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Chemical Elements Reference Data
Data Science and Analytics
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About
This dataset, titled "Hydrogen to Oganesson: Periodic Insights," offers a modern transformation of the classic periodic table, serving as a dynamic toolkit for scientific discovery and analysis. It meticulously profiles every element from hydrogen to oganesson, providing essential attributes such as Element Name, Symbol, Atomic Number, Atomic Mass, Density, Group, Melting Point, and Boiling Point. This collection is designed to illuminate each element's identity and behaviour, enabling users to delve into their unique chemical and physical characteristics, explore their thermal properties, and understand their relationships within the periodic table's groups. It stands as a valuable resource for education, scientific inquiry, and data-driven innovation.
Columns
- Element Name: The full name of the chemical element. It contains 118 unique values.
- Symbol: The standard chemical symbol for the element. It contains 118 unique values.
- Atomic Number: Represents the number of protons in the element's nucleus. Values range from 1 to 118.
- Atomic Mass: The combined mass of protons and neutrons in the element. Values range from 1.01 to 294.
- Density: The density of the element, expressed in g/cm^3. Values range from 0 to 40.7.
- Group: Indicates the group number of the element within the periodic table. Values range from 1 to 18, with approximately 24% missing values.
- Melting Point (K): The melting temperature of the element, measured in Kelvin. There is a small percentage (1%) of missing values.
- Boiling Point (K): The boiling temperature of the element, measured in Kelvin. There are approximately 13% missing values.
Distribution
The dataset is presented as a CSV file named
elements.csv, with a file size of 6.07 kB. It is structured with 8 distinct columns and contains 118 individual records, each detailing a unique chemical element. The dataset is static, with an expected update frequency of "Never".Usage
This dataset is suited for various applications, including:
- Empowering Education: It serves as a rich educational tool for teachers and students, helping to make the periodic table more engaging and accessible in learning environments.
- Research and Innovation: Scientists and researchers across chemistry, physics, and materials science can utilise this data to advance their studies and drive innovation.
- Data Science Exploration: Data scientists can leverage this resource as a foundation for machine learning and artificial intelligence applications, such as predicting novel element properties or simulating complex chemical reactions.
- Creative Visualisations: Ideal for data visualisers looking to create compelling and informative representations of elemental data.
Coverage
This dataset covers all known elements, from Hydrogen to Oganesson, providing specific chemical and physical properties for each. It focuses on the intrinsic characteristics of elements, therefore, it does not include geographic or demographic scopes. It should be noted that there are missing values for 'Group' (24%), 'Melting Point (K)' (1%), and 'Boiling Point (K)' (13%).
License
CC0: Public Domain
Who Can Use It
- Educators and Students: For interactive learning and teaching about chemistry and the periodic table.
- Scientists and Researchers: To conduct in-depth studies in chemical, physical, and material sciences.
- Data Scientists and AI Developers: For developing predictive models, simulations, and other data-driven applications related to elemental properties.
- Data Visualisers: To produce insightful and artistic representations of scientific data.
Dataset Name Suggestions
- Elemental Insights: Periodic Table
- Hydrogen to Oganesson: Element Properties Data
- Atomic Data: The Periodic Table Collection
- Chemical Elements Reference Data
- Fundamental Elements Dataset
Attributes
Original Data Source: Chemical Elements Reference Data
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