University of Nottingham Ningbo China Showcase

-Raw data in Excel evidencing ‘disciplines’ as part of classroom heterogeneity in the researched differentiation instruction, and two post-instruction analysed conference abstracts (CAs) depicting discipline-specific move and linguistic features (File #1-2). -Analysed data in Excel comprising the utilisation of ‘disciplines’ as a basis for differentiated instruction in classroom activities (File #3-4). -Analysed methodological representation of the process of learner mental alteration of existing internal linguistic structures to accommodate inputted disciplinary linguistic structures for CA writing outcomes (File #5). -Raw data encompassing strategies for disciplinary differentiation observed in the video-recorded instruction (File #6). -Processed mean, standard deviation, t test and effect size of the compared pre- and post-instruction CA marks, in Excel (File #7-12).

datda for paper A 2-in-1 osteonecrosis treatment strategy enabled by additive manufactured hollow drill bit.

This dataset contains review behaviours of subjects upon receiving a coffee for free or for 1 cent RMB, their choices in a strategy method version of Trust Game and their attitudes toward reciprocity.

This dataset contains thermocouple temperature data in °C obtained from Fire Dynamic Simulation (FDS) of a 5MW HRR polyurethane GM27 fire in a multi-storey Double Skin Façade (DSF) building with Venetian blinds. The Excel spreadsheet has temperature data obtained from thermocouples installed on the glazing surfaces in the DSF cavity for floors 2, 3 and 4 (see Physical Model and Thermocouple Map). The data is presented for the scenarios where there is no Venetian blind installed in the DSF cavity to when the Venetian blind is 0.5m away from the inner glazing, Middle and 0.5m away from the outer glazing in the DSF cavity. In these scenarios the dataset also shows the glazing surface temperatures for various Venetian blind slat angle openings of 135°, 90°, 45° and 0° in the three Venetian blind positions in the DSF cavity. The simulation was carried out at 100s per scenario. The dataset also contains the input and output data files obtained from the National Institute of Standards and Technology’s (NIST) Fire Dynamic Simulator (FDS) software used for the investigations. A PDF of the Physical Model and Thermocouple Position Map is also provided in this dataset to provide clarity for users of this dataset. The input and output source codes are provided in folders labelled Fire in DSF with Venetian Blind - Input Data and Fire in DSF with Venetian Blind - Output Data respectively. The dataset also includes the model validation data. The model validation data includes the surface temperatures in °C obtained from two thermocouples labelled TC 59 installed at a height of 1.6m representing the thermocouple on the upper floor and TC 63 installed at a height of 4.8m representing the thermocouple on the lower floor. The input source code for the simulation for the model validation is also included and labelled ‘Validation-Input’. A thermocouple map labelled Thermocouple Map-Validation Model is also included to provide users with clarity. Further information and details related to this dataset can be found in: Huang Y, Yeboah S, Shao J. Numerical investigation of fire in the cavity of naturally ventilated double skin façade with venetian blinds. Building Services Engineering Research and Technology. 2022;0(0). doi:10.1177/01436244221129763. https://journals.sagepub.com/doi/10.1177/01436244221129763

This research investigated incorporating recycled carbon fibers (rCFs) into carbon fiber reinforced polymer composites (CFRPs) for structural applications. The impacts of titanate coupling agent-L12 on the mats; the interleaved rCFs mat's numbers; their locations (the interleaved rCFs mat); the influence of the rCFs' lengths and their combinations (combining different rCF lengths); types (different rCF types); and their (rCFs) micro-hybridization with short virgin aramid fibers (vAFs) were all explored as part of the investigations. This project addressed and closed a significant gap in using rCFs for structural applications. The methodology used (the interleaving of UD fiber/epoxy prepreg with rCF non-woven mats) is the first of its kind. Furthermore, the final product (the best configuration, Laminate T) was very competitive: it was pegged against another novel composite material from an excellent source, and the results were very encouraging. Hosted here is the project's related raw dataset.

This experimental dataset for Integrated Solid Desiccant Packed Bed-Oscillating Heat Pipe System contains raw temperature data obtained from Fully Packed Bed (FPB), Small Annulus Packed Bed (SAPB), Medium Annulus Packed Bed (MAPB) and Large Annulus Packed Bed (LAPB) all respectively integrated with Helically Coiled Oscillating Heat Pipes (HCOHPs) charged respectively with Ethanol (EOHP), Methanol (MOHP), and Deionized Water (WOHP). The packed beds were filled with silica gel (Silicon Dioxide/SiO2) of particle size between 3.35mm-4.75mm. The annulus packed beds were in Heggs et al (1994) Z configurations described by their annular dimensions as small (SAPB), medium (MAPB) and large (LAPB) corresponding to diametrical ratios (Do/Di) of 2, 2.35 and 3.08, respectively. The data are mainly raw temperature data from Omega K-type thermocouples inserted in three designated Mass Transfer Zones (MTZ 1, MTZ 2 and MTZ 3), corresponding Walls (Wall 1, Wall 2, and Wall 3), Evaporators (Evap), Condensers (Cond), and Adiabatic Sections (Adiab) of each HCOHP integrated with a packed bed. Each packed bed was integrated with three (3) HCOHPs containing the same working fluid. Each HCOHP had two (2) thermocouples on their adiabatic sections and three (3) thermocouples installed on their evaporators and condensers respectively. The HCOHPs were numbered 1, 2 and 3 and the position of thermocouples on each component were labelled a, b, and c. For instance, the first evaporator would be labelled Evap_1 and where the thermocouple is located can be identified by say Evap_1a indicating the thermocouple is on the first position on the 1st evaporator. The ambient temperature data are also presented for each integrated system. The inlet and outlet pressures of each packed bed obtained as electrical pulses in Voltage and converted into Pascal (Pa) are captioned as Derived Pressure in Pa. Inlet and outlet air temperature, velocity and relative humidity obtained from Sentry ST732 Hotwire Anemometers and AZ 8829 Temperature and RH% data loggers are on the Inlet and Outlet Data Tabs. The dataset has seven (7) spreadsheets each for a packed bed configuration type integrated with the EOHP, MOHP or WOHP. For instance, for SAPB integrated with the HCOHPs i.e., EOHP, MOHP, and WOHP respectively, the combinations are SAPB-EOHP, SAPB-MOHP and SAPB-WOHP respectively. Each combination is presented on separate Tabs on the spreadsheet with its test run number such as SAPB-EOHP 1, SAPB-MOHP 1 and SAPB-WOHP 1 for test run 1 and SAPB-EOHP 2, SAPB-MOHP 2 and SAPB-WOHP 2 respectively for test run 2. The annulus packed bed configurations integrated with the HCOHPs have data for two test runs presented. Only one test run data is presented for the fully packed bed (FPB) namely FPB-EOHP, FPB-MOHP and FPB-WOHP respectively with respective inlet and outlet conditions data.

Put on the light! Foreign Direct Investment, Governance and Access to Electricity

The dataset for the manuscript entitled Consumer intentions to purchase and corporate social responsibility: Evidence from an experiment under entrepreneurial contexts

Dataset for study 1, 2, and 3 for Nanoinfluencer Effectiveness

This dataset contains raw primary temperature data obtained from the three HCOHPs charged with ethanol, methanol, and deionized water respectively and tested in the laboratory using three different heat inputs. The maximum heat input element temperatures were 100°C, 125°C and 192°C, for test Run 1, 2 and 3, respectively. The temperature data were obtained from three Omega K-type thermocouples attached to each condenser and evaporator of the HCOHP respectively, two attached to the adiabatic sections, and two attached to the inner and outer surfaces of the cylindrical copper vessel for the heat transfer. The other dataset is derived from the average temperatures from the raw primary temperature data. Here, relevant equations for the determination of the heat flux, power input, thermal contact resistance and overall thermal resistance was used. The data are presented on six separate Excel files. The first three files are captioned HCOHP Primary Data – Run 1, HCOHP Primary Data – Run 2, and HCOHP Primary Data – Run 3 representing raw primary temperature data for the three HCOHPs for each test run. The second three Excel files are captioned HCOHP Derived Data – Run 1, HCOHP Derived Data – Run 2, and HCOHP Derived Data – Run 3 represent the derived data obtained from the average raw primary temperature data for each test run. In the Excel files EOHP, MOHP and WOHP represents the ethanol charged HCOHP, methanol charged HCOHP and deionized water charged HCOHP, respectively.