and fabrication as well as the future perspectives are given in the end of this thesis .......................................................................................................................... 43 3.1 Design of the system
, nano-grating structure for transparent electrode and the image quality of 3D system based .................. 35 3.1 Experiment setup for measuring the optical property of circularly polarized
..................................................................................................... 49 Figure 4.10 Measuring system of FZP and SZFZP, (a) light source filtered by a . ................................................................................................... 51 Figure 4.11 The light source of the measuring system, (a) original light source and (b
andthe image quality of optical microscopes have been much improved. For example depth planes in the intermediate image space. And the optical designof the light field
a givenapplication by optimizing the parameters of optical elements and considering the opticalsystem, and introduce a novel framework for efficient depth estimation by recovering a
................................................................................................................... 1 Chapter 1 State of art of micro-product fabrication and their integration in a design 1 Introduction Recently, the demand for fabrication of smaller and smaller
system design of RICE, including optical analysis andimage processing.1.2 Thesis Structure view system and (c) catadioptric system [171]........43Figure 3-11: The design of wireless
level of 1.4 pA (peak to peak). The linear range for DA and CA are 0.1 to 100 μM (R2 = 0.998 bisdithiocarbamate (EBDC) and several optical methods in determining of the Nabam
acquisition for 3D perception. Design and evaluation methods of a highdefinition rigid endoscope Chapter 3 Fabrication and Experimental Characterization of Liquid CrystalLens
stability of these surfaces should be the key for those shapes obtained.7 Design and control of and formation mechanism of crystalline nanostructures for platinum-group metals
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