In each we explored in-depth reactions to being debriefed in person in the presence of other participants, discussed the ethical issues addressed here, and sought views on whether and how debriefing of the remainder of the study population might take place.
Though the interaction of TMA with adsorbed hydroxyl functional groups on Al has been studied in depth, the reaction of TMA with air-exposed copper surfaces complicates this ideal ALD picture due to the formation surface oxides at room temperature.
In-depth analyses, including reaction path and sensitivity analyses, of the oxidation mechanisms of each of the isomers are presented.
Coverage of those functional proteins in proteomic studies is of great interest in systems biology in order to gain an in-depth understanding of the reactions of bacteria to external stresses [ 11], adaption to different substrates, and interdependencies in microbial bacterial communities in the new field of metaproteomics [ 12].
Considering the question of why unrelated donors are emotionally highly affected, we were able to develop two hypotheses based on the findings from the in-depth interviews: First, grief reactions may result from the supposed exceptional relationship between donor and recipient.
The complete dimerization process involves a complex multi-step sequence of events and a more in-depth analysis of all reaction steps will be accounted for elsewhere.
Based on the in-depth characterization of the reaction kinetics in LMFP mesocrystals, our work provides fundamental understanding to design high-performance Mn-based olivine cathodes.
An opinion poll by the Allensbach Institute, which conducts in-depth analysis on public reaction to the political parties, showed Wednesday that Mrs. Merkel's coalition would have no chance of winning if elections were held this Sunday.
An in-depth understanding of this reaction and further application of the concepts and products presented herein are being documented in our laboratories and will be reported in due course.
In order to gain an in depth understanding of the reactions of P4 and main group element compounds, it is crucial to understand the properties of the P4 tetrahedron.
Even though these works have paved the aerogel application road, the exploration of them in fuel cell reactions in depth and width is necessary, and the applications of metallic aerogels in other areas of catalysis, other electrochemical energy systems, hydrogen storage, surface-enhanced Raman spectrocopy, sensors, etc., are of great interest and need to be explored in the near future.
