论文标题
经典牛顿蒙特 - 卡洛计算原子氢的电离质子在能量范围内的质子0.05至1.0 meV
Classical Newtonian Monte-Carlo Calculation of Ionization of Atomic Hydrogen by Protons in Energy Range 0.05 to 1.0 MeV
论文作者
论文摘要
我们已经设计了一个Euler近似蒙特卡洛代码，以计算具有0.05至1.0 MeV的能量的质子对原子氢的电离。该代码用于计算总电离横截面S（E），角度分布双差分横截面D2S/（DW -de）的电子，其能量为150 eV的电子，由300 keV质子和能量分布d2s/（dw -de）用于10O的电蛋白，用于在10O上发射的电源，该电源由能量的protons发射到10O上。将我们的计算与这些数量的实验值以及独立的计算进行比较。我们发现了我们计算出的横截面的出色一致性以及我们计算出的双差分横截面的合理一致性，并具有独立的计算和测量。
We have designed a Euler approximation Monte-Carlo code for the calculation of the ionization of atomic hydrogen by protons with energies between 0.05 and 1.0 MeV. This code is used to calculate the total ionization cross sections s(E), the angular distribution double differential cross sections d2s/ (dW - dE) for electrons with energies of 150 eV ionized by 300 keV protons and the energy distribution d2s/ (dW - dE) for the ionized electrons emitted at 10o by protons of energy 300 keV. Our calculations are compared to experimental values of these quantities as well as independent calculations. We find excellent agreement of our calculated cross section and reasonable agreement of our calculated double differential cross section with independent calculations and measurements.
