Sentence examples for isotope interaction from inspiring English sources

Understanding in hydrogen isotope interaction with liquid lithium surface is an important aspect of lithium technology development for fusion reactor application.

Because of hydrogen isotope interactions with carbon, Ni crucibles were selected for Flibe/tritium behavior experiments.

The strontium isotopes indicate groundwater interaction with tertiary volcanic rock and Paleozoic sedimentary rocks.

With the advancement of fabrication technology, composite materials that consist of isotopes with different radiation interaction properties can be manufactured and used as effective radiation shielding materials.

This paper describes the system being designed to study the processes of hydrogen isotopes (or their mixtures) interaction with a solid body at pressures up to 500 MPa.

Therefore, it is very important to determine the causes owing to decline in groundwater water level by undertaking modeling study of rainfall-recharge processes, recharge area identification using stable isotope analysis, surface water groundwater interactions, and increasing demands due to urbanization at basin scale.

Kopylova et al. (2013) also present stable isotope data consistent with interactions between kimberlite and host rocks and brines.

The coupling with the displacements of the alkali C60 optic is no doubt important to the electron phonon interaction, because the isotope effects of C60 are present in the superconducting phase of Rb3C60.

In addition, anomalous concentrations of fluid-mobile elements and Sr isotope ratios resulting from the interaction of minerals with high-temperature (≥350°C) fluids have been reported (Ishikawa et al. 2008).

Detection related errors can occur for all elements: a bad signal/noise ratio for minority isotopes and detector saturation/dead time effects as well as ion interaction in case of majority isotopes can cause serious problems for determining correct isotope fractions [11 14].

The critical effect of confinement on the interaction of hydrogen isotopes (H2 and D2) with carbon surfaces was investigated through a combined low temperature adsorption/thermal desorption spectroscopy (TDS) study on three carbon molecular sieves (CMS) possessing nanopores with nominal sizes between 0.3 and 0.5 nm.