Following his approach from MC and complementing it with occasional references to his EAC, Kepler makes use again of the Platonic solids to determine the number of the planets and their distances from the Sun.
Within the context of the proposed approach, we intend further to examine the thermodynamics of the coexistence of solid phases, determine the condition under which solids involving common constituents can coexist at equilibrium (Povar and Spinu 2014a; Adriano et al. 2002), the acid-base equilibria, mineral equilibria, and inorganic and organic complexation.
The obtained residence time, in combination with the solids inventory, determined the solids circulation for a particular batch experiment.
Energy band gap (Eg) of the solids determined by UV vis diffuse reflectance spectroscopy (DRS) showed high photoresponse in the ultraviolet (UV) region, which was increased with Mn incorporation into the LDH structure.
In addition the model uses solid models, which determine the kinematic scheme.
The comparison between experimental and theoretical results provides solid ground to determine the accuracy of the available model for the the prediction of the steady-state behavior of the tilting-pad bearing with controllable lubrication.
Following Abeyratne, Knowles, LeFloch, and Truskinovsky, who studied similar questions arising in fluid and solid flows, we determine the associated kinetic function which characterizes the dynamics of undercompressive shocks driven by resistivity and Hall effect.
This dose-escalation study was conducted according to the Chinese State Food and Drug Administration SFDAA) recommendations in patients with advanced solid tumors to determine the MTD for orally administered apatinib.
In this phase I trial, we evaluated the safety, tolerability and pharmacokinetics of sagopilone in patients with heavily pretreated solid tumours, to determine the maximum tolerated dose (MTD) and dose-limiting toxicities (DLTs) of a weekly treatment schedule.
Additional use of a molecular investigation, such as RT PCR, has been largely developed in various solid tumours to determine the incidence of micrometastases missed during routine light microscopy (Ambrosch and Brinck, 1996).
