superimposable structures
可叠加的结构
are superimposable
可以重叠
superimposable data
可叠加的数据
being superimposable
具有可叠加性
superimposable image
可叠加的图像
superimposable model
可叠加的模型
superimposable result
可叠加的结果
the two molecular structures are superimposable if they can be overlapped exactly.
这两个分子结构如果能够完全重叠，则可叠加。
if the two conformations are superimposable, they represent the same molecule.
如果这两种构象可以叠加，它们代表的是同一种分子。
the two structures are not superimposable due to the presence of a chiral center.
由于存在手性中心，这两个结构不能叠加。
determine if the fischer projections are superimposable to assess enantiomeric relationship.
确定费舍尔投影是否可叠加，以评估对映异构体的关系。
the mirror image is not always superimposable on the original structure.
镜像并非总是可以与原始结构叠加。
if the rotated molecule is superimposable on the original, it's the same compound.
如果旋转后的分子可以与原始分子叠加，那么它就是同一种化合物。
a molecule and its enantiomer are not superimposable; they are non-superimposable.
分子及其对映异构体不可叠加，它们是不可叠加的。
the key to determining superimposability lies in identifying chiral centers.
确定可叠加性的关键在于识别手性中心。
if the two structures are superimposable after rotation, they are isomers.
如果旋转后这两个结构可以叠加，它们是异构体。
the concept of superimposable structures is fundamental to understanding stereochemistry.
可叠加结构的观念对于理解立体化学至关重要。
even with rotations, some structures remain non-superimposable on each other.
即使旋转，有些结构仍然不能与彼此叠加。
superimposable structures
可叠加的结构
are superimposable
可以重叠
superimposable data
可叠加的数据
being superimposable
具有可叠加性
superimposable image
可叠加的图像
superimposable model
可叠加的模型
superimposable result
可叠加的结果
the two molecular structures are superimposable if they can be overlapped exactly.
这两个分子结构如果能够完全重叠，则可叠加。
if the two conformations are superimposable, they represent the same molecule.
如果这两种构象可以叠加，它们代表的是同一种分子。
the two structures are not superimposable due to the presence of a chiral center.
由于存在手性中心，这两个结构不能叠加。
determine if the fischer projections are superimposable to assess enantiomeric relationship.
确定费舍尔投影是否可叠加，以评估对映异构体的关系。
the mirror image is not always superimposable on the original structure.
镜像并非总是可以与原始结构叠加。
if the rotated molecule is superimposable on the original, it's the same compound.
如果旋转后的分子可以与原始分子叠加，那么它就是同一种化合物。
a molecule and its enantiomer are not superimposable; they are non-superimposable.
分子及其对映异构体不可叠加，它们是不可叠加的。
the key to determining superimposability lies in identifying chiral centers.
确定可叠加性的关键在于识别手性中心。
if the two structures are superimposable after rotation, they are isomers.
如果旋转后这两个结构可以叠加，它们是异构体。
the concept of superimposable structures is fundamental to understanding stereochemistry.
可叠加结构的观念对于理解立体化学至关重要。
even with rotations, some structures remain non-superimposable on each other.
即使旋转，有些结构仍然不能与彼此叠加。
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