A standard continuous wave laser can be used in its place, and the PT-OCT signal dynamics over the temporal and spatial scales used here remain unchanged between the two laser options (data not shown).
A qualitative Monte Carlo model has been developed in order to describe dynamics of Pt(1 1 0) surface reconstruction under reactive conditions on atomic scale.
We investigate the impact of catalyst (Pt) particle distribution on gas dynamics, electro-chemistry and consequently the performance of high temperature polymeric electrolyte membrane (HTPEM) fuel cells.
Three primary analytic metrics were developed for the PFDA: pupillary responsiveness (R), dynamics (D), and threshold (PT).
Moreover, D. Skachkov and collaborators studied the oxidation of ammonia in Pt using combined first principle molecular dynamics and density functional theory, and explained that Pt (100) facets have a high activity in the oxidation of ammonia because they allow N, NH and NH2 intermediates to adsorb to two Pt atoms by forming a bridging nitrogen, which continue to N2 formation.
The high cost of Pt-based catalysts and the sluggish dynamics of the oxygen reduction reaction (ORR) severely hinder the rapid development of fuel cells.
Dealing with molecular docking and molecular dynamics methods, the interaction between PT and hIL-6R was analyzed.
Hence, one can only speak of vibronically nonadiabatic EPT: this is appropriate when electronically nonadiabatic PT takes place, because the nonadiabaticity of the electronic dynamics coupled with PT implies the presence of the electronic coupling V nk in the transition matrix element.
To screen candidate upstream molecules of TSHβ, which convey light information to the PT, we generated Luciferase knock-in mice, which quantitatively report the dynamics of TSHβ expression.
The analysis uses a common theoretical framework for the coupling of electronic and nuclear dynamics that leads to adiabatic or nonadiabatic behaviors in ET, PT, and PCET.
