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The Vierendeel mechanism involves three interacting drivers, namely the axial force, the shear force and the Vierendeel bending moment.
Our results reveal that the atomistic growth mechanism involves three distinguishable steps in succession: formation of quasi-ordered structures with 1-D periodicity, 2-D periodicity on a length scale of 2 4 nm and the formation of 3-D nanocrystals with clear interfaces.
The robot's mechanism involves three parts: the robot's program, motors, and wheels.
The VLS mechanism involves three phases and two interfaces (specifically, vapor liquid and liquid solid interfaces).
The mechanism involves three steps, including dehydration of fructose into HMF, polycondensation of HMF monomers into primary particles via intra-molecular dehydration and aggregation of primary nanoparticles in carbonaceous spheres.
The HPPK mechanism involves three flexible loops, HLp1, HLp2 and HLp3 in our structure, that undergo large conformational changes and adopt more stable structures in the presence of the two substrates [20], [23], [24], [25].
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Our results show that the lithium storage mechanism involves
The core clock mechanism involves two interacting molecular feedback loops that are functionally conserved in circadian systems across species, from the fruit fly Drosophila [1] to mammals [2].
The oxygen dependence for such a mechanism involves two oxygen binding events and predicts a sigmoidal oxygen dependence, as shown by the dashed line in Figure 3.
The proposed mechanism involves two steps: intrinsic membrane properties of a neuron provide a trace capacitance that acts as a seed for the integrator, and positive feedbacks via a recurrent network allow continual refreshment of the seed.
The proposed mechanism involves two steps: enzymatic oxidation of the catechols to the corresponding quinones, followed by quinone-catalyzed Strecker degradation of the amino acid to yield the aldehyde, ammonia, and carbon dioxide.
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