Moshele, Puleng, RArnold, Susan, FStenzel, Mark, RDrolet, Daniel2024-04-152024-04-152024-04-15https://hdl.handle.net/11299/262255The dataset consists of multiple CSV files containing temperature and vapor pressure values for various chemicals obtained from different Antoine parameter sources. Each CSV file represents one Antoine parameter source (e.g., Hansen, Yaws, Custom data) and contains columns for chemical names, temperatures, and corresponding vapor pressure values. The data files are organized to facilitate easy comparison between the different parameter sources.The dataset comprises comparative data on Antoine parameter sources used for predicting vapor pressure across a temperature range for various chemicals. It includes temperature and vapor pressure values obtained from three independent sources (Hansen, Yaws, and Custom data) and compared against a referent dataset from the CRC Handbook of Chemistry and Physics. The purpose of this dataset is to evaluate the accuracy and reliability of different Antoine parameter sources in predicting vapor pressure, which is crucial for conducting exposure assessments in occupational settings. The data covers a range of temperatures relevant to workplace environments and spans 59 chemicals commonly encountered in industrial settings. Release Justification: This dataset is being released to promote transparency and facilitate further research in the field of occupational exposure assessment. By sharing these comparative data, researchers and practitioners in occupational health and safety can evaluate and select appropriate Antoine parameter sources for their specific applications. Additionally, releasing this dataset encourages collaboration and the advancement of methods for predicting vapor pressure, ultimately enhancing the accuracy and effectiveness of exposure assessments in various industrial settings. he dataset comprises comparative data on Antoine parameter sources used for predicting vapor pressure across a temperature range for various chemicals. It includes temperature and vapor pressure values obtained from three independent sources (Hansen, Yaws, and Custom data) and compared against a referent dataset from the CRC Handbook of Chemistry and Physics. The purpose of this dataset is to evaluate the accuracy and reliability of different Antoine parameter sources in predicting vapor pressure, which is crucial for conducting exposure assessments in occupational settings. The data covers a range of temperatures relevant to workplace environments and spans 59 chemicals commonly encountered in industrial settings. Release Justification: This dataset is being released to promote transparency and facilitate further research in the field of occupational exposure assessment. By sharing these comparative data, researchers and practitioners in occupational health and safety can evaluate and select appropriate Antoine parameter sources for their specific applications. Additionally, releasing this dataset encourages collaboration and the advancement of methods for predicting vapor pressure, ultimately enhancing the accuracy and effectiveness of exposure assessments in various industrial settings.CC0 1.0 UniversalDataset