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1. Introductory physics for biological scientists ((ebook))
Christof M. Aegerter, Universität Zürich
出版情報:   1 online resource (x, 451 p.)
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2. Selected papers of Richard Feynman : with commentary (: electronic bk)
editor, Laurie M. Brown
出版情報: [Singapore] : World Scientific, [20--]  1 online resource (xii, 999 p.)
シリーズ名: World Scientific series in 20th century physics ; v. 27
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3. Physics : : a very short introduction ((ebook) :)
Sidney Perkowitz
出版情報:   1 online resource
シリーズ名: Very short introductions ;
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目次情報: 続きを見る
Preface
Acknowledgements
List of illustrations
List of abbreviations
It all began with the Greeks / 1：
What physics covers and what it doesn't / 2：
How physics works / 3：
Physics applied and extended / 4：
A force in society / 5：
Future physics: unanswered questions / 6：
References
Further reading and viewing
Index
Preface
Acknowledgements
List of illustrations
4.

電子ブック
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4. Plasma-material interactions in a controlled fusion reactor (: electronic bk)
Tetsuo Tanabe
出版情報: [Cham] : SpringerLink, [20--]  1 online resource (xii, 207 p.)
シリーズ名: Springer series in plasma science and technology / series editors, Michael Bonitz ... [et al.] ;
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5.

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5. Antimatter : what it is and why it's important in physics and everyday life (: electronic bk)
Beatriz Gato-Rivera
出版情報: [Cham] : SpringerLink, [20--]  1 online resource (xvi, 296 p.)
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6.

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6. Quantum technologies and military strategy (: electronic bk)
Ajey Lele
出版情報: [Cham] : SpringerLink, [20--]  1 online resource (ix, 182 p.)
シリーズ名: Advanced sciences and technologies for security applications ;
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7.

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7. Physical anti-collision in RFID systems : theory and practice (: electronic bk)
Xiaolei Yu, Zhimin Zhao, Xuezhou Zhang
出版情報: [Cham] : SpringerLink, [20--]  1 online resource (xii, 237 p.)
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8.

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8. Crafting the quantum : Arnold Sommerfeld and the practice of theory, 1890-1926 (: electronic bk)
Suman Seth
出版情報: [Ann Arbor, Mich.] : ProQuest Ebook Central, [20--]  1 online resource (viii, 378 p.)
シリーズ名: Transformations : studies in the history of science and technology
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目次情報: 続きを見る
Acknowledgments
Introduction
The Physics of Problems / I：
Elements of the Sommerfeld Style, 1890-1910
Pedagogical Economies / 2：
The "Sommerfeld School" and the Problems of Teaching
The Kaiser's Physicists / 3：
The Sommerfeld School Goes to War
The Practice of Principles / II：
Planck, Experiment, and the "Thermodynamic Method"
The Dynamical and the Statistical / 5：
Sommerfeld, Planck, and the Quantum Hypothesis
Prinzipienfuchser and Virtuosen / III：
Theoretical Physics after World War I
Crafting the Quantum / 7：
Sommerfeld, Bohr, and the Older Quantum Theory
Conclusion
Notes
Bibliography
Index
Acknowledgments
Introduction
The Physics of Problems / I：
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9. Mechanics, relativity, and thermodynamics. Expanded ed (: electronic bk)
R. Shankar
出版情報: ProQuest Ebook Central  1 online resource (xv, 506 p.)
シリーズ名: The open Yale courses series ; . Fundamentals of physics ; 1
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目次情報: 続きを見る
Preface to the Expanded Edition
Preface to the First Edition
The Structure of Mechanics / 1：
Introduction and some useful tips / 1.1：
Kinematics and dynamics / 1.2：
Average and instantaneous quantities / 1.3：
Motion at constant acceleration / 1.4：
Sample problem / 1.5：
Deriving v2 - v20 = 2a(x - x0) using calculus / 1.6：
Motion in Higher Dimensions / 2：
Review / 2.1：
Vectors in d = 2 / 2.2：
Unit vectors / 2.3：
Choice of axes and basis vectors / 2.4：
Derivatives of the position vector r / 2.5：
Application to circular motion / 2.6：
Projectile motion / 2.7：
Newton's Laws I / 3：
Introduction to Newton's laws of motion / 3.1：
Newton's second law / 3.2：
Two halves of the second law / 3.3：
Newton's third law / 3.4：
Weight and weightlessness / 3.5：
Newton's Laws II / 4：
A solved example / 4.1：
Never the whole story / 4.2：
Motion in d = 2 / 4.3：
Friction: static and kinetic / 4.4：
Inclined plane / 4.5：
Coupled masses / 4.6：
Circular motion, loop-the-loop / 4.7：
Law of Conservation of Energy / 5：
Introduction to energy / 5.1：
The work-energy theorem and power / 5.2：
Conservation of energy: K2 + U2 = K1 + U1\ / 5.3：
Friction and the work-energy theorem / 5.4：
Conservation of Energy in d = 2 / 6：
Calculus review / 6.1：
Work done in d = 2 / 6.2：
Work done in d = 2 and the dot product / 6.3：
Conservative and non-conservative forces / 6.4：
Conservative forces / 6.5：
Application to gravitational potential energy / 6.6：
The Kepler Problem / 7：
Kepler's laws / 7.1：
The law of universal gravity / 7.2：
Details of the orbits / 7.3：
Law of conservation of energy far from the earth / 7.4：
Choosing the constant in U / 7.5：
Multi-particle Dynamics / 8：
The two-body problem / 8.1：
The center of mass / 8.2：
Law of conservation of momentum / 8.3：
Rocket science / 8.4：
Elastic and inelastic collisions / 8.5：
Scattering in higher dimensions / 8.6：
Rotational Dynamics I / 9：
Introduction to rigid bodies / 9.1：
Angle of rotation, the radian / 9.2：
Rotation at constant angular acceleration / 9.3：
Rotational inertia, momentum, and energy / 9.4：
Torque and the work-energy theorem / 9.5：
Calculating the moment of inertia / 9.6：
Rotational Dynamics II / 10：
The parallel axis theorem / 10.1：
Kinetic energy for a general N-body system / 10.2：
Simultaneous translations and rotations / 10.3：
Conservation of energy / 10.4：
Rotational dynamics using ¿ = $$$ / 10.5：
Advanced rotations / 10.6：
Conservation of angular momentum / 10.7：
Angular momentum of the figure skater / 10.8：
Rotational Dynamics III / 11：
Static equilibrium / 11.1：
The seesaw / 11.2：
A hanging sign / 11.3：
The leaning ladder / 11.4：
Rigid-body dynamics in 3d / 11.5：
The gyroscope / 11.6：
Special Relativity I: The Lorentz Transformation / 12：
Galilean and Newtonian relativity / 12.1：
Proof of Galilean relativity / 12.2：
Enter Einstein / 12.3：
The postulates / 12.4：
The Lorentz transformation / 12.5：
Special Relativity II: Some Consequences / 13：
Summary of the Lorentz transformation / 13.1：
The velocity transformation law / 13.2：
Relativity of simultaneity / 13.3：
Time dilatation / 13.4：
Twin paradox / 13.4.1：
Length contraction / 13.4.2：
More paradoxes / 13.5：
Too big to fall / 13.5.1：
Muons in flight / 13.5.2：
Special Relativity III: Past, Present, and Future / 14：
Past, present, and future in relativity / 14.1：
Geometry of spacetime / 14.2：
Rapidity / 14.3：
Four-vectors / 14.4：
Proper time / 14.5：
Four-momentum / 15：
Relativistic scattering / 15.1：
Compton effect / 15.1.1：
Pair production / 15.1.2：
Photon absorption / 15.1.3：
Mathematical Methods / 16：
Taylor series of a function / 16.1：
Examples and issues with the Taylor series / 16.2：
Taylor series of some popular functions / 16.3：
Trigonometric and exponential functions / 16.4：
Properties of complex numbers / 16.5：
Polar form of complex numbers / 16.6：
Simple Harmonic Motion / 17：
More examples of oscillations / 17.1：
Superposition of solutions / 17.2：
Conditions on solutions to the harmonic oscillator / 17.3：
Exponential functions as generic solutions / 17.4：
Damped oscillations: a classification / 17.5：
Over-damped oscillations / 17.5.1：
Under-damped oscillations / 17.5.2：
Critically damped oscillations / 17.5.3：
Driven oscillator / 17.6：
Waves I / 18：
The wave equation / 18.1：
Solutions of the wave equation / 18.2：
Frequency and period / 18.3：
Waves II / 19：
Wave energy and power transmitted / 19.1：
Doppler effect / 19.2：
Superposition of waves / 19.3：
Interference: the double-slit experiment / 19.4：
Standing waves and musical instruments / 19.5：
Fluids / 20：
Introduction to fluid dynamics and statics / 20.1：
Density and pressure / 20.1.1：
Pressure as a function of depth / 20.1.2：
The hydraulic press / 20.2：
Archimedes' principle / 20.3：
Bernoulli's equation / 20.4：
Continuity equation / 20.4.1：
Applications of Bernoulli's equation / 20.5：
Heat / 21：
Equilibrium and the zeroth law: temperature / 21.1：
Calibrating temperature / 21.2：
Absolute zero and the Kelvin scale / 21.3：
Heat and specific heat / 21.4：
Phase change / 21.5：
Radiation, convection, and conduction / 21.6：
Heat as molecular kinetic energy / 21.7：
Thermodynamics I / 22：
Recap / 22.1：
Boltzmann's constant and Avogadro's number / 22.2：
Microscopic definition of absolute temperature / 22.3：
Statistical properties of matter and radiation / 22.4：
Thermodynamic processes / 22.5：
Quasi-static processes / 22.6：
The first law of thermodynamics / 22.7：
Specific heats: cv and cp / 22.8：
Thermodynamics II / 23：
Cycles and state variables / 23.1：
Adiabatic processes / 23.2：
The second law of thermodynamics / 23.3：
The Carnot engine / 23.4：
Denning T using Carnot engines / 23.4.1：
Entropy and Irreversibility / 24：
Entropy / 24.1：
The second law: law of increasing entropy / 24.2：
Statistical mechanics and entropy / 24.3：
Entropy of an ideal gas: full microscopic analysis / 24.4：
Maximum entropy principle illustrated / 24.5：
The Gibbs formalism / 24.6：
The third law of thermodynamics / 24.7：
Exercises
Problem Set 1, for Chapter 1
Problem Set 2, for Chapter 2
Problem Set 3, for Chapters 3 and 4
Problem Set 4, for Chapters 5, 6, and 7
Problem Set 5, for Chapter 8
Problem Set 6, for Chapters 9, 10, and 11
Problem Set 7, for Chapters 12, 13, 14, and 15
Problem Set 8, for Chapters 16 and 17
Problem Set 9, for Chapters 18 and 19
Problem Set 10, for Chapter 20
Problem Set 11, for Chapters 21, 22, 23, and 24
Answers to Exercises
Constants and Other Data
Index
Preface to the Expanded Edition
Preface to the First Edition
The Structure of Mechanics / 1：
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10. Classical and quantum molecular dynamics in NMR spectra (: electronic bk)
Sławomir Szymański, Piotr Bernatowicz
出版情報: Springer  1 online resource (xi, 402 p.)
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11.

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11. Foundations of modern physics (: electronic bk)
Steven Weinberg, University of Texas at Austin
出版情報:   1 online resource (xiv, 310 p.)
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