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1 THE ATOMIC NATURE OF MATTER AND ELECTRICITY
v THE CONSTITUTION OF THE ATOM AND THE FAILURE
3 PLANCKS CONSTANT RADIATION ANDPHOTONS
15 other sections not shown
alpha particle angle antisymmetric approximation assume beam Calculate cathode centre classical component constant corresponding Coulomb crosses the axis definite value deflection diffraction direction effect eg eg eg eigenfunctions eigenvalue electron spin emitted energy levels equal expectation value experiment foil frequency give given by Eq Hamiltonian helium Hence hydrogen atom illustrated in Fig infinity integral intensity interaction ionization potential light magnetic field magnitude measure motion normalized nucleus number of electrons observed obtain operator orbital angular momentum orthogonal Pauli exclusion principle perturbation photoelectric effect photon physics plane polarized postulate probability of finding problem quantity quantum mechanics quantum numbers radiation radius ratio region result Rutherford Rutherford scattering s-state s-wave scattering Schrodinger equation selection rules shell shown in Fig slit sodium solution spherically symmetric Stern-Gerlach apparatus Stern-Gerlach experiment total angular momentum transition vector velocity wave function wavefunction wavelength X-rays z-component z-direction zero