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Adsorption free energy profiles of cationic and uncharged surfactant micelles adsorbing on a gold-water surface.
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Raw data, computed data and state commands for all main analyses (Fig 2, 3 and 4) and subgroup analyses presented in JAMA Intern Med. 2018;178(10):1317-1331. doi:10.1001/jamainternmed.2018.3713
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Data about manuscript
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Data: pseudonymised full data of the two cases analysed in "Math in the time of social media: a conceptualization of the Internet phenomenon of mathematical memes" Authors: Giulia Bini1, Ornella Robutti1, Angelika Bikner-Ahsbahs2 Affiliations: 1University of Turin, Italy, 2Universität Bremen, Germany Ambit: mathematics education Research: ethnographic research on the Internet phenomenon of the mathematical memes from an educational point of view. Period: February 2018 - current
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Termites are present in different environments, they perform the functions of cycling organic compounds in the soil and decomposing organic matter. Through this behavior, some species can generate great economic losses in the agricultural environment for some cultures. Such insects can communicate through semi-chemical and vibroacystic signals. These signals transmit different types of messages. The vibroacoustic signals occur when there is interaction between the generated vibrating waves, which can, consequently, generate understandable optical interference phenomena when light is applied, one of these phenomena that can be understood is the dynamic biospeckle. It is proposed in this research, to evaluate the bioactivity of the termite Nasutitermes corniger (Insecta: Isoptera) during the walk using the optical phenomenon of interference Biospeckle. Termites were collected in colonies present on the University campus of the Federal University of Sergipe-UFS. 25 individuals were randomly selected, distributed in 5 groups. Such individuals will be submitted to the simulation activity of walking in arenas created using Petri dishes (14 x 1.5 cm) which were exposed to laser light, during the movement of the insect videos were captured which were later processed using the Generalized Differences Method and the Moment of Inertia. It was possible to detect the areas of walking and of greater activities caused naturally by the groups of Nasutitermes corniger present in the arenas, as well as the method of MI showed to be significantly different when analyzed before and during the walking. Thus, it is possible to analyze the walking activity of Nasutitermes corniger by means of dynamic biospeckle in different types of light, which can be applied as a possible tool to evaluate the termite's bioactivity.
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These data correspond to that presented in the manuscript "Local evaporation controlled by regional atmospheric circulation in the Altiplano of the Atacama Desert" by Lobos et al. These data were collected in the E-DATA field campaign, performed in the Salar del Huasco, Chile, on November 2018.
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This file is the thermodynamic assessed data of the Cd-Nd system
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The data included in the file were collected and processed for calculation of evaporation rate using bilayered photothermal structures
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This dataset is part of the research project on internationalization of intrastate armed conflicts funded by the Russian Foundation for Basic Research (RFBR) according to the research project № 18-314-00006\18. It proceeds from an alternative expanded conceptualization of the phenomenon of internationalized internal conflict which argues that accounting for involvement of external state-based actors into intrastate conflict is insufficient for understanding the complex interplay between various international, transnational and cross-border processes that form multiple reinforcing and counterbalancing links and feedback loops. To this end, we offer re-operationalization of the internationalization phenomenon based on an integrated three-dimensional framework which differentiates between three dimensions of internationalization (interpreted in a broader sense). The horizontal dimension (horizontal escalation) represents varied processes through which the spatial spread of organized violence (often originated on the sub-state level) affects the territory of other (usually neighboring) countries leading to consequences (usually destabilizing) for both the source state and the recipient state. The vertical dimension (vertical escalation) covers the processes by which either the structure of a conflict gets expanded to involve outside (foreign) actors, normally as secondary (supporting) parties, or (often as a result of the former) the nominal level of conflict gets upgraded from intrastate to interstate. Vertical escalation is enabled either through an attack by a source state on the territory or subjects of one or more of its neighbors (outward-directed vertical escalation), or alternatively through intervention by a state-based external actor into the original internal conflict (inward-directed vertical escalation). Finally, the systemic dimension (systemic escalation) denotes the expansion of international systemic limits of original conflict by increased political stake, interest and/or attention of various international actors vis-à-vis the conflict in question, through its “proxy-fication” or connectedness with other conflicts in the neighborhood. The proposed dimensions are conceptual constructs aimed at facilitating the analysis of conflict dynamics and are not intended to be interpreted literally. This current version of the dataset (2.0) covers the universe of armed conflicts in the regions of Europe (excl. FSU), Former Soviet Union (FSU), and Asia for the period from 1975 to 2018, and the Middle East and North Africa region for the period from 1989 to 2018.
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The G-code file for 3D-printing system related to the fabrication of scaffold with kagome structure
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