TLD efficiency calculations for heavy ions: an analytical approach

Stopping Power Calculations for Heavy Relativistic Ions

Recent theoretical results have led to improvements in formulas for dE=dx, particularly in the regime of high projectile charge and moderate to highly relativistic velocities. In addition, integration of dE=dx leads to predictions of total range given initial energy and, reciprocally, initial energy given total range. We have compiled theoretical formulas for dE=dx from a variety of sources int...

Analytical Schwartz Density Applied to Heavy Two - Electron Ions

Ž . An analytical expression of the electron density function r r due to Schwartz for two-electron atomic systems is applied to a detailed study of density-dependent properties of relatively heavy two-electron ions. Comparison of the Schwartz results with those from accurate Hartree]Fock and Hylleraas wave functions shows that despite its simple yet analytical form, the Schwartz density has a q...

Fuel Consumption Optimization of Heavy-duty Vehicles: an Analytical Approach

In this paper, we establish a mathematical framework that allows us to optimize the speed profile and select the optimal gears for heavy-duty vehicles. The key idea is to solve the analogous boundary value problem analytically for a simple scenario (linear damped system with quadratic elevation profile) and use this result to initialize a numerical continuation algorithm. Then the numerical alg...

An iterative approach for estimation of efficiency by weighted distance

Analytical Calculations for Nanoscale Electromechanical

Nano electromechanical systems NEMS become an essential part of modern sci ence and technology A number of applications is already known nanomanipu lation nanosensors medical devices nano uidic devices to name a few Even more applications are anticipated to follow the technological progress in this eld I address in this paper one of issues arising when we try to understand phenomena happened at...