Only 20 millimeters, or less than an inch, high, the elaborate mechanism features two tiny pendulums with gold, ruby-set sun-shaped weights swinging from jeweled bearings.
The reaction mechanism features ∼600 reactions and 67 species.
This work presents an experimentally-validated approach for designing a precision magnification mechanism featuring flexure hinges and piezoelectric actuators.
Compared to the socially efficient mechanism, the optimal mechanism features fewer participants, longer search conditional on the same set of participants, and inefficient sequence of entry.
The presented corrosion detection mechanism features compact device size (ideal for embedded optical fiber applications), non-contact approach, stable performance, and high spatial resolution.
The chemical closure is obtained through a systematically reduced C/H/O/N mechanism featuring 16 independent, 4 dependent, and 28 steady-state scalars.
The structure of the parallel assistive mechanism, featuring a bearing-like leg unit prototype to remove the restriction on hip internal/external rotation, was introduced.
Our newly designed experiment and analysis revealed that the involved mechanism features a combination of the waveguide effect and total internal reflection by crystal edges.
The object-oriented programming techniques and the goal-driven search mechanism, featured by an interactive graphic user interface, have been applied in development of the proposed KBS.
