The aim of fluorescence tomography is to obtain the distribution of a fluorophore inside an object (an only indirectly accessible quantity) from optical measurements at the boundary (an easily obtainable information).
The ability of the simulation to provide information on experimentally not directly accessible quantities like the detailed spatial arrangement of the particles allows for stringent tests of theoretical concepts about the glass transition and provides additional insight for the interpretation of experimental data.
It was shown that an experimentally accessible quantity, the flow stress, governs to a large extent the observed correlation between the variation of the type of serrations and of the stress drop distributions.
An experimentally accessible quantity which nicely displays the different entanglement properties are spin correlations.
Two experimentally accessible quantities are discussed: the ratio of the rates of hydrogen evolution in light and heavy water (KH/D) and the isotopes' separation factor SH/D. Their opposite dependencies on the electrode potential have been explained.
We used this form of potential function because it has led to accurate modeling of experimentally accessible quantities such as layer spacing and interlayer species configuration and mobility.
We demonstrate how experimentally accessible quantities, such as opening and closing times and the coefficient of variation of inter-spike intervals, and other, more elaborated, quantities can be analytically calculated from the underlying microscopic Markovian dynamics.
We observed that the quantity of accessible Ru nanoparticles on the mesopores determined the hydrodeoxygenation activity.
The extraordinary electrochemical performances arise from the structural advantages of the composite: the ultrafine SnO2-NPs with high dispersity on conductive EG matrix supply not only large quantity of accessible active sites for lithium-ion insertion but also good conductivity and short diffusion length for lithium ions.
An increase in adsorption capacity of immobilized chitosan compared to partially crosslinked chitosan could be explained by the expanded quantity of accessible adsorption sites of the chitosan-silica composite and high surface area, as well as a more suitable morphology of synthesized composite for adsorption of V V), Mo VI), and Cr VI) oxoanions.
To further increase quality and not to forget also quantity of accessible evaluations some steps can be taken.
