Titre
Applications of statistical mechanics
Auteur
Guggenheim E.A.
Éditeur
Clarendon Press
Prix
€ 15,00(Excl. toute livraison)
Frais de livraison
Détails
202208091745, Oxford, Clarendon Press, 1966, Good
Plus d'informations
Hardcover, dj, in-8, 211 pp., index.
**E.A. Guggenheim & Applications of Statistical Mechanics**
**E.A. Guggenheim**
Edward Armand Guggenheim (1901-1970) was a British physical chemist and a pioneer in the field of thermodynamics and statistical mechanics. He made significant contributions to understanding the relationships between thermodynamic properties and molecular behavior. His work laid the foundation for modern chemical engineering, physical chemistry, and materials science.
---
### **Applications of Statistical Mechanics**
Statistical mechanics is a branch of physics that connects the microscopic behavior of atoms and molecules to macroscopic properties like temperature, pressure, and entropy. It uses statistical methods to explain and predict the behavior of systems with many particles.
#### **Key Applications**
1. **Thermodynamics**
- Statistical mechanics provides a microscopic basis for thermodynamic laws.
- Example: Deriving the ideal gas law from the behavior of gas molecules.
2. **Phase Transitions**
- Explains phase changes such as melting, boiling, and freezing by studying molecular interactions.
- Example: Understanding water's critical point using the Ising model.
3. **Chemical Reactions**
- Used to calculate equilibrium constants and reaction rates.
- Example: Predicting chemical yields in industrial processes.
4. **Materials Science**
- Helps design new materials by predicting properties like conductivity, magnetism, and elasticity.
- Example: Developing superconductors through quantum statistical mechanics.
5. **Biological Systems**
- Models complex biological processes such as protein folding and DNA binding.
- Example: Analyzing how enzymes work at the molecular level.
6. **Condensed Matter Physics**
- Describes properties of solids and liquids, including electrical conductivity and thermal expansion.
- Example: Explaining semiconductor behavior in electronics.
7. **Astrophysics and Cosmology**
- Applies to the study of stars, black holes, and the early universe.
- Example: Modeling the cosmic microwave background radiation.
---
By combining statistical analysis with physical laws, statistical mechanics is essential for predicting and understanding natural and engineered systems, making it a cornerstone of modern science and technology.
**E.A. Guggenheim & Applications of Statistical Mechanics**
**E.A. Guggenheim**
Edward Armand Guggenheim (1901-1970) was a British physical chemist and a pioneer in the field of thermodynamics and statistical mechanics. He made significant contributions to understanding the relationships between thermodynamic properties and molecular behavior. His work laid the foundation for modern chemical engineering, physical chemistry, and materials science.
---
### **Applications of Statistical Mechanics**
Statistical mechanics is a branch of physics that connects the microscopic behavior of atoms and molecules to macroscopic properties like temperature, pressure, and entropy. It uses statistical methods to explain and predict the behavior of systems with many particles.
#### **Key Applications**
1. **Thermodynamics**
- Statistical mechanics provides a microscopic basis for thermodynamic laws.
- Example: Deriving the ideal gas law from the behavior of gas molecules.
2. **Phase Transitions**
- Explains phase changes such as melting, boiling, and freezing by studying molecular interactions.
- Example: Understanding water's critical point using the Ising model.
3. **Chemical Reactions**
- Used to calculate equilibrium constants and reaction rates.
- Example: Predicting chemical yields in industrial processes.
4. **Materials Science**
- Helps design new materials by predicting properties like conductivity, magnetism, and elasticity.
- Example: Developing superconductors through quantum statistical mechanics.
5. **Biological Systems**
- Models complex biological processes such as protein folding and DNA binding.
- Example: Analyzing how enzymes work at the molecular level.
6. **Condensed Matter Physics**
- Describes properties of solids and liquids, including electrical conductivity and thermal expansion.
- Example: Explaining semiconductor behavior in electronics.
7. **Astrophysics and Cosmology**
- Applies to the study of stars, black holes, and the early universe.
- Example: Modeling the cosmic microwave background radiation.
---
By combining statistical analysis with physical laws, statistical mechanics is essential for predicting and understanding natural and engineered systems, making it a cornerstone of modern science and technology.
MERS Antique Books
Antwerpen
*** PLEASE ALSO CHECK YOUR SPAM FOLDER ***
MERS Antique Books Antwerp | One of the finest online book shops in Antwerp since 2002 *** Congo, Architecture, Belgian History, History of France, French Revolution, Cadastre, Monastery, Media, Italian Literature, Science, etc. etc.
https://www.mers.be
- Tous les livres sont en état complet et normal, sauf indication contraire. De petites imperfections comme une page collée ou un nom sur la feuille ne sont pas toujours mentionnés
- Vous gérez directement cette commande avec MERS Antique Books
- Après votre commande vous et MERS Antique Books recevrez une confirmation par e-mail. Dans l'e-mail que vous pouvez trouver, vous pouvez trouver le nom et l'adresse de MERS Antique Books
- L'acheteur paie les frais de livraison, sauf accord contraire
- MERS Antique Books peut demander un prépaiement
- Boekwinkeltjes.nl essaie de rapprocher les acheteurs et les vendeurs. Boekwinkeltjes.nl n'est jamais impliqué dans un accord entre l'acheteur et le vendeur. Si vous avez un différend avec un ou plusieurs utilisateurs, vous devez le réparer vous-même. Vous indemnisez Boekwinkeltjes.nl de toute réclamation.