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2365977
Meteorites: Petrologic-Chemical Syn: A Petrologic, Chemical and Isotopic Synthesis Cambridge Planetary Science, Series Number 2 Illustrated Edition
Item #:
2365977
ETB 10427
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| Item Weight | 2 lbs (910 grams) |
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Product Description
Meteorites: Petrologic-Chemical Syn: A Petrologic, Chemical and Isotopic Synthesis Cambridge Planetary Science, Series Number 2 Illustrated Edition
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Customer Questions & Answers
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Question:
What is 'Meteorites: Petrologic-Chemical Syn' about?
Answer: This book provides an in-depth synthesis of the petrology, chemistry, and isotopic analysis of meteorites. It is designed for researchers and enthusiasts in planetary science and geology who seek a comprehensive understanding of meteorite composition and formation. The text explores various meteorite types, their origins, and the implications these have for our understanding of the solar system. For students or professionals in a related field, this resource serves as a vital reference to enhance knowledge and research on extraterrestrial materials. -
Question:
Who is the intended audience for this illustrated edition?
Answer: The illustrated edition caters to a wide range of audiences including advanced students, researchers in planetary sciences, and geological professionals. With its detailed visual representations and clear explanations, it serves both as an educational tool for those new to the subject and a handy reference for seasoned experts. Whether you are studying those occasional meteor showers or conducting research in laboratories, this book can provide valuable insights into the intricacies of meteorite studies. -
Question:
How are the findings in this book relevant to planetary science?
Answer: The findings presented in this book are crucial for advancing our understanding of planetary formation and evolution. By analyzing meteorites—considered remnants of the early solar system—scientists can gather evidence about the conditions that prevailed during its formation. This information is not only essential for understanding Earth and its history but also contributes to explorations of other planetary bodies. Thus, this book plays an important role for anyone looking to explore topics related to planetary geology and exoplanet research. -
Question:
What unique features does this illustrated edition include?
Answer: The illustrated edition features high-quality diagrams, charts, and photographs that enhance the reader’s comprehension of complex concepts related to meteorite composition and classification. These visual elements are strategically placed to support the textual content, allowing readers to engage more deeply with the material. This makes it particularly useful for visual learners and helps clarify intricate details that might otherwise be challenging to grasp, facilitating a better understanding for self-study or academic discussions. -
Question:
What types of meteorites are analyzed in this book?
Answer: The book provides thorough analyses of various meteorite types, including chondrites, achondrites, and iron meteorites. Each type is examined concerning its chemical composition, isotopic characteristics, and petrological features. This classification is essential for understanding the diverse origins of meteorites and their implications for planetary science. Understanding these types can be particularly useful for students or professionals looking to categorize meteorite samples or conduct fieldwork in related planetary geology studies. -
Question:
Can this book be used as a reference for conducting experiments?
Answer: Yes, the book serves as a valuable reference for conducting experiments related to meteorite analysis. It includes detailed methodologies for sample preparation and examination techniques, which can guide researchers through practical applications in laboratories. Whether you are validating scientific hypotheses or designing experiments to analyze new meteorite samples, the procedures outlined in this book can enhance your experimental design and ensure scientific rigor. -
Question:
What role do isotopic analyses play in meteorite studies?
Answer: Isotopic analyses are pivotal in meteorite studies as they provide insights into the origins and age of meteorite materials. By studying the isotopic ratios, scientists can determine the processes that led to the formation of these celestial bodies, as well as elucidate their history within the solar system. This information is not only critical for academic research but also plays a significant role in understanding broader cosmic processes. For anyone interested in tracing the evolution of specific meteorites, mastering isotopic analysis is essential. -
Question:
How does this book contribute to our understanding of the solar system's history?
Answer: This book compiles various studies and findings that illustrate how meteorites serve as windows into the early solar system. By analyzing their physical and chemical properties, scientists can draw significant conclusions about the conditions that existed when these bodies were formed. This contributes to a larger narrative of how planets, including Earth, evolved over time. For those fascinated by astronomy or geology, the insights derived from this book can enhance one’s perspective on planetary development and history. -
Question:
What advances in meteorite research does this book discuss?
Answer: The book discusses recent advancements in analytical techniques and how they have influenced our understanding of meteorite properties. Techniques like isotopic analysis and geochemical modeling have provided new insights into the relationship between meteorites and their parent bodies. These advances enable researchers to test hypotheses about solar system formation with increased accuracy. Scientists and students interested in cutting-edge research will find this section particularly inspiring, as it encapsulates the dynamic nature of planetary science. -
Question:
Where can I buy 'Meteorites: Petrologic-Chemical Syn'?
Answer: You can purchase 'Meteorites: Petrologic-Chemical Syn: A Petrologic, Chemical and Isotopic Synthesis Cambridge Planetary Science, Series Number 2 Illustrated Edition' through Ubuy in Ethiopia. Ubuy is known for its extensive selection of books and resources, ensuring that you will find the edition you need readily available. With Ubuy's dedicated service and quality assurance, you can confidently enhance your collection with this informative text.
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Pros
- In-depth scientific analysis
- Comprehensive petrological data
- High-quality illustrations
- Useful for researchers
- Well-organized content
Cons
- May be too technical for casual readers.
Product Price History
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Features & Benefits
- Gain insights into the origins of the Solar System.
- Explore the mechanisms of core formation and volcanism on asteroids.
- Understand the effects of heating water-rich bodies.
- Learn about meteorite classification based on ages and origin.
- Discover a new theory for the origin of the planets.
- Perfect for advanced learners interested in planetary science.