resources:p2:start
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This paper presents the design, optimization and optical characterization of an array electrostatic actuators based MEMS to be used as an adaptive optics component of a portable retinal imaging device. The proposed wave-front corrector is implemented in (CMC) polymump technology and features an array of cantilevers on which planar reflective gold thin films were deposited for characterization purposes. | This paper presents the design, optimization and optical characterization of an array electrostatic actuators based MEMS to be used as an adaptive optics component of a portable retinal imaging device. The proposed wave-front corrector is implemented in (CMC) polymump technology and features an array of cantilevers on which planar reflective gold thin films were deposited for characterization purposes. | ||
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+ | **Diagram and description of set-up** | ||
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Figure. 2, All ultrasound detection and ablation of breast tumors | Figure. 2, All ultrasound detection and ablation of breast tumors | ||
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+ | ====== Preferences: | ||
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+ | 1. BBB: Complete the text and information in above section. | ||
+ | 2. Sandwich: Complete the text and discussions. | ||
+ | 3. Interferometry: | ||
+ | 4. Cantilever : Design cantilever. | ||
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