The design of a NMR probe suitable for very high temperature samples is described.
The exception was a lower δ34SSO4 value (20.4‰) of a high temperature sample (69.6°C) from Twinkie (Table 1).
Additionally, the cluster of high temperature samples after 48 hours of development was the most distant branch of the tree, implying a divergence from normal development to a signature profile resulting from a common response to thermal stress.
Because multiple factors were targeted (time, temperature, and location), and the reference sample was of no biological interest, dye swaps were not performed [50].Three replicates were run for each temperature treatment (except for the 48 hour high temperature sample from Florida).
An image-capture device was designed to monitor color variations in the L*a*b* space for high temperatures samples taken from the reactor.
Higher activity of Au-Mo catalysts was established in the low temperature region, while high temperatures samples, containing only gold exhibit higher benzene conversion and the cross-point of the curves depends on alumina content.
By inspecting the conductivies, previously the authors have studied the renormalized mobility [43] of a GaN-based 2DES at high temperatures (Sample B) [44].
A widely used computationally-efficient approach to this problem is simulated annealing, which is based on high-temperature sampling of selected degrees of freedom in implicit solvent [12] [16].
The synergetic effect is not observed when high-temperature samples with formed spinel or hexaaluminate phases are modified with Pd.
The latter is also corroborated by NMR study, which shows polymers with a low branch number, and isolated methyl branches predominating for high-temperature samples.
