In organic materials there are no covalent bondings.

In organic materials there are no covalent bondings.这是一个关于有机电子学的相关问题,下面我们来看答案是什么,In organic materials there are no covalent bondings.A.正确B.错误正确答案:错误

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Compared to covalent bonding forces in inorganic semiconductors, the van de Waals forces in organic materials are nearly ten times smaller.

Compared to covalent bonding forces in inorganic semiconductors, the van de Waals forces in organic materials are nearly ten times smaller.这是一个关于有机电子学的相关问题,下面我们来看答案是什么,Compared to covalent bonding forces in inorganic semiconductors, the van de Waals force

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Conjugation is an essential structure in photoelectronically active organic materials.

Conjugation is an essential structure in photoelectronically active organic materials.这是一个关于有机电子学的相关问题,下面我们来看答案是什么,Conjugation is an essential structure in photoelectronically active organic materials.A.正确B.错误正确答案:正确

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Conjugation size of organic molecular partially determined the carrier transportation property.

Conjugation size of organic molecular partially determined the carrier transportation property.这是一个关于有机电子学的相关问题,下面我们来看答案是什么,Conjugation size of organic molecular partially determined the carrier transportation property.A.正确B.错误正确答案:正确

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Compared to Debye force, London force is more polarisability-dependent.

Compared to Debye force, London force is more polarisability-dependent.这是一个关于有机电子学的相关问题,下面我们来看答案是什么,Compared to Debye force, London force is more polarisability-dependent.A.正确B.错误正确答案:正确

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