| dbo:abstract |
The Born–Huang approximation (named after Max Born and Huang Kun) is an approximation closely related to the Born–Oppenheimer approximation. It takes into account diagonal nonadiabatic effects in the electronic Hamiltonian better than the Born–Oppenheimer approximation. Despite the addition of correction terms, the electronic states remain uncoupled under the Born–Huang approximation, making it an adiabatic approximation. (en) A aproximação de Born–Huang (nomeada em honra de Max Born e ) é uma aproximação relacionada com a aproximação de Born-Oppenheimer. Tem em conta mais efeitos não-adiabáticos no hamiltoniano electrónico que a aproximação de Born-Oppenheimer. (pt) 在量子力学中，玻恩－黄近似是求解分子体系薛定谔方程的一种近似方法。这个由提出者馬克斯·玻恩与黄昆命名的方法 与玻恩－奥本海默近似紧密关联且十分相似。这两个近似都将分子薛定谔方称的求解分为电子结构与原子核动力学两部分。他们都被称为绝热近似。 (zh) |
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| rdfs:comment |
The Born–Huang approximation (named after Max Born and Huang Kun) is an approximation closely related to the Born–Oppenheimer approximation. It takes into account diagonal nonadiabatic effects in the electronic Hamiltonian better than the Born–Oppenheimer approximation. Despite the addition of correction terms, the electronic states remain uncoupled under the Born–Huang approximation, making it an adiabatic approximation. (en) A aproximação de Born–Huang (nomeada em honra de Max Born e ) é uma aproximação relacionada com a aproximação de Born-Oppenheimer. Tem em conta mais efeitos não-adiabáticos no hamiltoniano electrónico que a aproximação de Born-Oppenheimer. (pt) 在量子力学中，玻恩－黄近似是求解分子体系薛定谔方程的一种近似方法。这个由提出者馬克斯·玻恩与黄昆命名的方法 与玻恩－奥本海默近似紧密关联且十分相似。这两个近似都将分子薛定谔方称的求解分为电子结构与原子核动力学两部分。他们都被称为绝热近似。 (zh) |
| rdfs:label |
Born–Huang approximation (en) Aproximação de Born-Huang (pt) 玻恩-黄近似 (zh) |
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