cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.2059701
title: Numerical-Analytical Assessment on Solar Chimney Power Plant

description: Preprint submitted to Elsevier:<br>This study considers an appropriate expression to estimate the output power of solar chimney power plant systems (SCPPS). Recently several mathematical models of a solar chimney power plant were derived, studied for a variety of boundary conditions, and compared against CFD calculations.An important concern for modeling SCPPS is about the accuracy of the derived pressure drop and output power equation. To elucidate the matter, axisymmetric CFD analysis was performed to model the solar chimney power plant and calculate the output power for different available solar irradiation. Both analytical and numerical results were compared against the available experimental data from the Manzanares power plant. We also evaluated the fidelity of the assumptions underlying the derivation and present reasons to believe that some of the derived equations, specifically the power equation in this model, may require a correction to be applicable in more realistic conditions. This paper provides an approach to estimate the output power with respect to radiation available to the collector.
DOI: 10.6084/m9.figshare.2059704
title: PLOS ONE by Dr Zhou.zip

description: fMRI DATA of ASD and the healthy controal
DOI: 10.6084/m9.figshare.2059947.v15
title: Parameterized Wake Model

description: This folder contains all of the wake data, CFD models, and completed simulations used in the paper: Parameterized Vertical-Axis Wind Turbine Wake Model Using CFD Vorticity Data (included in this folder). Descriptions of each of the items are as follows:<br>CFD VORTICITY/VELOCITY DATAThe .csv files of all of the vorticity and velocity data obtained from the lateral cuts made. Included is a .txt file describing the naming system and a .csv file containing the lengths used for obtaining the lateral cuts (i.e., length reported (m) divided by (30*i) indicates the distances downstream each cut (i) was made at).<br>Files are ordered by:<br>w#_s#_t#.csv<br>w#: indicates windspeed in m/s<br>s#: indicates solidity<br>t#: indicates tip-speed ratio multiplied by 100, for example: 250 = 2.5<br>CFD MODELSThis file contains the Solidworks part files and the parasolid (*.x_t) files used for the CFD simulations. Base files of the CFD simulations are also included (2D meshed) for each solidity (s1: 0.15, s2: 0.25, s3: 0.5, s4: 0.75, s5:, 1.0). The java macro file can be used in STAR-CCM+ to run the files by specifying each of the parameters desired near the beginning.<br>Also included is the same CFD data used to model the PIV validation study using the specifications in the paper (naca0018piv): <br>Tescione, G., Ragni, D., He, C., Ferreira, C. S., and van Bussel, G., “Near wake flow analysis of a vertical axis wind turbine by stereoscopic particle image velocimetry,” Renewable Energy, Vol. 70, 2014, pp. 47-61.<br>COMPLETED CFD SIMULATIONSThe completed 2D CFD simulations of a 3-bladed VAWT used for the initial parameterized wake model. The simulations were run at wind speeds of 12, 14,15, and 16 m/s, and varying tip-speed ratios and solidities using STAR-CCM+. Each of the files are in a separate zip file (w##cfd.zip) with the wind speed and rotation speeds indicated. The naming conventions are similar to the CFD vorticity data with the differences of "ta" standing for time averaged.<br>To reference this data, use the reference of the paper in the folder (http://arc.aiaa.org/doi/10.2514/6.2016-1730).<br>
DOI: 10.6084/m9.figshare.2059545
title: Phylogeographic relationships and shallow mitochondrial divergence of Algerian populations of Salamandra algira

description: The North African fire salamander, <i>Salamandra algira</i>, is distributed in Algeria, Morocco and Ceuta (Spanish territory located on the north coast of Africa), but until now rather limited information has been available on the populations across the Algerian part of its range. We here provide a first analysis of the phylogeography of this species in Algeria, based on 44 samples from populations distributed across 15 localities in Central Algeria. We sequenced three segments of mitochondrial DNA, covering 12S rRNA, cytochrome <i>b </i>(Cytb) and the D-loop. The mtDNA sequences of the Algerian samples were strongly different from the Moroccan populations occurring west of the Moulouya River (corresponding to the subspecies <i>S. a. tingitana </i>and <i>S. a. splendens</i>) but sister to the genetically rather similar population from the Beni Snassen Massif in eastern Morocco (subspecies <i>S. algira spelaea</i>). Among the Algerian specimens studied, those from the westernmost site, Chrea Massif, were the sister clade to the remaining populations, and the overall genetic divergence was low, with a maximum of five mutational steps in a 295 bp fragment of cytochrome <i>b</i>.
DOI: 10.6084/m9.figshare.2059524
title: DATA(D-15-17372R3_FTC)_PLOS_ONE.xls

description: Dataset for the study:Anatomical and physiologic changes after PCB (PLOS ONE)
DOI: 10.6084/m9.figshare.2059545.v1
title: Phylogeographic relationships and shallow mitochondrial divergence of Algerian populations of Salamandra algira

description: The North African fire salamander, <i>Salamandra algira</i>, is distributed in Algeria, Morocco and Ceuta (Spanish territory located on the north coast of Africa), but until now rather limited information has been available on the populations across the Algerian part of its range. We here provide a first analysis of the phylogeography of this species in Algeria, based on 44 samples from populations distributed across 15 localities in Central Algeria. We sequenced three segments of mitochondrial DNA, covering 12S rRNA, cytochrome <i>b </i>(Cytb) and the D-loop. The mtDNA sequences of the Algerian samples were strongly different from the Moroccan populations occurring west of the Moulouya River (corresponding to the subspecies <i>S. a. tingitana </i>and <i>S. a. splendens</i>) but sister to the genetically rather similar population from the Beni Snassen Massif in eastern Morocco (subspecies <i>S. algira spelaea</i>). Among the Algerian specimens studied, those from the westernmost site, Chrea Massif, were the sister clade to the remaining populations, and the overall genetic divergence was low, with a maximum of five mutational steps in a 295 bp fragment of cytochrome <i>b</i>.
DOI: 10.6084/m9.figshare.2059947.v16
title: Parameterized Wake Model

description: This folder contains all of the wake data, CFD models, and completed simulations used in the paper: Parameterized Vertical-Axis Wind Turbine Wake Model Using CFD Vorticity Data (included in this folder). Descriptions of each of the items are as follows:<br>CFD VORTICITY/VELOCITY DATAThe .csv files of all of the vorticity and velocity data obtained from the lateral cuts made. Included is a .txt file describing the naming system and a .csv file containing the lengths used for obtaining the lateral cuts (i.e., length reported (m) divided by (30*i) indicates the distances downstream each cut (i) was made at).<br>Files are ordered by:<br>w#_s#_t#.csv<br>w#: indicates windspeed in m/s<br>s#: indicates solidity<br>t#: indicates tip-speed ratio multiplied by 100, for example: 250 = 2.5<br>CFD MODELSThis file contains the Solidworks part files and the parasolid (*.x_t) files used for the CFD simulations. Base files of the CFD simulations are also included (2D meshed) for each solidity (s1: 0.15, s2: 0.25, s3: 0.5, s4: 0.75, s5:, 1.0). The java macro file can be used in STAR-CCM+ to run the files by specifying each of the parameters desired near the beginning.<br>Also included is the same CFD data used to model the PIV validation study using the specifications in the paper (naca0018piv): <br>Tescione, G., Ragni, D., He, C., Ferreira, C. S., and van Bussel, G., “Near wake flow analysis of a vertical axis wind turbine by stereoscopic particle image velocimetry,” Renewable Energy, Vol. 70, 2014, pp. 47-61.<br>COMPLETED CFD SIMULATIONSThe completed 2D CFD simulations of a 3-bladed VAWT used for the initial parameterized wake model. The simulations were run at wind speeds of 12, 14,15, and 16 m/s, and varying tip-speed ratios and solidities using STAR-CCM+. Each of the files are in a separate zip file (w##cfd.zip) with the wind speed and rotation speeds indicated. The naming conventions are similar to the CFD vorticity data with the differences of "ta" standing for time averaged.<br>To reference this data, use the reference of the paper in the folder (http://arc.aiaa.org/doi/10.2514/6.2016-1730).<br>
DOI: 10.6084/m9.figshare.2059518
title: Infection in health personnel with high and low levels of exposure in a hospital setting during the H1N1 2009 Influenza A pandemic

description: Dataset containing information on seropositivity, vaccine use, use mask, and hand washing adherence of health care workers with high and low levels of exposure (Emergency Room and Operating Room, respectively) in a hospital setting during the H1N1 2009 Influenza A pandemic.
DOI: 10.6084/m9.figshare.2059701.v3
title: Numerical-Analytical Assessment on Solar Chimney Power Plant

description: Preprint submitted to Elsevier:<br>This study considers an appropriate expression to estimate the output power of solar chimney power plant systems (SCPPS). Recently several mathematical models of a solar chimney power plant were derived, studied for a variety of boundary conditions, and compared against CFD calculations.An important concern for modeling SCPPS is about the accuracy of the derived pressure drop and output power equation. To elucidate the matter, axisymmetric CFD analysis was performed to model the solar chimney power plant and calculate the output power for different available solar irradiation. Both analytical and numerical results were compared against the available experimental data from the Manzanares power plant. We also evaluated the fidelity of the assumptions underlying the derivation and present reasons to believe that some of the derived equations, specifically the power equation in this model, may require a correction to be applicable in more realistic conditions. This paper provides an approach to estimate the output power with respect to radiation available to the collector.
DOI: 10.6084/m9.figshare.2059524.v2
title: DATA(D-15-17372R3_FTC)_PLOS_ONE.xls

description: Dataset for the study:Anatomical and physiologic changes after PCB (PLOS ONE)
DOI: 10.6084/m9.figshare.2059701.v2
title: Numerical-Analytical Assessment on Solar Chimney Power Plant

description: Preprint submitted to Elsevier:<br>This study considers an appropriate expression to estimate the output power of solar chimney power plant systems (SCPPS). Recently several mathematical models of a solar chimney power plant were derived, studied for a variety of boundary conditions, and compared against CFD calculations.An important concern for modeling SCPPS is about the accuracy of the derived pressure drop and output power equation. To elucidate the matter, axisymmetric CFD analysis was performed to model the solar chimney power plant and calculate the output power for different available solar irradiation. Both analytical and numerical results were compared against the available experimental data from the Manzanares power plant. We also evaluated the fidelity of the assumptions underlying the derivation and present reasons to believe that some of the derived equations, specifically the power equation in this model, may require a correction to be applicable in more realistic conditions. This paper provides an approach to estimate the output power with respect to radiation available to the collector.
DOI: 10.6084/m9.figshare.2059947.v17
title: Parameterized Wake Model

description: This folder contains all of the wake data, CFD models, and completed simulations used in the paper: Parameterized Vertical-Axis Wind Turbine Wake Model Using CFD Vorticity Data (included in this folder). Descriptions of each of the items are as follows:<br>CFD VORTICITY/VELOCITY DATAThe .csv files of all of the vorticity and velocity data obtained from the lateral cuts made. Included is a .txt file describing the naming system and a .csv file containing the lengths used for obtaining the lateral cuts (i.e., length reported (m) divided by (30*i) indicates the distances downstream each cut (i) was made at).<br>Files are ordered by:<br>w#_s#_t#.csv<br>w#: indicates windspeed in m/s<br>s#: indicates solidity<br>t#: indicates tip-speed ratio multiplied by 100, for example: 250 = 2.5<br>CFD MODELSThis file contains the Solidworks part files and the parasolid (*.x_t) files used for the CFD simulations. Base files of the CFD simulations are also included (2D meshed) for each solidity (s1: 0.15, s2: 0.25, s3: 0.5, s4: 0.75, s5:, 1.0). The java macro file can be used in STAR-CCM+ to run the files by specifying each of the parameters desired near the beginning.<br>Also included is the same CFD data used to model the PIV validation study using the specifications in the paper (naca0018piv): <br>Tescione, G., Ragni, D., He, C., Ferreira, C. S., and van Bussel, G., “Near wake flow analysis of a vertical axis wind turbine by stereoscopic particle image velocimetry,” Renewable Energy, Vol. 70, 2014, pp. 47-61.<br>COMPLETED CFD SIMULATIONSThe completed 2D CFD simulations of a 3-bladed VAWT used for the initial parameterized wake model. The simulations were run at wind speeds of 12, 14,15, and 16 m/s, and varying tip-speed ratios and solidities using STAR-CCM+. Each of the files are in a separate zip file (w##cfd.zip) with the wind speed and rotation speeds indicated. The naming conventions are similar to the CFD vorticity data with the differences of "ta" standing for time averaged.<br>To reference this data, use the reference of the paper in the folder (http://arc.aiaa.org/doi/10.2514/6.2016-1730).<br>
DOI: 10.6084/m9.figshare.2059512
title: V&V Exercise for a Solar Tower Power Plant

description: V&V 2014 presentation related to Numerical-Experimental analysis of solar chimney power plant.<br><br> https://cstools.asme.org/csconnect/FileUpload.cfm?View=yes&ID=44167.<br>References:<br>•“Use of waste heat to enhance solar chimney power plant(SCPP) performance (Combined Solar Cycles)”, Nima Fathi, Peter Vorobieff, Seyed Sobhan Aleyasin, Patrick McDaniel, Salvador Rodriguez, non-disclosure application filed with USPTO, Application No. 14/695046. •Vorobieff, Peter, Andrea Mammoli, Nima Fathi, and Vakhtang Putkaradze. "Free-standing inflatable solar chimney: experiment and theory." Bulletin of the American Physical Society 59 (2014). •Putkaradze, Vakhtang, Peter Vorobieff, Andrea Mammoli, and Nima Fathi. "Inflatable free-standing flexible solar towers." Solar Energy 98 (2013): 85-98.<br><br><br><br>
DOI: 10.6084/m9.figshare.2059524.v1
title: DATA(D-15-17372R3_FTC)_PLOS_ONE.xls

description: Dataset for the study:Anatomical and physiologic changes after PCB (PLOS ONE)
DOI: 10.6084/m9.figshare.2059518.v1
title: Sandoval_PUC-PLoSONE_Data-fields_final.xlsx

description: Dataset containing information on seropositivity, vaccine use, use mask, and hand washing adherence of health care workers with high and low levels of exposure (Emergency Room and Operating Room, respectively) in a hospital setting during the H1N1 2009 Influenza A pandemic.
DOI: 10.6084/m9.figshare.2059506
title: Nearctic Miridae Distributions

description: Included in this file set are the species distribution maps and raw data for the Miridae species used in the default dataset area of endemism analysis reported in the paper, <b>Areas of endemism in the Nearctic: a case study of 1,339 species of Miridae and their plant hosts (</b>Weirauch et al., <i>in prep</i>). Red dots indicate specimens that were informative (i.e. scoring) in the reported areas of endemicity, and the blue dots are specimens that were ignored (i.e. not scoring) by the NDM/VNDM software during analysis.
DOI: 10.6084/m9.figshare.2059947.v18
title: Parameterized Wake Model

description: This folder contains all of the wake data, CFD models, and completed simulations used in the paper: Parameterized Vertical-Axis Wind Turbine Wake Model Using CFD Vorticity Data (included in this folder). Descriptions of each of the items are as follows:<br>CFD VORTICITY/VELOCITY DATAThe .csv files of all of the vorticity and velocity data obtained from the lateral cuts made. Included is a .txt file describing the naming system and a .csv file containing the lengths used for obtaining the lateral cuts (i.e., length reported (m) divided by (30*i) indicates the distances downstream each cut (i) was made at).<br>Files are ordered by:<br>w#_s#_t#.csv<br>w#: indicates windspeed in m/s<br>s#: indicates solidity<br>t#: indicates tip-speed ratio multiplied by 100, for example: 250 = 2.5<br>CFD MODELSThis file contains the Solidworks part files and the parasolid (*.x_t) files used for the CFD simulations. Base files of the CFD simulations are also included (2D meshed) for each solidity (s1: 0.15, s2: 0.25, s3: 0.5, s4: 0.75, s5:, 1.0). The java macro file can be used in STAR-CCM+ to run the files by specifying each of the parameters desired near the beginning.<br>Also included is the same CFD data used to model the PIV validation study using the specifications in the paper (naca0018piv): <br>Tescione, G., Ragni, D., He, C., Ferreira, C. S., and van Bussel, G., “Near wake flow analysis of a vertical axis wind turbine by stereoscopic particle image velocimetry,” Renewable Energy, Vol. 70, 2014, pp. 47-61.<br>COMPLETED CFD SIMULATIONSThe completed 2D CFD simulations of a 3-bladed VAWT used for the initial parameterized wake model. The simulations were run at wind speeds of 12, 14,15, and 16 m/s, and varying tip-speed ratios and solidities using STAR-CCM+. Each of the files are in a separate zip file (w##cfd.zip) with the wind speed and rotation speeds indicated. The naming conventions are similar to the CFD vorticity data with the differences of "ta" standing for time averaged.<br>To reference this data, use the reference of the paper in the folder (http://arc.aiaa.org/doi/10.2514/6.2016-1730).<br>
DOI: 10.6084/m9.figshare.2059518.v3
title: Infection in health personnel with high and low levels of exposure in a hospital setting during the H1N1 2009 Influenza A pandemic

description: Dataset containing information on seropositivity, vaccine use, use mask, and hand washing adherence of health care workers with high and low levels of exposure (Emergency Room and Operating Room, respectively) in a hospital setting during the H1N1 2009 Influenza A pandemic.
DOI: 10.6084/m9.figshare.2059518.v2
title: Infection in health personnel with high and low levels of exposure in a hospital setting during the H1N1 2009 Influenza A pandemic

description: Dataset containing information on seropositivity, vaccine use, use mask, and hand washing adherence of health care workers with high and low levels of exposure (Emergency Room and Operating Room, respectively) in a hospital setting during the H1N1 2009 Influenza A pandemic.
DOI: 10.6084/m9.figshare.2059503
title: Host Plant Distributions of Nearctic Miridae

description: Included in this file set are species distribution maps and raw data for the host plants of Miridae species used in the area of endemism analysis reported in the paper, <b>Areas of endemism in the Nearctic: a case study of 1,339 species of Miridae and their plant hosts (</b>Weirauch et al., <i>in prep</i>). Red dots indicate specimens that were informative (i.e. scoring) in the reported areas of endemicity, and the blue dots are specimens that were ignored (i.e. not scoring) by the NDM/VNDM software during analysis.
DOI: 10.6084/m9.figshare.2059512.v3
title: V&V Exercise for a Solar Tower Power Plant

description: V&V 2014 presentation related to Numerical-Experimental analysis of solar chimney power plant.<br><br> https://cstools.asme.org/csconnect/FileUpload.cfm?View=yes&ID=44167.<br>References:<br>•“Use of waste heat to enhance solar chimney power plant(SCPP) performance (Combined Solar Cycles)”, Nima Fathi, Peter Vorobieff, Seyed Sobhan Aleyasin, Patrick McDaniel, Salvador Rodriguez, non-disclosure application filed with USPTO, Application No. 14/695046. •Vorobieff, Peter, Andrea Mammoli, Nima Fathi, and Vakhtang Putkaradze. "Free-standing inflatable solar chimney: experiment and theory." Bulletin of the American Physical Society 59 (2014). •Putkaradze, Vakhtang, Peter Vorobieff, Andrea Mammoli, and Nima Fathi. "Inflatable free-standing flexible solar towers." Solar Energy 98 (2013): 85-98.<br><br><br><br>
DOI: 10.6084/m9.figshare.2059947.v19
title: Parameterized Wake Model

description: This folder contains all of the wake data, CFD models, and completed simulations used in the paper: Parameterized Vertical-Axis Wind Turbine Wake Model Using CFD Vorticity Data (included in this folder). Descriptions of each of the items are as follows:<br>CFD VORTICITY/VELOCITY DATAThe .csv files of all of the vorticity and velocity data obtained from the lateral cuts made. Included is a .txt file describing the naming system and a .csv file containing the lengths used for obtaining the lateral cuts (i.e., length reported (m) divided by (30*i) indicates the distances downstream each cut (i) was made at).<br>Files are ordered by:<br>w#_s#_t#.csv<br>w#: indicates windspeed in m/s<br>s#: indicates solidity<br>t#: indicates tip-speed ratio multiplied by 100, for example: 250 = 2.5<br>CFD MODELSThis file contains the SolidWorks part files and the parasolid (*.x_t) files used for the CFD simulations. Base files of the CFD simulations are also included (2D meshed) for each solidity (s1: 0.15, s2: 0.25, s3: 0.5, s4: 0.75, s5:, 1.0). The java macro file can be used in STAR-CCM+ to run the files by specifying each of the parameters desired near the beginning.<br>Also included is the same CFD data used to model the PIV validation study using the specifications in the paper (naca0018piv): <br>Tescione, G., Ragni, D., He, C., Ferreira, C. S., and van Bussel, G., “Near wake flow analysis of a vertical axis wind turbine by stereoscopic particle image velocimetry,” Renewable Energy, Vol. 70, 2014, pp. 47-61.<br>COMPLETED CFD SIMULATIONSThe completed 2D CFD simulations of a 3-bladed VAWT used for the initial parameterized wake model. The simulations were run at wind speeds of 12, 14,15, and 16 m/s, and varying tip-speed ratios and solidities using STAR-CCM+. Each of the files are in a separate zip file (w##cfd.zip) with the wind speed and rotation speeds indicated. The naming conventions are similar to the CFD vorticity data with the differences of "ta" standing for time averaged.<br>To reference this data, use the reference of the paper in the folder (http://arc.aiaa.org/doi/10.2514/6.2016-1730).<br>
DOI: 10.6084/m9.figshare.2059500
title: Modelski Modern Period Data

description: This dataset contains geolocated, city-level population data for the year AD 2000 for 293 cities in .csv form.<br>Version 2 removes blank spaces after some of the city names which could also be done programmatically after combining the datasets. Kiev's country name was also updated to Ukraine.<br><br>
DOI: 10.7284/137864
title: Fluorometer data collected during research cruise AT42-04 using a WET Labs WETStar instrument system onboard the platform RV Atlantis

description: Original (unprocessed) data collected during a Field_expedition
DOI: 10.6084/m9.figshare.2059497
title: Modelski Ancient Period Data

description: This dataset contains global, city-level population data from 3700 BC - AD 1000 for 154 cities in .csv form.<br>Version 2 removes spaces after some city names which could also be done programmatically after the dataset is combined and corrects the spelling of Istanbul, Turkey in one instance. <br><br>
DOI: 10.7284/137861
title: GNSS (Global Navigation Satellite System) data collected during research cruise AT42-04 using a C&C C-Nav 3050 instrument system onboard the platform RV Atlantis

description: Original (unprocessed) data collected during a Field_expedition