and one set of vertical columns, which establishes a significant transfer path of the reactive loadings.

This property well reveals the transfer path of photogenerated charges and the origin of high charge separation efficiency in photocatalytic reaction, thus yielding a remarkable catalytic activity (a hydrogen-evolution rate of 1316.35 μ mol h−1 g−1), nearly 20 and 2.93 times higher than that of bulk g-C3N4 and exfoliated g-C3N4 nanosheet.

In the outer loop of the multi-layer optimization, the nonlinear optimal control problem, taken as a dynamic optimization, is solved to obtain the optimal transfer paths of all spacecraft in the formation.

Modifying pheromone of transfer path for each ant according to local update rule.

Step 6 Modifying pheromone of transfer path for each ant according to local update rule.

If ants finish tour, we jump to Step 7 ; otherwise we return to Step 5. Modifying pheromone of transfer path for each ant according to local update rule.

The selected biomass-derived hollow carbon fiber with porous structure not only provides an ideal electron transfer path to overcome the limitation of high resistance of most oxide electrodes but also serves as a backbone of inner wall space, which could load more Co3O4 particles per unit electrode area to maximize the redox reaction.

The shape and location of the biomechanical transfer path for both load cases are consistent with the trabecular features in the cross-sections of the cadaver bone (Fig.  8a) [ 18, 19].

In performing transfer path analysis of structure-borne sound transmission, the operational forces at the excitation points and/or at the connections within the structure-borne paths are required.

The FEA modelling is then used to perform analysis on typical failure modes, moment-deflection relations, stress developments, material interactions and the load transferring paths of the composite truss systems.