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A contributor to the NIST charged-particle stopping and range databases. Their energy-dependent tables make calculated electron stopping power and ion energy losses reusable across materials. The tabulated ranges summarize slowing behavior while keeping the particle type and initial energy explicit.^[ref]

A contributor to NIST tables for electrons, protons and helium ions. The data connect initial particle energy with stopping power in different materials. Comparing materials and energies helps predict how much energy a charged particle deposits along its passage.^[ref]

A researcher whose joint reference-data work provides charged-particle stopping power and continuous slowing-down approximation range. Integrating the inverse energy-loss rate estimates a path length, giving users a consistent way to connect local energy loss with an overall slowing distance.^[ref]

A researcher whose joint NIST reference work tabulates stopping power and particle ranges. These quantities describe how charged particles lose energy in matter and how far they travel while slowing. The tables turn microscopic interaction calculations into inputs for detector and radiation-transport estimates.^[ref]