The present formula produces incoherent scattering cross section values of all atoms for the atomic number range 1 < Z < 100 in the energy range 1 keV < E < 100 GeV with the simple inputs of atomic number (Z) and energy (E) in keV. The percentage of deviation of incoherent scattering...
A long-held tenet in physics asserts that particles interacting with light suffer from a fundamental limit to their scattering cross section, referred to as the single-channel scattering limit. This notion, appearing in all one, two, and three dimensions, severely limits the interaction strength be...
Inversion formula: Single elastic scattering cross-section from multiple scattering distribution functionTheoretical or Mathematical/ elastic scattering of atoms and molecules/ multiple scattering distribution functioninversion formulasingle elastic scattering cross section/ A3440 Elastic scattering of atoms and ...
MFP = 1/(nσ) ∝ 1/(ρσ), wherenis the number density of the molecules and σ is the scattering cross-section. This conclusion is further supported by converting the measuredEcto the corresponding maximal excursion length\({l}_{\max }\). As we show in Supplementary Information...
pcross sections as given in19. The solid blue line in Fig. 11(b) of Ref.14clearly displays the success of using this procedure, where the model uncertainty is smaller than the statistical error. We will refer to this line as the HOESnp-pcross section. To determine the Coulomb freep-p...
In this model, the partial cross-section in the vicinity of the resonance, Er, is described by the Breit–Wigner formula [271,272]: (9.2)dσdECn=Γl(ECn)(Er−ECn)2+14Γl(ECn)2, where Γl is called the width of the resonance. This description is only valid, if the width vari...
where Cs(λ) is the scattering cross section and ϑs is the density of the scatterers in the medium. The scattering cross section of a particle corresponds to the total power scattered by the particle, and it is also a function of the orientation of the particle and the state of polariz...
3) Rutherford scattering formula Rutherford散射公式 1. Concise deduction on the Rutherford scattering formula and the α-particle scattering orbit being one of hyperbola; Rutherford散射公式及α粒子散射径迹是双曲线一分支的简明推证 更多例句>>
3) scattering cross-section 散射截面 1. A smallscattering cross-sectionproportional to N4/3 rather than N2 is resulted. 在推导低能中微子与晶体相互作用的散射截面的过程中,引入晶体散射的Bragg限制条件,给出了在中微子波长与散射晶体宏观尺寸可比的条件下整体散射截面同晶体内散射体粒子总数N的4/3次方成比例的...
3) scattering cross-section 散射截面 1. A smallscattering cross-sectionproportional to N4/3 rather than N2 is resulted. 在推导低能中微子与晶体相互作用的散射截面的过程中,引入晶体散射的Bragg限制条件,给出了在中微子波长与散射晶体宏观尺寸可比的条件下整体散射截面同晶体内散射体粒子总数N的4/3次方成比例的...