the study of allotropisms helps us understand the diverse properties of carbon.
研究同素异形体让我们了解碳的多样特性。
diamond and graphite are common allotropisms of carbon.
金刚石和石墨是常见的碳同素异形体。
allotropisms play a crucial role in material science.
同素异形体在材料科学中起着至关重要的作用。
scientists are constantly discovering new allotropisms of elements.
科学家们不断发现元素的新同素异形体。
the allotropisms of a particular element can have vastly different properties.
特定元素的同素异形体可能具有截然不同的特性。
understanding allotropisms is essential for developing new materials with specific applications.
理解同素异形体对于开发具有特定应用的新材料至关重要。
the unique properties of allotropisms make them valuable in various fields.
同素异形体的独特特性使其在各个领域都非常有价值。
allotropisms are a fascinating area of study within chemistry.
同素异形体是化学学的一个令人着迷的研究领域。
the allotropisms of silicon have important implications for electronics.
硅的同素异形体对电子学具有重要意义。
research on allotropisms continues to advance our understanding of matter.
对同素异形体的研究不断提升我们对物质的理解。
the study of allotropisms helps us understand the diverse properties of carbon.
研究同素异形体让我们了解碳的多样特性。
diamond and graphite are common allotropisms of carbon.
金刚石和石墨是常见的碳同素异形体。
allotropisms play a crucial role in material science.
同素异形体在材料科学中起着至关重要的作用。
scientists are constantly discovering new allotropisms of elements.
科学家们不断发现元素的新同素异形体。
the allotropisms of a particular element can have vastly different properties.
特定元素的同素异形体可能具有截然不同的特性。
understanding allotropisms is essential for developing new materials with specific applications.
理解同素异形体对于开发具有特定应用的新材料至关重要。
the unique properties of allotropisms make them valuable in various fields.
同素异形体的独特特性使其在各个领域都非常有价值。
allotropisms are a fascinating area of study within chemistry.
同素异形体是化学学的一个令人着迷的研究领域。
the allotropisms of silicon have important implications for electronics.
硅的同素异形体对电子学具有重要意义。
research on allotropisms continues to advance our understanding of matter.
对同素异形体的研究不断提升我们对物质的理解。
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