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Equipartition theorem
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21	A classical ergodic property for IFS: A simple proof B. Forte1;2 , F. Mendivil2 1 Facolta di Scienze MM. FF. e NN. a Ca Vignal Add to Reading List Source URL: links.uwaterloo.ca Language: English - Date: 2007-07-23 21:51:05 Integration by substitution Fourier analysis Measure theory Mathematical series Asymptotic equipartition property Knaster–Tarski theorem Mathematical analysis Mathematics Ergodic theory
22	Numeric Experiments in Relativistic Thermodynamics: A Moving System Appears Cooler arXiv:0804.3836v3 [gr-qc] 10 OctConstantin Rasinariu ∗ Add to Reading List Source URL: arxiv.org Language: English - Date: 2013-06-09 22:47:09 Special relativity State functions Statistical mechanics Temperature Equipartition theorem Gas Momentum Ludwig Boltzmann Relativistic speed Physics Thermodynamics Physical quantities
23	INSTITUTE OF PHYSICS PUBLISHING NANOTECHNOLOGY Nanotechnology–1264 Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:08 Nanoelectronics Carbon nanotubes Harmonic oscillator Equipartition theorem Nanoelectromechanical system Oscillation Normal mode Nanotube nanomotor Physics Ordinary differential equations Nanotechnology
24	Copyright © 2006 American Scientiﬁc Publishers All rights reserved Printed in the United States of America Journal of Computational and Theoretical Nanoscience Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:09 Ordinary differential equations Oscillation Resonance Equipartition theorem Temperature Normal mode Physics Thermodynamics Carbon nanotube
25	INSTITUTE OF PHYSICS PUBLISHING NANOTECHNOLOGY Nanotechnology[removed]–1264 Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:08 Nanoelectronics Carbon nanotubes Harmonic oscillator Equipartition theorem Nanoelectromechanical system Oscillation Normal mode Nanotube nanomotor Physics Ordinary differential equations Nanotechnology
26	INSTITUTE OF PHYSICS PUBLISHING NANOTECHNOLOGY Nanotechnology[removed]–1035 Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:06 Physical quantities Ordinary differential equations Equipartition theorem Oscillation Carbon nanotube Resonance Anharmonicity Normal mode Temperature Physics Thermodynamics Classical mechanics
27	Copyright © 2006 American Scientiﬁc Publishers All rights reserved Printed in the United States of America Journal of Computational and Theoretical Nanoscience Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:09 Ordinary differential equations Oscillation Resonance Equipartition theorem Temperature Normal mode Physics Thermodynamics Carbon nanotube
28	PHYSICAL REVIEW B 75, 195445 共2007兲 Thermally driven large-amplitude fluctuations in carbon-nanotube-based devices: Molecular dynamics simulations Zhiping Xu and Quan-Shui Zheng Department of Engineering Mechanics, Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:06 Electronvolt Relaxation Temperature Equipartition theorem Thermal bath Kinetic theory Physics Thermodynamics Carbon nanotube
29	VOLUME 91, N UMBER 17 week ending 24 OCTOBER[removed]PHYSICA L R EVIEW LET T ERS Add to Reading List Source URL: yangtze.hku.hk Language: English - Date: 2010-12-19 08:35:06 Phonon Resonance Electron Physics Carbon nanotube Equipartition theorem
30	1 CHAPTER 8 HEAT CAPACITY, AND THE EXPANSION OF GASES 8.1 Heat Capacity Definition: The heat capacity of a body is the quantity of heat required to raise its temperature by Add to Reading List Source URL: orca.phys.uvic.ca Language: English - Date: 2013-01-09 13:04:27 Physical quantities Thermodynamic processes Atmospheric thermodynamics Chemical engineering Heat capacity Adiabatic process Ideal gas Monatomic gas Equipartition theorem Physics Chemistry Thermodynamics

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