An Investigation of Schroter's Rule Research Report No. 17
Evaluating Schroters rule concerning lunar crater formation
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Evaluating Schroters rule concerning lunar crater formation
Steel fatigue tests for evaluating fatigue life prediction based on double linear damage rule for crack formation and propagation
Spin-free derivation of Pauling rules for evaluating matrix elements for spin-free Hamiltonian over anti-symmetric Slater bond functions
Double linear damage rule used in conjunction with crack initiation and propagation equations, applied to cumulative fatigue damage
Slide rule enables the ready conversion of transistor h parameters from one form to another and reduces calculation time by a factor of 5 to 10. The scales are selected to cover all ranges of each parameter that will normally exist for any transistor, and answers are given in the correct order of magnitude, making powers-of-ten calculations unnecessary.
Cumulative metal fatigue damage predicted by double linear damage rule with formulas for crack formation and propagation
Mean powers of r, sum rule and improved transition integrals computed for effective quantum number range up to 8.5, using Coulomb approximation wave functions
Partial sum rules for transition and noble metals having resonant D state
Double linear damage rule for predicting cumulative fatigue damage, crack initiation and propagation and fatigue life, noting improved accuracy
Contact rule for rigid-sphere models of crystal structures
Similarity rules for ray analysis in nonlinear acoustic wave propagation
Sum rule properties of finite set of wave functions obtained from application of variational principles to basis functions linear combinations
Gauss quadrature rules involving some nonclassical weight functions
Meyer-Neldel rule interpretation of distribution width parameter dependence on activation energy annealing of defects in irradiated Si
Formulation of design rules for PCM telemetry frame synchronization
Techniques for ruling improved large diffraction gratings