Physics Letters AH. Maccabee and D. Papworth, "Correction to Landau's Energy Loss Formula", Phys. Lett. A30 (1969) 241-2.H. D. Maccabee, D. G. Papwarth, Phys. Lett . 30A: 241 (1969). View ArticleH.D. Maccabee, D.G. Papworth, Correction to Landau’s energy loss formula, ...
A formula incorporating finite beam length coherence effects for the radiation loss in low energy particle accelerators is also developed.doi:10.1139/p75-010Maresca, Neal J.Liboff, Richard L.Canadian Journal of Physics
based on the over-barrier model and Lindhard's formula, to calculate the energy loss, charge transfer, and normalized intensity of highly charged ions penetrating through 2D ultrathin materials, including graphene and carbon nanomembranes... X Guo,Y Fu,X Zhang,... - 《Matter & Radiation at ...
Bethe-Bloch formula%Bland-Altman scatterplot%Density-dependent energy loss%mass-stopping power%normalized percent difference%proton therapy Bethe-Bloch formula%Bland-Altman scatterplot%Density-dependent energy loss%mass-stopping power%normalized percent difference%proton therapy... Azmat,Iqbal,Nasir,... ...
AM Hillas - 《Journal of Physics G Nuclear Physics》 被引量: 60发表: 1982年 Derivation of a local formula for electron-electron repulsion energy an approximate formula is derived for the total electron-electron repulsion energy; namely, Vee[p] = C(N - 1)2/3 ∫ρ4/3(r→) dr→ (C ...
than the diameter of the individual tracks and if no restrictions on the energy transfer, whether coming from high- or low-energy electrons, are applied, then the LET is identical with the total energy lossdE/dxof the heavy charged particle. The dose can be calculated using the formula. ...
Combining these formulae, we find an estimate for the energy cost of extracting a given amount of entanglement. For example, for one dimensional lattice systems, the entanglement entropy in the ground state of models close to the critical point is20,33 $$S(\rho _{\mathrm{I}}) = \frac{...
The total radiated power loss is a linear interpolation of radiation from the observation volume to that of the entire plasma volume. Toroidal variations of the radiation strength are not considered, an assumption supported by the results of edge modelling....
Calculations of potential energy are made according to the following formula (2.2)E=m·g·h where E is the energy (J); m is the mass (kg); g is the gravity acceleration (m/s2); and h is the height (m). The potential energy unit is kg m/s2·m=kg·m2/s2. View chapterExplore...
The energy transfer loss between the trains’ equipment is constant. The braking regenerative energy can be used immediately. 2.3. Single-Train Single-Interval Energy-Consumption Model To reduce the complexity of the model, only the traction force, basic resistance, additional resistance (including ram...