Sentence examples for shell fits from inspiring English sources
Place the oyster, cupped side down, on a flat surface, and insert the knife into the hinge, the narrow end where the top shell fits into the bottom.
The presence of Cr VI) would be readily apparent by a distinctive pre-edge feature in the XANES spectrum and by much shorter Cr–O distances than obtained in first coordination shell fits to the EXAFS spectra (Table 6).
The black plastic shell fits in well no matter where you want to put it, and the 23 inch screen doesn't have too much glare, though as you may be able to see in the pictures, it is extremely glossy and reflective.
Shell fits yield 5.1 6.1 O atoms at a radial distance of 2.09 2.13 Å (Table 1), which are values consistent with an octahedral coordination of Fe(II) by first-shell O ligands, as in the ({{text{Fe}}^{ 2+ }}_{{({text{aq}})}}), β-Fe(OH 2(s) and nikischerite compounds (Table 1) [69, 71 73].
The shell fits over the core to create a narrow gap, into which the molten bronze is poured at a temperature of over 1050 C. The ratio of the alloy is usually around 17 3 copper to tin; the exact admixture (as well as the speed of the cooling process) can alter the tone of the end product.
You can tell if a hermit crab's shell fits if it can seal the opening of the shell with its large claw and armor leg (back left).
www.arcteryx.com SALOMON IVY A perennial favorite for women, this boot has a new sole construction this year; as always, a snug shell fit and a women-specific liner keeps feet from sliding around.
Then, based on first shell fit results, we deduced which mineral the atomic distances most closely matched, added the additional atomic shells, fixed coordination numbers, and allowed the Debye Waller factors and bond distances to vary.
EXAFS shell fitting illustrates that destructive interference commonly found for light and heavy elements in layered double hydroxides and in phyllosilicates also can occur in inosilicate minerals, causing similar structural features and leading to false positive results in LCF.
In fits to the total EXAFS spectra, interatomic distances and coordination numbers (N) for zinc and sulfur shells were fixed on crystallographic values for sphalerite (Table 6), with N scaled to the proportion of sulfide component determined in the first coordination shell fit.
The σ2 values, which describe the thermal and static disorder, were linked together for shells of similar distance to the center atom (Ni Al and Ni Ni/Zn for Ni-rich sample and model compounds, and Zn Al and Zn Zn/Ni for Zn-rich sample and model compounds) for second shell fitting.
