This article studies the behavior of the electronic levels of a hydrogen atom in a space bounded by a flat surface on which a condition of the spatial confinement of electronic wave functions is specified. It is shown that a significant amount of energy can be released during adsorption of hydrogen atoms by a sample with a clean smooth surface, high affinity, and low initial internal hydrogen concentration. The results are obtained using both direct numerical calculation using the finite element method and variational estimates based on the selection of special test functions.

中文翻译：

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具有“不通过”边界条件的平面上方的氢原子

本文研究了以平面为边界的空间中氢原子电子能级的行为，在该平面上指定了电子波函数的空间限制条件。结果表明，在具有光滑表面，高亲和力和较低初始内部氢浓度的样品吸附氢原子的过程中，可以释放大量能量。使用有限元方法进行直接数值计算，以及基于特殊测试函数的选择，通过变化估计获得结果。