An adaptive membrane shape control experimental platform is established as described in this section.
Open image in new window Figure 7 Membrane shape tracking tests.
More importantly, curvature-inducing proteins can couple with membrane shape and eventually render the membrane unstable.
A criterion for membrane shape instability is derived from a linear stability analysis.
A series of tests on membrane shape control with SMA wires were undertaken by the Canadian Space Agency.
These experimental results confirm the effectiveness of the proposed membrane shape control strategy and show a satisfactory real-time performance.
To verify the correctness of the calculated value of K, a series of membrane shape tracking tests were performed.
The simulated membrane shape is experimentally verified with photogrammetrical measurements carried out on a prototype facet of the small dish.
Here, we review the fundamental principles behind the translation of molecular geometry into membrane shape and topology during fission.
The cable length and membrane shape have to be carefully designed and fabricated to guarantee the desired reflector surface shape.
The membrane shape tracking tests for the three different desired shape signals are shown in Figure 7(a), (b), and (c) respectively.
