Periodic Table - Atomic 4.5.0m

The open-source Periodic Table application provides an accessible and straightforward interface suitable for users with varying levels of expertise in chemistry and physics. It offers a comprehensive range of data, from fundamental information such as atomic weights to detailed specifics on isotopes and ionization energies, catering to both educational and professional requirements.

The user interface is designed to be clean and free of advertisements, ensuring an uninterrupted experience. The application undergoes regular bi-monthly updates, enriching its dataset, improving visualization features, and expanding its capabilities.

Key features include:

• An interactive periodic table based on the IUPAC standards, adaptable to user preferences.
• A molar mass calculator for precise computation of compound weights.
• An integrated unit converter for seamless measurement conversions.
• Educational flashcards and interactive learning tools for mastering the periodic table.
• Tables displaying electronegativity, solubility, isotopes (over 2,500), Poisson’s ratio, nuclide decay data, mineral identification, and chemical constants.
• Environmental details such as geologic mineral data and phase information at standard temperature and pressure.
• Electrochemical series providing electrode potentials at a glance.
• An inbuilt dictionary to support understanding of chemical and physical terminology.
• Detailed individual element profiles with notes and customizable favorites for quick access.
• Offline mode functionality allowing for continued use without an internet connection or image loading.

The application includes extensive datasets covering:

1. Atomic number and atomic weight
2. Discovery history
3. Element group and appearance
4. Isotope information including over 2,500 variants
5. Physical properties such as density, boiling/melting points in various units, atomic radius, covalent radius, van der Waals radius
6. Electronic configuration and ionization energies
7. Nuclear properties like protons, neutrons, isotope mass, halflife
8. Thermodynamic data including fusion heat, specific heat capacity, vaporization heat
9. Radiation characteristics and hardness measurements (Mohs, Vickers, Brinell)
10. Mechanical properties such as Poisson's ratio, Young's modulus, bulk modulus, shear modulus
11. Crystallography details and other specialized information

This resource stands out as a thorough reference tool emphasizing clarity, comprehensiveness, and ease of use for students and professionals alike.