Hydrogen: Stopping Powers and Ranges in All Elements, Volume 3 of The Stopping and Ranges of Ions in Matter, provides a nearly complete presentation of absolute experimental energy loss data for hydrogen over the energy range 10 keV < (E/amu) < 20 MeV.
The book is comprised of seven parts that present various topics about stopping power theory. Part I provides an introductory discourse about the book. Part II reviews the stopping power theory, and Part III presents the status of experimental data. Part IV talks about fitting the high-energy region, while Part V deals with fitting at low energies. Part VI covers interpolation using two-parameter fitting, and Part VII discusses pathlength and projected range.
The text will be of great interest to researchers whose work concerns the stopping and ranges of ions in matter.

I Introduction
II Review of Theory

III Status of Experimental Data

IV Fitting the High-Energy Data

V Fitting the Lower Energies

VI Interpolation Using 2-Parameter Fitting

VII Pathlength and Projected Range

References

Table 1: Stopping Formula Using Tabulated Coefficients

Table 2: Coefficients for Stopping of Hydrogen

Table 3: Values of Stopping of Hydrogen (Best-Fit Values)

Table 4: Recent Ranges of Hydrogen in Matter

Table 5: Evaluation of Term f32 in Bethe Stopping Theory

Table 6: Multiplication Factors for LSS Stopping Theory

Table 7: Comparison of Stopping for 12-30 MeV Protons

Comments on Stopping and Range Graphs

Stopping and Range Graphs

References of Experimental Stopping Powers