organic geochemistry
有机地球化学；有机地化
environmental geochemistry
环境地球化学
isotope geochemistry
同位素地球化学
exploration geochemistry
勘查地球化学
petroleum geochemistry
石油地球化学
There are 37 lectures, major headings are geochronology, radiogenic isotope geochemistry and stable isotope geochemistry.
这里有37讲，主要是地质年代学、放射性同位素地球化学和稳定同位素地球化学。
The study of petrology, mineralogy and geochemistry suggests that augite latite and augite monzonite are cognate, belonging to the upper and root parts of the volcanic dome respectively.
岩石、矿物地球化学的研究表明，辉石粗安岩与辉石二长岩同源，分别为火山穹窿的上部和根部。
On the above base,the status and function of fluid geochemistry in studying mechanisms of elemental paragenesis and separation are affirmed .
在此基础上，肯定了成矿流体地球化学在元素共生分异机制研究中的地位和作用。
The species distribution in hydrolytic polymeric aluminum solutions is a research focus in the fields of analysis,catalysis,agrology,geochemistry,new materials,environmental science,biotoxicology,etc.
水解聚合铝形态一直是分析、催化、土壤、地球化学、新材料、环境科学和生物毒理学等众多领域研究的前沿和热点。
geochemistry studies the chemical composition of rocks and minerals.
地球化学研究岩石和矿物的化学组成。
geochemistry plays a crucial role in understanding Earth's processes.
地球化学在理解地球过程中起着至关重要的作用。
geochemistry involves analyzing the distribution of elements in the Earth's crust.
地球化学涉及分析地壳中元素的分布。
geochemistry helps us understand the origin of natural resources.
地球化学帮助我们理解自然资源的起源。
geochemistry is used to study the interactions between rocks, water, and air.
地球化学被用来研究岩石、水和空气之间的相互作用。
geochemistry can provide insights into past climate conditions.
地球化学可以为我们提供对过去气候条件的洞察。
geochemistry is a multidisciplinary field that combines geology and chemistry.
地球化学是一个结合了地质学和化学的跨学科领域。
geochemistry techniques are used in environmental studies to assess pollution levels.
地球化学技术被用于环境研究中评估污染水平。
geochemistry research often involves fieldwork to collect samples for analysis.
地球化学研究通常涉及野外工作，以收集样本进行分析。
geochemistry is essential for understanding the Earth's history and evolution.
地球化学对理解地球的历史和演化至关重要。
organic geochemistry
有机地球化学；有机地化
environmental geochemistry
环境地球化学
isotope geochemistry
同位素地球化学
exploration geochemistry
勘查地球化学
petroleum geochemistry
石油地球化学
There are 37 lectures, major headings are geochronology, radiogenic isotope geochemistry and stable isotope geochemistry.
这里有37讲，主要是地质年代学、放射性同位素地球化学和稳定同位素地球化学。
The study of petrology, mineralogy and geochemistry suggests that augite latite and augite monzonite are cognate, belonging to the upper and root parts of the volcanic dome respectively.
岩石、矿物地球化学的研究表明，辉石粗安岩与辉石二长岩同源，分别为火山穹窿的上部和根部。
On the above base,the status and function of fluid geochemistry in studying mechanisms of elemental paragenesis and separation are affirmed .
在此基础上，肯定了成矿流体地球化学在元素共生分异机制研究中的地位和作用。
The species distribution in hydrolytic polymeric aluminum solutions is a research focus in the fields of analysis,catalysis,agrology,geochemistry,new materials,environmental science,biotoxicology,etc.
水解聚合铝形态一直是分析、催化、土壤、地球化学、新材料、环境科学和生物毒理学等众多领域研究的前沿和热点。
geochemistry studies the chemical composition of rocks and minerals.
地球化学研究岩石和矿物的化学组成。
geochemistry plays a crucial role in understanding Earth's processes.
地球化学在理解地球过程中起着至关重要的作用。
geochemistry involves analyzing the distribution of elements in the Earth's crust.
地球化学涉及分析地壳中元素的分布。
geochemistry helps us understand the origin of natural resources.
地球化学帮助我们理解自然资源的起源。
geochemistry is used to study the interactions between rocks, water, and air.
地球化学被用来研究岩石、水和空气之间的相互作用。
geochemistry can provide insights into past climate conditions.
地球化学可以为我们提供对过去气候条件的洞察。
geochemistry is a multidisciplinary field that combines geology and chemistry.
地球化学是一个结合了地质学和化学的跨学科领域。
geochemistry techniques are used in environmental studies to assess pollution levels.
地球化学技术被用于环境研究中评估污染水平。
geochemistry research often involves fieldwork to collect samples for analysis.
地球化学研究通常涉及野外工作，以收集样本进行分析。
geochemistry is essential for understanding the Earth's history and evolution.
地球化学对理解地球的历史和演化至关重要。
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