Sentence examples for samples for thin from inspiring English sources

Samples for thin section petrography were impregnated with blue epoxy to facilitate the identification of porosity.

Samples for thin section electron microscopy were prepared as described previously (3) from tSEC6 grown in the presence and absence of DOX for 24 h at 30°C, and micrographs were acquired using a Hitachi H7500 transmission electron microscope (Hitachi High-Technologies Corp., Japan).

The samples used for thin sections were obtained from the Liulinchuan outcrop.

The samples for paleomagnetic (thin horizontal bars) and oxygen isotope analyses (light blue squares) are from the Yoro-River and the Yoro-Tabuchi sections in this study.

There is a wide variety of needle sizes available: 7 G, 10 G and 12 G, and there is a half-sampling option for thin breast or 'difficult to access' lesions.

Diffraction patterns of reflected high-energy electrons for samples of thin (hGe= 4 Å) Ge/Si 001) films deposited at high (650 or 600℃) and low (360℃) temperatures with equal effective thicknesses are presented in Figure4a,b.

Secondly, it is well known that in XRD, the diffraction occurs at the periphery of the crystallite (for bulk samples) and through the volume (for thin samples such as nanoparticles) while in X-ray scattering, elastic scattering of the X-rays occurs at the phase boundary.

Children with documented fever (axillary temperature ≥37.5°C) or history of fever in the previous 24 hours had a blood sample for thick and thin smears.

However, a portion of each sample was prepared for thin section and subsequent petrographic analysis.

The 2D GIWAXD results showed that for films thicker than 200 nm, the "c" axis (main chain direction) and "b" axis of crystal unit cell are almost parallel to the sample surface, whereas for thin films the "c" axis is preferentially perpendicular to the film plane in the crystalline phase of isothermally crystallized PTN films.

This system is designed and developed for hydrogen analysis with proton proton elastic recoil coincidence spectroscopy for thick mineral samples with thicknesses up to 200 μm and with the nuclear reaction H 19F, αγ) for thin samples.