Using the conditions obtained from various simple and complex models, the energy of the surface area was calculated with the help of electronic structural transitions and thermo-sublimation approximations occurring in yttrium oxide nanoparticles irradiated with different energy deuterium ions. The depth of penetration of deuterium ions of different energies into the yttrium oxide sample, the rate of energy loss, and the energy of the surface area under the influence of temperature sublimation were determined using basic methods. In addition, the screening radius and erosion rate were determined using the Sigmund and Thomas–Fermi shielding function.

中文翻译：

---

电离辐照下纳米氧化钇的表面结合能和侵蚀系数

使用从各种简单和复杂模型获得的条件，借助在不同能量氘离子照射的氧化钇纳米粒子中发生的电子结构转变和热升华近似计算表面积的能量。采用基本方法测定了不同能量的氘离子对氧化钇样品的渗透深度、能量损失率以及受温度升华影响的表面积能量。此外，使用 Sigmund 和 Thomas-Fermi 屏蔽函数确定屏蔽半径和侵蚀率。