calculate orbitals
计算轨道
orbital shapes
轨道形状
orbital energy
轨道能
filled orbitals
填充轨道
empty orbitals
空轨道
hybrid orbitals
杂成轨道
orbital diagrams
轨道图
drawing orbitals
绘制轨道
describe orbitals
描述轨道
atomic orbitals
原子轨道
the electron orbitals describe the probability of finding an electron in a specific region.
电子轨道描述了在特定区域找到电子的概率。
we used computational methods to calculate the molecular orbitals of the complex.
我们使用计算方法计算了该配合物的分子轨道。
the shape of atomic orbitals is often visualized using diagrams.
原子轨道的形状通常使用图表进行可视化。
understanding orbitals is crucial for comprehending chemical bonding.
理解轨道对于理解化学键至关重要。
the s orbitals are spherical in shape.
s轨道呈球形。
the p orbitals have a dumbbell shape.
p轨道具有哑铃形。
the energy levels of orbitals determine the reactivity of the atom.
轨道的能级决定了原子的反应性。
we studied the changes in orbital energies upon excitation.
我们研究了激发后轨道能量的变化。
the distribution of electrons in orbitals dictates the molecule's properties.
电子在轨道中的分布决定了分子的性质。
the quantum mechanical description of orbitals is fundamental to chemistry.
量子力学对轨道的描述是化学的基础。
hybrid orbitals are formed by the mixing of atomic orbitals.
混合轨道是由原子轨道的混合形成的。
the filling of orbitals follows hund's rule.
轨道的填充遵循洪特规则。
calculate orbitals
计算轨道
orbital shapes
轨道形状
orbital energy
轨道能
filled orbitals
填充轨道
empty orbitals
空轨道
hybrid orbitals
杂成轨道
orbital diagrams
轨道图
drawing orbitals
绘制轨道
describe orbitals
描述轨道
atomic orbitals
原子轨道
the electron orbitals describe the probability of finding an electron in a specific region.
电子轨道描述了在特定区域找到电子的概率。
we used computational methods to calculate the molecular orbitals of the complex.
我们使用计算方法计算了该配合物的分子轨道。
the shape of atomic orbitals is often visualized using diagrams.
原子轨道的形状通常使用图表进行可视化。
understanding orbitals is crucial for comprehending chemical bonding.
理解轨道对于理解化学键至关重要。
the s orbitals are spherical in shape.
s轨道呈球形。
the p orbitals have a dumbbell shape.
p轨道具有哑铃形。
the energy levels of orbitals determine the reactivity of the atom.
轨道的能级决定了原子的反应性。
we studied the changes in orbital energies upon excitation.
我们研究了激发后轨道能量的变化。
the distribution of electrons in orbitals dictates the molecule's properties.
电子在轨道中的分布决定了分子的性质。
the quantum mechanical description of orbitals is fundamental to chemistry.
量子力学对轨道的描述是化学的基础。
hybrid orbitals are formed by the mixing of atomic orbitals.
混合轨道是由原子轨道的混合形成的。
the filling of orbitals follows hund's rule.
轨道的填充遵循洪特规则。
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