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Application of combined open shell Hartree–Fook–Roothaan theory to molecules using symmetrical one-range addition theorems of Slater type orbitals

机译:使用Slater型轨道的对称一阶加法定理,结合开壳Hartree-Fook-Roothaan理论在分子上的应用

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We study the efficiency of symmetrical one-range addition theorems for Slater type orbitals which are used in the calculation of multicenter integrals arising in the combined open shell Hartree–Fook–Roothaan equations for molecules. As an example of application, the calculations are performed for the ground state of electronic configuration of molecules NH3 and CH2 that have the closed and open shells, respectively. The results of computer calculations for the orbital and total energies (in a.u.), and linear combination coefficients for symmetrical molecular orbitals are presented. Keywords Open shells - Slater type orbitals - Unsymmetrical and symmetrical one-range addition theorems - Combined Hartree–Fock–Roothaan theory
机译:我们研究了Slater型轨道的对称一阶加法定理的效率,该定理用于计算分子的开壳式Hartree-Fook-Roothaan组合方程中产生的多中心积分。作为应用示例,对分别具有封闭和开放壳的分子NH 3 和CH 2 的电子构型的基态进行计算。给出了轨道能量和总能量的计算机计算结果(单位:a.u。),以及对称分子轨道的线性组合系数。关键词开壳-Slater型轨道-非对称和对称一阶加法定理-Hartree–Fock–Roothaan组合理论

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