This is a dataset that you can use with a programming language such as python but it contains a mass of useful information about the chemical elements
This file has the following columns, not all are populated
number,name,symbol,name_symbol,pronunciation,appearance,atomic_number,group_block,period,element_category,atomic_weight,electron_configuration,per_shell,color,phase,melting_point,boiling_point,density_at_stp,when_liquid_at_mp,when_liquid_at_bp,triple_point,critical_point,heat_of_fusion,heat_of_vaporization,molar_heat_capacity,p_(pa),oxidation_states,electronegativity,ionization_energies,covalent_radius,van_der_waals_radius,crystal_structure,speed_of_sound,thermal_conductivity,magnetic_ordering,cas_number,discovery,named_by,iso,at_t_(k),naming,first_isolation,density_near_rt,atomic_radius,speed_of_sound_thin_rod,thermal_expansion,electrical_resistivity,youngs_modulus,shear_modulus,bulk_modulus,mohs_hardness,brinell_hardness,poisson_ratio,vickers_hardness,allotropes,density_when_liquid_at_mp,sublimation_point,recognized_as_an_element_by,heat_of_vaporisation,ionisation_energies,prediction,discovery_and_first_isolation,alternative_name,band_gap,recognised_as_an_element_by,curie_point,recognized_as_a_unique_metal_by,recognized_as_a_distinct_element_by,thermal_diffusivity,tensile_strength,molar_volume,proposed_formal_name,alternative_names
Here is an example – Hydrogen
1,Hydrogen,H,”hydrogen, H”,”/?ha?dr?d??n/, HY-dr?-j?n”,colorless gas,1,”group 1, s-block”,1,diatomic nonmetal,1.008 (1.00784–1.00811),1s1,1,colorless,gas,”13.99 K (?259.16 °C, ?434.49 °F)”,”20.271 K (?252.879 °C, ?423.182 °F)”,0.08988 g/L,0.07 g/cm3 (solid: 0.0763 g·cm?3),0.07099 g/cm3,”13.8033 K, 7.041 kPa”,”32.938 K, 1.2858 MPa”,(H2) 0.117 kJ/mol,(H2) 0.904 kJ/mol,(H2) 28.836 J/(mol·K),”vapor pressure, P (Pa), 1, 10, 100, 1 k, 10 k, 100 k, at T (K), 15, 20″,”?1, +1 (an amphoteric oxide)”,Pauling scale: 2.20,1st: 1312.0 kJ/mol,31±5 pm,120 pm,hexagonal,”1310 m/s (gas, 27 °C)”,0.1805 W/(m·K),diamagnetic,1333-74-0,Henry Cavendish (1766),Antoine Lavoisier (1783),”iso, NA, half-life, DM, DE (MeV), DP, 1H, 99.98%, 1H is stable with 0 neutrons, 2H, 0.02%, 2H is stable with 1 neutron, 3H, trace, 12.32 y, ??, 0.01861, 3He”,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
The date looks better when it you see in the CSV and/ or the xls file below
Link
https://github.com/programmershelp/maxpython/tree/main/Data%20Analysis/Periodic%20Table
