Proceedings of the Royal Society of Edinburgh: Mathematical and physical sciences, Volumes 66-67

a₁ alpha particle assume Boolean c-nuclei calculation co-ordinates coefficients coincidence components condition consider constant correlation corresponding cosh defined denote derived detector determined droplets drops dual series eigenvalue eigenvector electrons elements endomorphisms energy entropic law equilibrium orbit evaporation expansion experimental expression factor field finite follows fundamental domain given groupoid heat Hence hypersurface identity integral equation interface ionization Lemma linear liquid Math matrix metric tensor metrisable molecules neutrons nuclei obtained orbital revolution orthogonal orthogonal matrix pair paper was assisted paraboloidal parameter Phys problem Proc proof radiation ratio REFERENCES TO LITERATURE relation relaxation effects respect right-vanishing rotation of order satisfied Schlömilch solution species spontaneous fission surface symmetric temperature tensor text-fig theorem theory thermal conductivity tion unit values vapour vector vector field velocity yield zero