The Ag NWs across two Au electrodes could be seen using an optical imaging lens, although the resolution was fairly low.
The ovicidal effect of the protein was quantified at intervals of 30 minutes during a 4-hour period and analyzed morphologically for the integrity of capsule eggs and viability using an optical microscope (40X objective lens).
The intensity of scattered light from these lenses was quantitatively measured using an optical fiber coupled with a spectrometer.
The heights of the pillars as well as their diameters were determined using an optical microscope (Keyence VHX-2000D equipped with a VH-Z20R/W lens).
Imaging was performed using an optical microscope (Leica Microsystems, Wetzlar, Germany) with 200 × objective lenses.
Recording is by transfer of energy to a light-sensitive record, using either an optical-lens system or a fibre-optic faceplate.
In this work we have used an optical setup with a lens imitating the refractive human eye and the LF-PCF imitating the retina.
An alternative design for an epifluorescent camera attachment using generic optical lenses.
From the results of the experiments using the designed optical lens, it has been shown that the maximum hardness and the width of the hardened area are approximately 780 Hv and 22.3 mm when the heat input capacity of the laser is 4.90 × 102 J/cm2, respectively.
The purpose is to explore the fundamental relationship between resolution, magnification and imaging in optical systems derived from using different optical lenses and their impacts on the characterization of porous microstructures.
