However, the 3D interpolation results may be improved in future by taking into account different quality classes of temperature measurements, an approach tested by Rühaak (2015) who used the temperature database of the Leibniz Institute of Applied Geophysics LIAGG) to assess the temperature distribution in the German Molasse Basin with weighted 3D temperature interpolations.
Without going into details, as discussed in the text in response to the second reviewer, there are multiple classes of temperature receptors peripherally, and temperature sensitive neurons in the hypothalamus.
Other abundance anomalies are found in a peculiar class of higher temperature stars, called Wolf-Rayet (or W) stars, in which objects containing predominantly helium, carbon, and oxygen are distinguished from those containing helium and nitrogen, some carbon, and little observed oxygen.
A class of ambient temperature solid electrolyte based on an 'inorganic salt organic salt' hybrid system is reported.
The generation of TiAl based intermetallic alloys represent an important class of high temperature structural materials providing a unique set of physical and mechanical properties that can lead to substantial rewards in aircraft engines, industrial gas turbines, and automotive industries (Appel et al. 2016; Austin 1999; Lapin 2009).
It is shown, that the model is able to reproduce a broad class of various temperature dependencies of relaxation times, lying between the extremal cases represented by the Arrhenius relation on one and by the Vogel-Fulcher-Tamman (VFT) relation on the other hand.
They can also be doped between the C60 molecules in the fullerene solid, rendering it superconductive at temperatures below 8 K. Samarium doping of iron-based superconductors – the most recent class of high-temperature superconductors – allows to enhance their transition temperature to 56 K, which is the highest value achieved so far in this series.
Therefore, it provides a path to obtain a new class of high-temperature-resistant dielectric materials for various engineering applications.
The present work thus identifies a novel class of low-temperature processable interface layer with a potential to fabricate highly efficient photovoltaic devices.
