felsitic texture
斜长石质纹理
felsitic rock
斜长石质岩
felsitic composition
斜长石质成分
felsitic matrix
斜长石质基质
felsitic grains
斜长石质颗粒
felsitic varieties
斜长石质品种
felsitic minerals
斜长石质矿物
felsitic flow
斜长石质流动
felsitic features
斜长石质特征
felsitic lava
斜长石质熔岩
the felsitic texture of the rock indicates a rapid cooling process.
这种岩石的细粒结构表明其冷却过程迅速。
geologists often study felsitic formations to understand volcanic activity.
地质学家经常研究细粒结构的地层以了解火山活动。
felsitic rocks are commonly found in areas with past volcanic eruptions.
细粒岩通常出现在过去有火山喷发的地区。
the felsitic composition of the sample surprised the researchers.
样本的细粒成分让研究人员感到惊讶。
in petrology, felsitic textures are important for classifying igneous rocks.
在岩石学中，细粒结构对分类火成岩非常重要。
felsitic lava flows can create unique geological formations.
细粒熔岩流可以形成独特的地质结构。
the study focused on the mineralogy of felsitic rocks.
这项研究集中在细粒岩的矿物学上。
felsitic textures are often associated with rhyolitic lava.
细粒结构通常与流纹岩熔岩相关。
understanding felsitic rock formations can help predict volcanic hazards.
了解细粒岩层可以帮助预测火山危险。
felsitic rocks can be challenging to date due to their composition.
由于其成分，细粒岩的年代测定可能很有挑战性。
felsitic texture
斜长石质纹理
felsitic rock
斜长石质岩
felsitic composition
斜长石质成分
felsitic matrix
斜长石质基质
felsitic grains
斜长石质颗粒
felsitic varieties
斜长石质品种
felsitic minerals
斜长石质矿物
felsitic flow
斜长石质流动
felsitic features
斜长石质特征
felsitic lava
斜长石质熔岩
the felsitic texture of the rock indicates a rapid cooling process.
这种岩石的细粒结构表明其冷却过程迅速。
geologists often study felsitic formations to understand volcanic activity.
地质学家经常研究细粒结构的地层以了解火山活动。
felsitic rocks are commonly found in areas with past volcanic eruptions.
细粒岩通常出现在过去有火山喷发的地区。
the felsitic composition of the sample surprised the researchers.
样本的细粒成分让研究人员感到惊讶。
in petrology, felsitic textures are important for classifying igneous rocks.
在岩石学中，细粒结构对分类火成岩非常重要。
felsitic lava flows can create unique geological formations.
细粒熔岩流可以形成独特的地质结构。
the study focused on the mineralogy of felsitic rocks.
这项研究集中在细粒岩的矿物学上。
felsitic textures are often associated with rhyolitic lava.
细粒结构通常与流纹岩熔岩相关。
understanding felsitic rock formations can help predict volcanic hazards.
了解细粒岩层可以帮助预测火山危险。
felsitic rocks can be challenging to date due to their composition.
由于其成分，细粒岩的年代测定可能很有挑战性。
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