Meson Mass Mearsurements: Theory of the mass ratio method, Part 1 |
Common terms and phrases
abc2 absolute angle apparent momentum approximation assumed atom B₂ binomial distribution Bohr C2 emulsion calculated comparison particle correction cubic centimeter cyclotron field defined delta ray distribution function dp₁ electric charge electrons employed Equation error estimate expectation value experiments expression F. M. Smith finite target gelatin grain h₂ Ilford loss to nuclei M₁ magnetic field intensity mass ratio method mean range mean value median plane MESON MASS MEASUREMENTS momentum exponent momentum P₁ muon mass negligible nonrelativistic observed obtained particle mass particle motion particle ranges Phys pion mass point of detection proton energy proton mass R₁ R₁p range distribution range straggling range variance range-energy ranges and momenta rate of energy Rp 9 shrinkage factor silver halide sin² standard deviation statistical stopping material stopping power track length trochoidal uncertainty in q University of California value of q σ σ