C. A. S. L. Tilley

Definition

C. A. S. L. Tilley is a significant figure in the field of mineralogy known for his contributions to the understanding of hydroxide minerals and their classifications. His research has provided critical insights into the crystallography and chemical properties of these minerals, influencing how they are studied and classified in mineralogical contexts.

5 Must Know Facts For Your Next Test

1. C. A. S. L. Tilley was instrumental in developing methods to classify hydroxide minerals, focusing on their unique structural features.
2. His work emphasized the importance of crystallographic data in understanding the behavior and formation of hydroxide minerals.
3. Tilley's research contributed to the identification of new hydroxide mineral species, expanding the knowledge within the field of mineralogy.
4. He also investigated the relationships between hydroxide minerals and other mineral groups, enhancing the broader understanding of mineral associations.
5. Tilley's contributions have made a lasting impact on both academic research and practical applications related to hydroxide minerals.

Review Questions

• How did C. A. S. L. Tilley's research contribute to the classification of hydroxide minerals?
  • C. A. S. L. Tilley’s research played a pivotal role in refining the classification of hydroxide minerals by introducing new methodologies that highlighted their structural characteristics. His focus on crystallography allowed for a clearer understanding of how these minerals are formed and how they relate to other mineral groups. This classification system has provided a foundation for further studies and advancements in mineralogy.
• Evaluate the significance of Tilley's contributions to our understanding of crystallography in relation to hydroxide minerals.
  • Tilley's contributions significantly advanced the field of crystallography as it relates to hydroxide minerals by providing insights into their unique structures and chemical properties. His work demonstrated how crystallographic data could inform mineral classification and identification, ultimately leading to better comprehension of mineral behaviors in various geological settings. The methods he developed continue to be utilized in modern mineralogical research.
• Assess how C. A. S. L. Tilley's findings have influenced both academic research and practical applications concerning hydroxide minerals.
  • C. A. S. L. Tilley's findings have had a profound influence on both academic research and practical applications involving hydroxide minerals by establishing a comprehensive framework for understanding their characteristics and classification. His emphasis on integrating crystallographic studies with chemical analysis has led to enhanced exploration methods in geology and mining industries, improving mineral extraction processes and efficiency. Furthermore, his work has paved the way for future studies that continue to build upon his foundational research, impacting educational approaches within the field.

Related terms

Hydroxide Minerals: A group of minerals that contain hydroxide ions (OH) in their structure, playing a key role in various geological processes.

Crystallography:

The study of crystals, including their structures and the arrangement of atoms within them, which is essential for understanding mineral properties.

Mineral Classification: The systematic categorization of minerals based on their chemical composition and crystal structure, facilitating easier identification and study.