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Images were taken under low-dose conditions at a magnification of 67,000X using a defocus value of −1.5 µm and recorded on DITABIS digital imaging plates (Pforzheim, Germany).
Low-dose conditions during imaging (dose ∼25 e−/Å) were used for all data sets, and micrographs were collected using a defocus range of −0.6 to −1.5 μm.
Images were recorded on a 4k × 4k Gatan Ultrascan CCD camera using a defocus ranging from 0.5 to 1.5 μm and a dose of 25 e−/Å.
Data acquisition was done on an FEI Polara G2 microscope operated at 300 kV under low-dose conditions (28 e−/Å) using a defocus range of 1.6 4.0 μm.
A dataset of ∼1000 micrographs was acquired for the T20S in a single session using a defocus range between 0.9 and 2.4 µm.
Analyses of carbon aggregates using a defocused electron microprobe beam reveal compositions similar to estimated partial melts.
We herein report on a simple and novel method of refractometry that uses a micro image defocusing technique.
The defocusing imaging technique using a three pinhole aperture plate is implemented for the refractive index measurement.
Anstice and Phillips demonstrated a better slowing effect (37%) using a concentric bifocal soft contact lens having 2 D myopic defocus in the cross-over study.
Images were recorded using a 4k × 4k CCD camera (Gatan, Pleasanton, CA) at 52,000 magnification, at −1.5 μm defocus.
Images were taken automatically with EPU software (FEI) using a dose of 25 e− per Å2 and focus settings of 1000, 1600, and 2500 nm defocus with a final pixel size of 1.105 Å.
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