The microstructural evolution was systematically investigated by backscattered electron (BSE) imaging, electron backscatter diffraction (EBSD) and transmission electron microscopy (TEM).
By employing tin niobate as a model compound, the effects of phase structure over electronic structure, photocatalytic activity toward methyl orange solution and hydrogen evolution were systematically investigated.
In this paper, the effects of H2 proportion, defined as H2 flow divided by total carrier gas flow, during GaN barrier deposition, on surface morphology evolution are systematically investigated.
To cope with such complexity, in this paper, we present the Big Data Integration ontology, the core construct to govern the data integration process under schema evolution by systematically annotating it with information regarding the schema of the sources.
As a result, it would be interesting to ascertain if and how school education offered to children today, contributes to the reorganization of their naïve biology; in other words, whether concepts of the theory of evolution are systematically introduced during primary education.
However, one can conceptually speculate that a certain subset of cancer cells with stem like properties is not affected by cytoreductive treatment, might evolve by clonal evolution, might systematically acquire de novo genetic alterations and might become capable of effecting recurrence.
To understand the effect of RNA structure conservation on coding sequence evolution, we systematically investigated the relationship between nucleotide conservation level and mRNA secondary structure in four model organisms, including one prokaryote and three eukaryotes, E. coli, Saccharomyces cerevisiae (S. cerevisiae), Drosophila melanogaster (D. melanogaster), and Mus musculus (M. musculus).
According to the entanglement thesis (chapter 2), these initially distinct System 1 responses became entangled in the course of human evolution and now systematically co-occur.
This evolution has been systematically analyzed by identifying some functional damage parameters, involving strain, energy, transformation stress, Young's modulus and phase transition temperatures.
In this review, the recent progress in synthetic approach and characterization of 2D polymer-based nanosheets were summarized, and their current advances in electrochemical energy storage and conversion including second batteries, supercapacitors, oxygen reduction and hydrogen evolution were discussed systematically.
