Multiple systems of quantities developed across the world over time. Unified systems can facilitate research and communication within the scientific community, doing away with the need for conversion factors.
ISO 80000 comprises a series of international standards introducing the International System of Quantities (ISQ). The guidelines of the ISO 80000 family of standards specify the use of physical quantities and units of measurement, along with the related formulas and units, in scientific and educational documents.
ISO 80000-12 guides you with names, symbols, definitions and units for quantities of condensed matter physics. Where appropriate, conversion factors are also given.
ISO 80000-12 on quantities and units for condensed matter has applications for education and research in the fields of:
ISO 80000-12 contains detailed information on lattice vector, lattice plane spacing, Bragg angle, order parameter, atomic scattering factor, structure factor, Debye-Waller factor, angular wavenumber, angular repetency, Debye temperature, density of vibrational states, mean free path of phonons and electrons, energy density of states, residual resistivity, Lorenz coefficient, Hall coefficient, thermoelectric voltage, Seebeck coefficient, Peltier coefficient, Thomson coefficient, work function, ionization energy, density, coherence length etc.
The guidelines of ISO 80000-12 provide you with names, symbols, definitions and units for research and educational use.
BS EN ISO 80000-12:2019 supersedes ISO 80000‑12:2009. BS EN ISO 80000-12:2019 includes some technical and editorial changes with respect to ISO 80000‑12:2009. These include:
EN ISO 80000-12
ISO 80000-12