List
of subscribed Oxford University Press eBooks by IUCAA Library – Updated on 28-08-2023
|
S No |
Title |
SubTitle |
Author_Name |
Link |
|
1.
|
A College Course on Relativity and
Cosmology |
T. Cheng |
||
|
2.
|
A First Course in Loop Quantum
Gravity |
R. Gambini
et al |
||
|
3.
|
A First Course in Vibrations and
Waves |
M. Samiullah |
||
|
4.
|
A Zeptospace
Odyssey: A Journey into the Physics of the LHC |
G. Giudice |
||
|
5.
|
Accurate Clock Pendulums |
R. Matthys |
||
|
6.
|
Acids and Bases |
Solvent Effects on Acid-Base
Strength |
B. Cox |
|
|
7.
|
Acoustic Microscopy |
Second Edition |
A. Briggs et al |
|
|
8.
|
Advanced Data Assimilation for
Geosciences |
Lecture Notes of the Les Houches School of Physics: Special Issue, June 2012 |
É. Blayo
et al |
|
|
9.
|
Advanced Ferroelectricity |
R. Blinc |
||
|
10.
|
Advanced General Relativity |
Gravity Waves, Spinning Particles, and
Black Holes |
C. Barrabès
et al |
|
|
11.
|
Advanced Mechanics |
From Euler's Determinism to Arnold's
Chaos |
S. Rajeev |
|
|
12.
|
Advanced Statistical Mechanics |
B. McCoy |
||
|
13.
|
Advanced Structural Inorganic
Chemistry |
W. Li et al |
||
|
14.
|
Advanced Tomographic Methods in
Materials Research and Engineering |
J. Banhart |
||
|
15.
|
Advances in the Casimir Effect |
M. Bordag
et al |
||
|
16.
|
Agent-Based Modeling
and Network Dynamics |
A. Namatame
et al |
||
|
17.
|
AI Narratives |
A History of Imaginative Thinking
about Intelligent Machines |
S. Cave et al |
|
|
18.
|
An Introduction to Clifford Algebras
and Spinors |
J. Vaz,
Jr. et al |
||
|
19.
|
An Introduction to Nonlinear Finite
Element Analysis Second Edition |
with applications to heat transfer,
fluid mechanics, and solid mechanics |
J. Reddy |
|
|
20.
|
An Introduction to Non-Perturbative
Foundations of Quantum Field Theory |
F. Strocchi |
||
|
21.
|
An Introduction to Particle
Accelerators |
E. Wilson |
||
|
22.
|
An Introduction to Quantum Optics
and Quantum Fluctuations |
P. Milonni |
||
|
23.
|
An Introduction to Statistical
Mechanics and Thermodynamics |
R. Swendsen |
||
|
24.
|
An Introduction to Statistical
Mechanics and Thermodynamics |
R. Swendsen |
||
|
25.
|
Analytical Mechanics for Relativity
and Quantum Mechanics |
O. Johns |
||
|
26.
|
Analytical Mechanics for Relativity
and Quantum Mechanics |
O. Johns |
||
|
27.
|
Anomalies in Quantum Field Theory |
R.A. Bertlmann |
||
|
28.
|
Aperiodic Crystals |
From Modulated Phases to Quasicrystals:
Structure and Properties |
T. Janssen et al |
|
|
29.
|
Aperiodic Crystals |
From Modulated Phases to
Quasicrystals |
T. Janssen et al |
|
|
30.
|
Applications of Neutron Powder
Diffraction |
E. Kisi et al |
||
|
31.
|
Applied Computational Physics |
J. Boudreau et al |
||
|
32.
|
Asteroseismic Data Analysis |
Foundations and Techniques |
Basu et al |
|
|
33.
|
Astrophysical Lasers |
V. Letokhov
et al |
||
|
34.
|
Atomic and Laser Spectroscopy |
A. Corney |
||
|
35.
|
Atomic Force Microscopy |
Eaton et al |
||
|
36.
|
Atomic Physics |
Precise Measurements and Ultracold
Matter |
M. Inguscio
et al |
|
|
37.
|
Atomistic Spin Dynamics |
Foundations and Applications |
O. Eriksson et al |
|
|
38.
|
Atoms, Mechanics, and Probability |
Ludwig Boltzmann's Statistico-Mechanical Writings - An Exegesis |
O. Darrigol |
|
|
39.
|
Bananaworld |
Quantum Mechanics for Primates |
J. Bub |
|
|
40.
|
Basic X-Ray Scattering for Soft
Matter |
W. de Jeu |
||
|
41.
|
Bell Nonlocality |
V. Scarani |
||
|
42.
|
Beyond the Dynamical Universe |
Unifying Block Universe Physics and
Time as Experienced |
M. Silberstein et al |
|
|
43.
|
Biogeochemical Cycles and Climate |
H. Dolman |
||
|
44.
|
Biological Small Angle Scattering |
Theory and Practice |
E. Lattman
et al |
|
|
45.
|
Biomedical Fluid Dynamics |
Flow and Form |
T. Shinbrot |
|
|
46.
|
Bonding, Structure and Solid-State
Chemistry |
M. Ladd |
||
|
47.
|
Bose-Einstein Condensation and
Superfluidity |
L. Pitaevskii
et al |
||
|
48.
|
Brownian Motion |
Fluctuations, Dynamics, and
Applications |
R. Mazo |
|
|
49.
|
Budapest Scientific |
A Guidebook |
I. Hargittai
et al |
|
|
50.
|
Calorimetry |
Energy Measurement in Particle
Physics |
R. Wigmans |
|
|
51.
|
Chaos and Fractals |
An Elementary Introduction |
D. Feldman |
|
|
52.
|
Chaos and Nonlinear Dynamics |
An Introduction for Scientists and
Engineers |
R.C. Hilborn |
|
|
53.
|
Chern-Simons Theory, Matrix Models, and
Topological Strings |
M. Marino |
||
|
54.
|
Chi-Squared Data Analysis and Model
Testing for Beginners |
C. Witkov
et al |
||
|
55.
|
Civilized Life in the Universe |
Scientists on Intelligent Extraterrestrials |
G. Basalla |
|
|
56.
|
Climbing the Mountain |
The Scientific Biography of Julian
Schwinger |
J. Mehra
et al |
|
|
57.
|
Cognitive Biology |
Dealing with Information from
Bacteria to Minds |
G. Auletta |
|
|
58.
|
Coherent X-Ray Optics |
D. Paganin |
||
|
59.
|
Complex Dynamics of Glass-Forming
Liquids |
A Mode-Coupling Theory |
W. Götze |
|
|
60.
|
Computational Seismology |
A Practical Introduction |
H. Igel |
|
|
61.
|
Computer Simulation of Liquids |
M. Allen et al |
||
|
62.
|
Conceptions of Cosmos |
From Myths to the Accelerating
Universe: A History of Cosmology |
H. Kragh |
|
|
63.
|
Concepts in Spin Electronics |
S. Maekawa |
||
|
64.
|
Concepts in Thermal Physics |
S. Blundell et al |
||
|
65.
|
Concepts of Elementary Particle
Physics |
M. Peskin |
||
|
66.
|
Conductor Insulator Quantum Phase
Transitions |
V. Dobrosavljevic
et al |
||
|
67.
|
Constructing Quantum Mechanics |
Volume 1: The Scaffold: 1900-1923 |
A. Duncan et al |
|
|
68.
|
Control of Permanent Magnet
Synchronous Motors |
S. Vaez-Zadeh |
||
|
69.
|
Cosmic Anger: Abdus
Salam - The First Muslim Nobel Scientist |
G. Fraser |
||
|
70.
|
CPT Invariance and the
Spin-Statistics Connection |
J. Bain |
||
|
71.
|
Crystal Clear |
The Autobiographies of Sir Lawrence
and Lady Bragg |
A. Glazer et al |
|
|
72.
|
Crystal Structure Analysis |
Principles and Practice |
A. Blake et al |
|
|
73.
|
Crystal Structure Refinement |
A Crystallographer's Guide to SHELXL |
P. Muller et al |
|
|
74.
|
Crystalline Molecular Complexes and
Compounds |
Structures and Principles |
F. Herbstein |
|
|
75.
|
Crystallography of Modular Materials |
G. Ferraris et al |
||
|
76.
|
Crystallography of the Polymethylene Chain |
An Inquiry into the Structure of
Waxes |
D. Dorset |
|
|
77.
|
Crystals, X-rays and Proteins |
Comprehensive Protein
Crystallography |
D. Sherwood et al |
|
|
78.
|
Current Trends in Atomic Physics |
A. Browaeys
et al |
||
|
79.
|
Data Science and Complex Networks |
Real Case Studies with Python |
G. Caldarelli
et al |
|
|
80.
|
Deep Inelastic Scattering |
R. Devenish et al |
||
|
81.
|
Dielectric Relaxation in Biological
Systems |
Physical Principles, Methods, and
Applications |
V. Raicu
et al |
|
|
82.
|
Diffuse Scattering and Defect
Structure Simulations |
A cook book using the program DISCUS |
R. Neder
et al |
|
|
83.
|
Discrete Symmetries and CP Violation |
From Experiment to Theory |
M. Sozzi |
|
|
84.
|
Discussing Chemistry and Steam |
The Minutes of a Coffee House
Philosophical Society 1780-1787 |
T. Levere
et al |
|
|
85.
|
Dislocations, Mesoscale Simulations
and Plastic Flow |
L. Kubin |
||
|
86.
|
Double Photoionisation
Spectra of Molecules |
J. Eland et al |
||
|
87.
|
Drawing Physics |
2,600 Years of Discovery From Thales to Higgs |
Lemons |
|
|
88.
|
Dynamical Heterogeneities in
Glasses, Colloids, and Granular Media |
L. Berthier et al |
||
|
89.
|
Dynamical Theory of X-Ray
Diffraction |
A. Authier |
||
|
90.
|
Dynamics and Optimal Control of Road
Vehicles |
D. Limebeer
et al |
||
|
91.
|
Early Days of X-ray Crystallography |
A. Authier |
||
|
92.
|
Econophysics and Physical Economics |
P. Richmond et al |
||
|
93.
|
Effective Medium Theory |
Principles and Applications |
T. Choy |
|
|
94.
|
Einstein's Physics |
Atoms, Quanta, and Relativity -
Derived, Explained, and Appraised |
T. Cheng |
|
|
95.
|
Electrical Properties of Materials |
L. Solymar
et al |
||
|
96.
|
Electromagnetic Radiation |
R. Freeman et al |
||
|
97.
|
Electron & Nuclear Spin Dynamics
in Semiconductor Nanostructures |
M. Glazov |
||
|
98.
|
Electron Crystallography |
Electron Microscopy and Electron
Diffraction |
X. Zou et al |
|
|
99.
|
Electronic and Optical Properties of
Conjugated Polymers |
W. Barford |
||
|
100. |
Electronic Structure Methods for
Complex Materials |
The orthogonalized linear
combination of atomic orbitals |
W. Ching et al |
|
|
101. |
Electron-Phonon Interactions in
Low-Dimensional Structures |
L. Challis |
||
|
102. |
Electrons and Disorder in Solids |
V.F Gantmakher |
||
|
103. |
Electrons and Phonons |
The Theory of Transport Phenomena in
Solids |
J.M. Ziman |
|
|
104. |
Electrons in Molecules |
From Basic Principles to Molecular
Electronics |
J. Launay et al |
|
|
105. |
Electrons in Molecules |
Launay & Verdaguer |
||
|
106. |
Elementary Scattering Theory |
For X-ray and Neutron Users |
D. Sivia |
|
|
107. |
Elements of Phase Transitions and
Critical Phenomena |
H. Nishimori
et al |
||
|
108. |
Energy, the Subtle Concept |
The discovery of Feynman's blocks
from Leibniz to Einstein |
J. Coopersmith |
|
|
109. |
Engineering Mechanics of Deformable
Solids |
A Presentation with Exercises |
S. Govindjee |
|
|
110. |
Entropy and the Time Evolution of
Macroscopic Systems |
W. Grandy, Jr. |
||
|
111. |
Equations of Motion in General
Relativity |
H. Asada et al |
||
|
112. |
Essential Quantum Mechanics |
G. Bowman |
||
|
113. |
Essentials of Econophysics
Modelling |
F. Slanina |
||
|
114. |
Ether and Modernity |
The recalcitrance of an epistemic
object in the early twentieth century |
J. Navarro |
|
|
115. |
Evolution of Networks |
From Biological Nets to the Internet
and WWW |
S. Dorogovtsev
et al |
|
|
116. |
Excitations in Organic Solids |
V. Agranovich |
||
|
117. |
Excitons and Cooper Pairs |
Two Composite Bosons in Many-Body
Physics |
M. Combescot
et al |
|
|
118. |
Experimental Techniques for
Low-Temperature Measurements |
Cryostat Design, Material Properties
and Superconductor Critical-Current Testing |
J. Ekin |
|
|
119. |
Exploring Quantum Mechanics |
A Collection of 700+ Solved Problems
for Students, Lecturers, and Researchers |
V. Galitski
et al |
|
|
120. |
Exploring the Planets |
A Memoir |
F. Taylor |
|
|
121. |
Exploring the Quantum |
Atoms, Cavities, and Photons |
S. Haroche
et al |
|
|
122. |
Faithful to Science |
The Role of Science in Religion |
A. Steane |
|
|
123. |
Financial Market Complexity |
N. Johnson et al |
||
|
124. |
First Steps in Random Walks |
From Tools to Applications |
J. Klafter
et al |
|
|
125. |
Fluctuating Nonlinear Oscillators |
From Nanomechanics
to Quantum Superconducting Circuits |
M. Dykman |
|
|
126. |
Fluid Dynamics |
Part 3 Boundary Layers |
A. Ruban |
|
|
127. |
Fluid Dynamics |
Part 2: Asymptotic Problems of Fluid
Dynamics |
A. Ruban |
|
|
128. |
Fluid Dynamics |
Part 1: Classical Fluid Dynamics |
A. Ruban
et al |
|
|
129. |
Fluid Mechanics |
A Geometrical Point of View |
S. Rajeev |
|
|
130. |
Fluid Mechanics and the SPH Method |
Theory and Applications |
D. Violeau |
|
|
131. |
Foams |
Structure and Dynamics |
I. Cantat
et al |
|
|
132. |
Foundation of Statistical Energy
Analysis in Vibroacoustics |
A. Le Bot |
||
|
133. |
Fractured Porous Media |
P. Adler et al |
||
|
134. |
From Classical to Quantum Fields |
L. Baulieu
et al |
||
|
135. |
From Cosmos to Chaos |
The Science of Unpredictability |
P. Coles |
|
|
136. |
From Molecules to Living Organisms:
An Interplay Between Biology and Physics |
Lecture Notes of the Les Houches School of Physics: Volume 102, July 2014 |
E. Pebay-Peyroula
et al |
|
|
137. |
From Random Walks to Random Matrices |
J. Zinn-Justin |
||
|
138. |
From Strange Simplicity to Complex
Familiarity |
A Treatise on Matter, Information,
Life and Thought |
M. Eigen |
|
|
139. |
Fundamental Aspects of Turbulent
Flows in Climate Dynamics |
Lecture Notes of the Les Houches Summer School: Volume 109, August 2017 |
F. Bouchet
et al |
|
|
140. |
Fundamentals and Applications of
Magnetic Materials |
K. Krishnan |
||
|
141. |
Fundamentals of Beam Physics |
J.B. Rosenzweig |
||
|
142. |
Fundamentals of Crystallography |
C. Giacovazzo
et al |
||
|
143. |
Fundamentals of Neutrino Physics and
Astrophysics |
C. Giunti
et al |
||
|
144. |
Fundamentals of Thermoelectricity |
K. Behnia |
||
|
145. |
Galileo Unbound |
A Path Across Life, the Universe and
Everything |
D. Nolte |
|
|
146. |
General Relativity |
A Concise Introduction |
S. Carlip |
|
|
147. |
Generating Random Networks and
Graphs |
A. Coolen
et al |
||
|
148. |
Geological Field Sketches and Illustrations |
A Practical Guide |
M. Genge |
|
|
149. |
Geophysical Fluid Dynamics |
Understanding (almost) everything
with rotating shallow water models |
V. Zeitlin |
|
|
150. |
Geophysics, Realism, and Industry |
How Commercial Interests Shaped
Geophysical Conceptions, 1900-1960 |
A. Anduaga |
|
|
151. |
Granites |
Petrology, Structure, Geological
Setting, and Metallogeny |
A. Nédélec
et al |
|
|
152. |
Granular Patterns |
I. Aranson
et al |
||
|
153. |
Graphene |
A New Paradigm in Condensed Matter
and Device Physics |
E. Wolf |
|
|
154. |
Gravitational Waves |
Volume 2: Astrophysics and Cosmology |
M. Maggiore |
|
|
155. |
Gravitational Waves |
Volume 1: Theory and Experiments |
M. Maggiore |
|
|
156. |
Gravitational-Wave Astronomy |
Exploring the Dark Side of the
Universe |
N. Andersson |
|
|
157. |
Hans Christian Ørsted |
Reading Nature's Mind |
D. Christensen |
|
|
158. |
Helium Three |
E.R. Dobbs |
||
|
159. |
High-Resolution Electron Microscopy |
J. Spence |
||
|
160. |
Historical Supernovae and their
Remnants |
F. Stephenson et al |
||
|
161. |
Holograms |
A Cultural History |
S. Johnston |
|
|
162. |
Holographic Visions |
A History of New Science |
S. Johnston |
|
|
163. |
Homogeneous, Isotropic Turbulence |
Phenomenology, Renormalization and
Statistical Closures |
W. McComb |
|
|
164. |
Hybrid Phonons in Nanostructures |
B. Ridley |
||
|
165. |
III-Nitride Semiconductors and their
Modern Devices |
B. Gil |
||
|
166. |
Illustrating the Phaenomena |
Celestial cartography in Antiquity
and the Middle Ages |
E. Dekker |
|
|
167. |
Images of Time |
Mind, Science, Reality |
G. Jaroszkiewicz |
|
|
168. |
Incommensurate Crystallography |
S. Van Smaalen |
||
|
169. |
Information, Physics, and
Computation |
M. Mézard
et al |
||
|
170. |
Instabilities and Self-Organization
in Materials |
Volume I: Fundamentals of
Nanoscience, Volume II: Applications in Materials Design and Nanotechnology |
N. Ghoniem
et al |
|
|
171. |
Integrability: From Statistical
Systems to Gauge Theory |
Lecture Notes of the Les Houches Summer School: Volume 106, June 2016 |
P. Dorey et al |
|
|
172. |
Intense Terahertz Excitation of
Semiconductors |
S. Ganichev
et al |
||
|
173. |
Interacting Systems far from
Equilibrium |
Quantum Kinetic Theory |
K. Morawetz |
|
|
174. |
Interatomic Forces in Condensed
Matter |
M. Finnis |
||
|
175. |
Intermetallics |
Structures, Properties, and
Statistics |
W. Steurer
et al |
|
|
176. |
Introduction to 3+1 Numerical
Relativity |
M. Alcubierre |
||
|
177. |
Introduction to Black Hole Physics |
V. Frolov
et al |
||
|
178. |
Introduction to Engineering Fluid
Mechanics |
M. Escudier |
||
|
179. |
Introduction to Mathematical Physics |
Methods & Concepts |
C. Wong |
|
|
180. |
Introduction to Modeling
Convection in Planets and Stars |
Magnetic Field, Density
Stratification, Rotation |
Glatzmaier |
|
|
181. |
Introduction to Modern Dynamics |
Chaos, Networks, Space, and Time |
D. Nolte |
|
|
182. |
Introduction to Quantum Information
Science |
V. Vedral |
||
|
183. |
Introduction to Reactive Gas
Dynamics |
R. Brun |
||
|
184. |
Introduction to Scanning Tunneling Microscopy |
C. Chen |
||
|
185. |
Introduction to the Theory of
Complex Systems |
S. Thurner
et al |
||
|
186. |
Ionic Transport Processes |
in Electrochemistry and Membrane
Science |
K. Kontturi
et al |
|
|
187. |
Ions and Electrons in Liquid Helium |
A. Borghesani |
||
|
188. |
Isochronous Systems |
F. Calogero |
||
|
189. |
It Keeps Me Seeking |
The Invitation from Science,
Philosophy and Religion |
A. Briggs et al |
|
|
190. |
Jet Stream |
A Journey Through our Changing
Climate |
T. Woollings |
|
|
191. |
John Stewart Bell and
Twentieth-Century Physics |
Vision and Integrity |
A. Whitaker |
|
|
192. |
Kinetic Theory and Transport
Phenomena |
R. Soto |
||
|
193. |
Kinetic Theory of Granular Gases |
N. Brilliantov
et al |
||
|
194. |
Knowing |
The Nature of Physical Law |
M. Munowitz |
|
|
195. |
Lagrangian and Hamiltonian Dynamics |
P. Mann |
||
|
196. |
Laser Experiments for Chemistry and
Physics |
R. Compton et al |
||
|
197. |
Layered Superconductors |
Volume 1 |
R. Klemm |
|
|
198. |
Lectures on Complex Networks |
S. Dorogovtsev |
||
|
199. |
Lectures on Light |
Nonlinear and Quantum Optics using
the Density Matrix |
S. Rand |
|
|
200. |
Lectures on Light: Nonlinear and
Quantum Optics using the Density Matrix |
C. Rand |
||
|
201. |
Lie Groups and Lie Algebras - A
Physicist's Perspective |
A. Bincer |
||
|
202. |
Light is a Messenger |
The Life and Science of William
Lawrence Bragg |
G. Hunter |
|
|
203. |
Light-Matter Interaction |
Physics and Engineering at the
Nanoscale |
J. Weiner et al |
|
|
204. |
Light-Matter Interaction |
Physics and Engineering at the Nanoscale |
J. Weiner et al |
|
|
205. |
Lightspeed |
The Ghostly Aether and the Race to
Measure the Speed of Light |
J. Spence |
|
|
206. |
Living with the Stars |
How the Human Body is Connected to
the Life Cycles of the Earth, the Planets, and the Stars |
K. Schrijver et al |
|
|
207. |
Love, Literature and the Quantum
Atom |
Niels Bohr's 1913 Trilogy Revisited |
F. Aaserud
et al |
|
|
208. |
Ludwig Boltzmann |
The Man Who Trusted Atoms |
C. Cercignani |
|
|
209. |
Luminescence Spectroscopy of
Semiconductors |
I. Pelant
et al |
||
|
210. |
Macromolecular Crystallization and
Crystal Perfection |
N. Chayen
et al |
||
|
211. |
Managing Science |
Developing your Research, Leadership
and Management Skills |
K. Peach |
|
|
212. |
Many-Body Physics with Ultracold
Gases |
Lecture Notes of the Les Houches Summer School: Volume 94, July 2010 |
C. Salomon et al |
|
|
213. |
Mapping the Spectrum |
Techniques of Visual Representation
in Research and Teaching |
K. Hentschel |
|
|
214. |
Marine Chronometers at Greenwich |
A Catalogue of Marine Chronometers
at the National Maritime Museum, Greenwich |
J. Betts |
|
|
215. |
Marine Geochemistry |
Ocean Circulation, Carbon Cycle and
Climate Change |
M. Roy-Barman et al |
|
|
216. |
Masters of the Universe |
Conversations with Cosmologists of
the Past |
H. Kragh |
|
|
217. |
Matchmakers and Markets |
The Revolutionary Role of
Information in the Economy |
Y. Zhang |
|
|
218. |
Materials for the 21st Century |
D. Segal |
||
|
219. |
Mathematical Foundations of Quantum
Mechanics |
New Edition |
von Neumann |
|
|
220. |
Mechanistic Images in Geometric Form |
Heinrich Hertz's 'Principles of
Mechanics' |
J. Lützen |
|
|
221. |
Methods in Theoretical Quantum
Optics |
S.M. Barnett et al |
||
|
222. |
Microcavities |
A. Kavokin
et al |
||
|
223. |
Microrheology |
E. Furst
et al |
||
|
224. |
Modeling Reality |
How Computers Mirror Life |
I. Bialynicki-Birula
et al |
|
|
225. |
Models of Cellular Regulation |
B. Aguda
et al |
||
|
226. |
Models of Quantum Matter |
A First Course on Integrability and
the Bethe Ansatz |
H. Eckle |
|
|
227. |
Modern Optics |
B. Guenther |
||
|
228. |
Modern Optics Simplified |
Guenther |
||
|
229. |
Modern Perspectives in Lattice QCD:
Quantum Field Theory and High Performance Computing |
Lecture Notes of the Les Houches Summer School: Volume 93, August 2009 |
L. Lellouch
et al |
|
|
230. |
Modern Supersymmetry |
Dynamics and Duality |
J. Terning |
|
|
231. |
Modern Theory of Thermoelectricity |
V. Zlatic
et al |
||
|
232. |
Modern Thermodynamics for Chemists
and Biochemists |
D. Sherwood et al |
||
|
233. |
Molecular Aggregation |
Structure analysis and molecular
simulation of crystals and liquids |
A. Gavezzotti |
|
|
234. |
Molecular Beam Epitaxy |
A Short History |
J. Orton et al |
|
|
235. |
Molecular Beams |
N. Ramsey |
||
|
236. |
Molecular Electromagnetism: A
Computational Chemistry Approach |
S. Sauer |
||
|
237. |
Molecular Machines |
A Materials Science Approach |
Zocchi |
|
|
238. |
Molecular Nanomagnets |
D. Gatteschi
et al |
||
|
239. |
Molecules and Models |
The molecular structures of main
group element compounds |
A. Haaland |
|
|
240. |
Multifunctional Oxide
Heterostructures |
E. Tsymbal
et al |
||
|
241. |
Multilayer Networks |
Structure and Function |
G. Bianconi |
|
|
242. |
Multiplex and Multilevel Networks |
S. Battiston
et al |
||
|
243. |
Multipole Theory in Electromagnetism |
Classical, quantum, and symmetry
aspects, with applications |
R. Raab et
al |
|
|
244. |
Nanocomposites with Biodegradable
Polymers |
Synthesis, Properties, and Future
Perspectives |
V. Mittal |
|
|
245. |
Nanoscale Device Physics |
Science and Engineering Fundamentals |
S. Tiwari |
|
|
246. |
Nature's Third Cycle |
A Story of Sunspots |
A. Choudhuri |
|
|
247. |
Networks |
M. Newman |
||
|
248. |
Networks |
Newman |
||
|
249. |
Neutron Interferometry |
Lessons in Experimental Quantum
Mechanics, Wave-Particle Duality, and Entanglement |
H. Rauch et al |
|
|
250. |
Neutron Protein Crystallography |
Hydrogen, Protons, and Hydration in
Bio-macromolecules |
N. Niimura
et al |
|
|
251. |
New Trends in the Physics and
Mechanics of Biological Systems |
Lecture Notes of the Les Houches Summer School: Volume 92, July 2009 |
M. Ben Amar et al |
|
|
252. |
New York Scientific |
A Culture of Inquiry, Knowledge, and
Learning |
I. Hargittai
et al |
|
|
253. |
Nicolas-Louis De La Caille, Astronomer and Geodesist |
I. Glass |
||
|
254. |
Niels Bohr and the Quantum Atom |
The Bohr Model of Atomic Structure
1913-1925 |
H. Kragh |
|
|
255. |
NMR Imaging of Materials |
B. Blumich |
||
|
256. |
No Time to be Brief |
A scientific biography of Wolfgang
Pauli |
C. Enz |
|
|
257. |
Non-equilibrium Thermodynamics and
Statistical Mechanics |
Foundations and Applications |
P. Attard |
|
|
258. |
Nonlinear Optics and Photonics |
G. He |
||
|
259. |
Nonlinear Time Series Analysis with
R |
R. Huffaker et al |
||
|
260. |
Nonlocal Gravity |
B. Mashhoon |
||
|
261. |
Novel Superfluids |
Volume 2 |
K. Bennemann
et al |
|
|
262. |
Novel Superfluids |
Volume 1 |
K. Bennemann
et al |
|
|
263. |
Nuclear Dawn |
F. E. Simon and the Race for Atomic
Weapons in World War II |
K. McRae |
|
|
264. |
Nuclear Structure from a Simple
Perspective |
R.F. Casten |
||
|
265. |
Numerical Methods for Nonlinear
Elliptic Differential Equations |
A Synopsis |
K. Boehmer |
|
|
266. |
One Hundred Patents That Shaped the
Modern World |
D. Segal |
||
|
267. |
One of Ten Billion Earths |
How we Learn about our Planet's Past
and Future from Distant Exoplanets |
K. Schrijver |
|
|
268. |
Optics f2f |
From Fourier to Fresnel |
C. Adams et al |
|
|
269. |
Orbital Approach to the Electronic
Structure of Solids |
E. Canadell
et al |
||
|
270. |
Oxford Weather and Climate since
1767 |
S. Burt et al |
||
|
271. |
Particle Physics in the LHC Era |
G. Barr et al |
||
|
272. |
Path Integrals and Quantum Anomalies |
K. Fujikawa et al |
||
|
273. |
Path Integrals in Quantum Mechanics |
J. Zinn-Justin |
||
|
274. |
Phase Space Methods for Degenerate
Quantum Gases |
B. Dalton et al |
||
|
275. |
Phase Transitions and
Renormalization Group |
J. Zinn-Justin |
||
|
276. |
Photographic Science |
Advances in Nanoparticles, J-Aggregates,
Dye Sensitization, and Organic Devices |
T. Tani |
|
|
277. |
Physical Hydrodynamics |
E. Guyon et al |
||
|
278. |
Physics and Necessity |
Rationalist Pursuits from the
Cartesian Past to the Quantum Present |
O. Darrigol |
|
|
279. |
Physics and Technology of
Sustainable Energy |
E. Wolf |
||
|
280. |
Physics in Oxford, 1839-1939 |
Laboratories, Learning and College
Life |
R. Fox et al |
|
|
281. |
Physics of Ice |
V. Petrenko
et al |
||
|
282. |
Physics of Long-Range Interacting
Systems |
A. Campa
et al |
||
|
283. |
Physics of Strongly Coupled Plasma |
V. Fortov
et al |
||
|
284. |
Physics on Your Feet: Berkeley
Graduate Exam Questions |
or Ninety Minutes of Shame but a PhD
for the Rest of Your Life! |
D. Budker
et al |
|
|
285. |
Plasma Physics and Fusion Plasma
Electrodynamics |
A. Bers |
||
|
286. |
Plasma Spectroscopy |
T. Fujimoto |
||
|
287. |
Plasmonic Effects in
Metal-Semiconductor Nanostructures |
A. Toropov
et al |
||
|
288. |
Polarisation: Applications in Remote
Sensing |
S. Cloude |
||
|
289. |
Polymer Electronics |
M. Geoghegan et al |
||
|
290. |
Polymorphism in Molecular Crystals |
J. Bernstein |
||
|
291. |
Polymorphism in Molecular Crystals |
J. Bernstein |
||
|
292. |
Post-Planck Cosmology |
Lecture Notes of the Les Houches Summer School: Volume 100, July 2013 |
C. Deffayet
et al |
|
|
293. |
Practical Quantum Mechanics |
Modern Tools and Applications |
E. Manousakis |
|
|
294. |
Principles and Applications of
Ferroelectrics and Related Materials |
M.E. Lines et al |
||
|
295. |
Principles of Electron Tunneling Spectroscopy |
Second Edition |
E. Wolf |
|
|
296. |
Problems in Structural Inorganic
Chemistry |
W. Li et al |
||
|
297. |
Problems of Condensed Matter Physics |
Quantum coherence phenomena in
electron-hole and coupled matter-light systems |
A. Ivanov et al |
|
|
298. |
Programmable Integrated Photonics |
J. Capmany
et al |
||
|
299. |
Quantum 20/20 |
Fundamentals, Entanglement, Gauge
Fields, Condensates and Topology |
I. Kenyon |
|
|
300. |
Quantum Cascade Lasers |
J. Faist |
||
|
301. |
Quantum Chromodynamics |
High Energy Experiments and Theory |
G. Dissertori
et al |
|
|
302. |
Quantum Confined Laser Devices |
Optical gain and recombination in
semiconductors |
P. Blood |
|
|
303. |
Quantum Dot Lasers |
V. Ustinov et al |
||
|
304. |
Quantum Dynamical Systems |
R. Alicki
et al |
||
|
305. |
Quantum Electronics for Atomic
Physics and Telecommunication |
W. Nagourney |
||
|
306. |
Quantum Field Theory and Critical
Phenomena |
J. Zinn-Justin |
||
|
307. |
Quantum Field Theory for the Gifted
Amateur |
T. Lancaster et al |
||
|
308. |
Quantum Field Theory of Many-Body
Systems |
From the Origin of Sound to an
Origin of Light and Electrons |
X. Wen |
|
|
309. |
Quantum Fields |
From the Hubble to the Planck Scale |
M. Kachelriess |
|
|
310. |
Quantum Gravity |
C. Kiefer |
||
|
311. |
Quantum Hall systems |
Braid groups, composite fermions and
fractional charge |
L. Jacak
et al |
|
|
312. |
Quantum Liquids |
Bose condensation and Cooper pairing
in condensed-matter systems |
A. Leggett |
|
|
313. |
Quantum Machines: Measurement and
Control of Engineered Quantum Systems |
Lecture Notes of the Les Houches Summer School: Volume 96, July 2011 |
M. Devoret
et al |
|
|
314. |
Quantum Optics |
J. Garrison et al |
||
|
315. |
Quantum Optics and Nanophotonics |
C. Fabre et al |
||
|
316. |
Quantum Optomechanics
and Nanomechanics |
Lecture Notes of the Les Houches Summer School: Volume 105, August 2015 |
P. Cohadon
et al |
|
|
317. |
Quantum Physics in One Dimension |
T. Giamarchi |
||
|
318. |
Quantum Processes in Semiconductors |
B. Ridley |
||
|
319. |
Quantum Statistical Field Theory |
An Introduction to Schwinger's
Variational Method with Green's Function Nanoapplications,
Graphene and Superconductivity |
N. Horing |
|
|
320. |
Quantum Theory from Small to Large
Scales |
Lecture Notes of the Les Houches Summer School: Volume 95, August 2010 |
J. Frohlich et al |
|
|
321. |
Quantum Theory of Solids |
R.E. Peierls |
||
|
322. |
Quantum Transport in Mesoscopic
Systems |
Complexity and Statistical
Fluctuations. A Maximum Entropy Viewpoint |
P. Mello et al |
|
|
323. |
Quantum Weirdness |
W. Mullin |
||
|
324. |
Quasielastic Neutron Scattering and Solid State Diffusion |
R. Hempelmann |
||
|
325. |
Radiation and Climate |
Atmospheric energy budget from
satellite remote sensing |
I. Vardavas
et al |
|
|
326. |
Random Processes in Physics and
Finance |
M. Lax et al |
||
|
327. |
Random Tensors |
R. Gurău |
||
|
328. |
Relativistic Hydrodynamics |
L. Rezzolla |
||
|
329. |
Relativity in Modern Physics |
N. Deruelle
et al |
||
|
330. |
Relativity, Gravitation and
Cosmology |
A Basic Introduction |
T. Cheng |
|
|
331. |
Relaxation Processes in Micromagnetics |
H. Suhl |
||
|
332. |
Revolutionaries of the Cosmos |
The Astro-Physicists |
I. Glass |
|
|
333. |
Revolutions that Made the Earth |
T. Lenton
et al |
||
|
334. |
Scale-Free Networks |
Complex Webs in Nature and
Technology |
G. Caldarelli |
|
|
335. |
Science and Humanity |
A Humane Philosophy of Science and
Religion |
A. Steane |
|
|
336. |
Science in the Looking Glass |
What Do Scientists Really Know? |
E.B. Davies |
|
|
337. |
Science, Religion, and the Search
for Extraterrestrial Intelligence |
D. Wilkinson |
||
|
338. |
Scientific Methods and Cultural
Heritage |
An introduction to the application
of materials science to archaeometry and conservation science |
G. Artioli |
|
|
339. |
Semiclassical Mechanics with
Molecular Applications |
M. Child |
||
|
340. |
Semiconductor Detector Systems |
H. Spieler |
||
|
341. |
Semiconductor Nanostructures |
Quantum states and electronic
transport |
T. Ihn |
|
|
342. |
Semiconductor Physics |
Principles, Theory and Nanoscale |
S. Tiwari |
|
|
343. |
Shape Dynamics |
Relativity and Relationalism |
F. Mercati |
|
|
344. |
Signatures of the Artist |
The Vital Imperfections That Make
Our Universe Habitable |
S. Vigdor |
|
|
345. |
Silver Nanoparticles |
From Silver Halide Photography to Plasmonics |
T. Tani |
|
|
346. |
Simple Brownian Diffusion |
An Introduction to the Standard
Theoretical Models |
D. Gillespie et al |
|
|
347. |
Simple Models of Magnetism |
R. Skomski |
||
|
348. |
Single-Molecule Studies of Nucleic
Acids and Their Proteins |
D. Bensimon et al |
||
|
349. |
Small Angle X-Ray and Neutron
Scattering from Solutions of Biological Macromolecules |
D. Svergun
et al |
||
|
350. |
Smart Structures |
Blurring the Distinction Between the
Living and the Nonliving |
V. Wadhawan |
|
|
351. |
Soft Interfaces |
Lecture Notes of the Les Houches Summer School: Volume 98, July 2012 |
L. Bocquet
et al |
|
|
352. |
Soft Matter Physics |
M. Doi |
||
|
353. |
Soil Physics with Python |
Transport in the
Soil-Plant-Atmosphere System |
M. Bittelli
et al |
|
|
354. |
Solar Energy |
An Introduction |
M. Mackay |
|
|
355. |
Solved Problems in Classical
Electromagnetism |
Analytical and Numerical Solutions
with Comments |
J. Pierrus |
|
|
356. |
Spectral Analysis of Musical Sounds
with Emphasis on the Piano |
D. Koenig |
||
|
357. |
Spectroscopy and Radiative Transfer
of Planetary Atmospheres |
K. Chance et al |
||
|
358. |
Spin Current |
S. Maekawa et al |
||
|
359. |
Statistical Physics and
Thermodynamics |
An Introduction to Key Concepts |
J. Rau |
|
|
360. |
Statistical Physics of Spin Glasses
and Information Processing |
An Introduction |
H. Nishimori |
|
|
361. |
Statistical Physics, Optimization,
Inference, and Message-Passing Algorithms |
Lecture Notes of the Les Houches School of Physics: Special Issue, October 2013 |
F. Krzakala
et al |
|
|
362. |
Statistics, Data Mining, and Machine
Learning in Astronomy |
A Practical Python Guide for the
Analysis of Survey Data |
Ivezi et al |
|
|
363. |
Stealing the Gold |
A celebration of the pioneering
physics of Sam Edwards |
D. Sherrington |
|
|
364. |
Stellar Magnetism |
L. Mestel |
||
|
365. |
Stochastic Processes and Random
Matrices |
Lecture Notes of the Les Houches Summer School: Volume 104, July 2015 |
G. Schehr
et al |
|
|
366. |
Strengthening Mechanisms in Crystal
Plasticity |
A. Argon |
||
|
367. |
Strongly Interacting Quantum Systems
out of Equilibrium |
Lecture Notes of the Les Houches Summer School: Volume 99, August 2012 |
T. Giamarchi
et al |
|
|
368. |
Structural Crystallography of
Inorganic Oxysalts |
S. Krivovichev |
||
|
369. |
Structure Determination from Powder
Diffraction Data |
W. David et al |
||
|
370. |
Superconducting State |
Mechanisms and Properties |
V. Kresin
et al |
|
|
371. |
Superconductors |
A. Narlikar |
||
|
372. |
Surfactants |
In Solution, at Interfaces and in
Colloidal Dispersions |
B. Aveyard |
|
|
373. |
Surfing the Quantum World |
F. Levin |
||
|
374. |
Symmetry in Crystallography |
Understanding the International
Tables |
P. Radaelli |
|
|
375. |
Symmetry of Crystals and Molecules |
M. Ladd |
||
|
376. |
Symmetry Relationships between
Crystal Structures |
Applications of Crystallographic
Group Theory in Crystal Chemistry |
U. Müller |
|
|
377. |
The Age of Innocence |
Nuclear Physics between the First
and Second World Wars |
R. Stuewer |
|
|
378. |
The Astronomers' Magic Envelope |
An Introduction to Astrophysics
Emphasizing General Principles and Orders of Magnitude |
P. Saha et
al |
|
|
379. |
The Basics of Crystallography and
Diffraction |
C. Hammond |
||
|
380. |
The Beauty of Physics: Patterns,
Principles, and Perspectives |
A. Rau |
||
|
381. |
The Black Book of Quantum
Chromodynamics |
A Primer for the LHC Era |
J. Campbell et al |
|
|
382. |
The Chemical Bond in Inorganic
Chemistry |
The Bond Valence Model |
I. Brown |
|
|
383. |
The Conceptual Framework of Quantum
Field Theory |
A. Duncan |
||
|
384. |
The Cosmic Mystery Tour |
N. Mee |
||
|
385. |
The Dark Side of Technology |
P. Townsend |
||
|
386. |
The Elements of Relativity |
D. Wittman |
||
|
387. |
The Equations of Materials |
B. Cantor |
||
|
388. |
The Equilibrium Theory of
Inhomogeneous Polymers |
G. Fredrickson |
||
|
389. |
The Evolution of Music through
Culture and Science |
P. Townsend |
||
|
390. |
The First Galaxies in the Universe |
Loeb et al |
||
|
391. |
The Formative Years of Relativity |
The History and Meaning of
Einstein's Princeton Lectures |
Renn et al |
|
|
392. |
The Lattice Boltzmann Equation |
For Complex States of Flowing Matter |
S. Succi |
|
|
393. |
The Lazy Universe |
An Introduction to the Principle of
Least Action |
J. Coopersmith |
|
|
394. |
The Long Road to Stockholm |
The Story of Magnetic Resonance
Imaging - An Autobiography |
P. Mansfield |
|
|
395. |
The Martians of Science |
Five Physicists Who Changed the
Twentieth Century |
I. Hargittai |
|
|
396. |
The Mental Aftermath |
The Mentality of German Physicists
1945-1949 |
K. Hentschel |
|
|
397. |
The Nature of Computation |
C. Moore et al |
||
|
398. |
The Nature of the Hydrogen Bond |
Outline of a Comprehensive Hydrogen
Bond Theory |
G. Gilli
et al |
|
|
399. |
The Neutron's Children |
Nuclear Engineers and the Shaping of
Identity |
S. Johnston |
|
|
400. |
The Origin of Mass |
Elementary Particles and Fundamental
Symmetries |
J. Iliopoulos |
|
|
401. |
The Overproduction of Truth |
Passion, Competition, and Integrity
in Modern Science |
G. Pacchioni |
|
|
402. |
The Penultimate Curiosity |
How Science Swims in the Slipstream
of Ultimate Questions |
R. Wagner et al |
|
|
403. |
The Photomultiplier Handbook |
A. Wright |
||
|
404. |
The Physical World |
An Inspirational Tour of Fundamental
Physics |
N. Manton et al |
|
|
405. |
The Physics of Inertial Fusion |
Beam Plasma Interaction,
Hydrodynamics, Hot Dense Matter |
S. Atzeni et al |
|
|
406. |
The Physics of Lyotropic Liquid
Crystals |
Phase Transitions and Structural
Properties |
A. Figueiredo
Neto et al |
|
|
407. |
The Physics of Nanoelectronics |
Transport and Fluctuation Phenomena
at Low Temperatures |
T. Heikkilä |
|
|
408. |
The Physics of Solids |
J. Ketterson |
||
|
409. |
The Physics of Warm Nuclei |
with Analogies to Mesoscopic Systems |
H. Hofmann |
|
|
410. |
The Poetry and Music of Science |
Comparing Creativity in Science and
Art |
T. McLeish |
|
|
411. |
The Problems of Physics |
A. Leggett |
||
|
412. |
The Quantum Cookbook |
Mathematical Recipes of the
Foundations for Quantum Mechanics |
J. Baggott |
|
|
413. |
The Quantum Divide |
Why Schrödinger's
Cat is Either Dead or Alive |
C. Gerry et al |
|
|
414. |
The Quest for Reality: Bohr and
Wittgenstein - two complementary views |
S. Stenholm |
||
|
415. |
The Road to Relativity |
The History and Meaning of
Einstein's 'The Foundation of General Relativity', Featuring the Original
Manuscript of Einstein's Masterpiece |
Gutfreund et al |
|
|
416. |
The Rules of the Flock |
Self-Organization and Swarm
Structure in Animal Societies |
H. Satz |
|
|
417. |
The Science and Technology of Undulators
and Wigglers |
J. A. Clarke |
||
|
418. |
The Scientific Method |
Reflections from a Practitioner |
M. Di Ventra |
|
|
419. |
The Shadow of Enlightenment |
Optical and Political Transparency
in France 1789-1848 |
T. Levitt |
|
|
420. |
The Simple Physics of Energy Use |
P. Rez |
||
|
421. |
The Story of Collapsing Stars |
Black Holes, Naked Singularities,
and the Cosmic Play of Quantum Gravity |
P. Joshi |
|
|
422. |
The Story of Semiconductors |
J. Orton |
||
|
423. |
The Structure and Properties of
Water |
D. Eisenberg et al |
||
|
424. |
The Structure of Complex Networks |
Theory and Applications |
E. Estrada |
|
|
425. |
The Structure of Physical Chemistry |
C. N. Hinshelwood |
||
|
426. |
The Tectonic Plates are Moving! |
R. Livermore |
||
|
427. |
The Theory of Intermolecular Forces |
A. Stone |
||
|
428. |
The Theory of Materials Failure |
R. Christensen |
||
|
429. |
The Theory of Open Quantum Systems |
H. Breuer et al |
||
|
430. |
The Thermophysical Properties of
Metallic Liquids |
Volume 2 :
Predictive models |
T. Iida et al |
|
|
431. |
The Thermophysical Properties of
Metallic Liquids |
Volume 1 :
Fundamentals |
T. Iida et al |
|
|
432. |
The Traveler's
Guide to Space |
For One-Way Settlers and Round-Trip
Tourists |
Comins |
|
|
433. |
The Universal Force |
Gravity - Creator of Worlds |
L. Girifalco |
|
|
434. |
The Universe in a Helium Droplet |
G. Volovik |
||
|
435. |
The Visioneers |
How a Group of Elite Scientists
Pursued Space Colonies, Nanotechnologies, and a Limitless Future |
McCray |
|
|
436. |
The Weak Hydrogen Bond |
In Structural Chemistry and Biology |
G. Desiraju
et al |
|
|
437. |
The Women of the Moon |
Tales of Science, Love, Sorrow, and
Courage |
D. Altschuler
et al |
|
|
438. |
Theoretical Physics to Face the
Challenge of LHC |
Lecture Notes of the Les Houches Summer School: Volume 97, August 2011 |
L. Baulieu
et al |
|
|
439. |
Theories of Molecular Reaction
Dynamics |
The Microscopic Foundation of
Chemical Kinetics |
N. Henriksen et al |
|
|
440. |
Theory of Defects in Solids |
Electronic Structure of Defects in
Insulators and Semiconductors |
A.M. Stoneham |
|
|
441. |
Theory of Fluctuations in
Superconductors |
A. Larkin et al |
||
|
442. |
Theory of Molecular Fluids |
Volume 2: Applications |
C. Gray et
al |
|
|
443. |
Theory of Nonequilibrium
Superconductivity |
N. Kopnin |
||
|
444. |
Theory of Optical Processes in
Semiconductors |
Bulk and Microstructures |
P.K. Basu |
|
|
445. |
Thermodynamics |
A complete undergraduate course |
A. Steane |
|
|
446. |
Time Restored |
The Harrison timekeepers and R.T.
Gould, the man who knew (almost) everything |
J. Betts |
|
|
447. |
Time-Dependent Density-Functional
Theory |
Concepts and Applications |
C. Ullrich |
|
|
448. |
Topological Aspects of Condensed
Matter Physics |
Lecture Notes of the Les Houches Summer School: Volume 103, August 2014 |
C. Chamon
et al |
|
|
449. |
Toward a New Dimension |
Exploring the Nanoscale |
A. Marcovich
et al |
|
|
450. |
Translational Dynamics and Magnetic
Resonance |
Principles of Pulsed Gradient Spin
Echo NMR |
P. Callaghan |
|
|
451. |
Tribology on the Small Scale |
A Modern Textbook on Friction,
Lubrication, and Wear |
C. Mate et al |
|
|
452. |
Tribology on the Small Scale |
Mate |
||
|
453. |
Ultracold Atoms in Optical Lattices |
Simulating quantum many-body systems |
M. Lewenstein
et al |
|
|
454. |
Ultracold Gases and Quantum
Information |
Lecture Notes of the Les Houches Summer School in Singapore: Volume 91, July 2009 |
C. Miniatura
et al |
|
|
455. |
Viscoelastic Behavior
of Rubbery Materials |
C. Roland |
||
|
456. |
Visual Cultures in Science and
Technology |
A Comparative History |
K. Hentschel |
|
|
457. |
Waves, Particles, and Storms in Geospace |
A Complex Interplay |
G. Balasis
et al |
|
|
458. |
What Are
Gamma-Ray Bursts? |
Bloom |
||
|
459. |
What Does a Black Hole Look Like? |
Bailyn |
||
|
460. |
Who Cares about Particle Physics? |
Making Sense of the Higgs Boson, the
Large Hadron Collider and CERN |
P. Gagnon |
|
|
461. |
William and Lawrence Bragg, Father
and Son |
The Most Extraordinary Collaboration
in Science |
J. Jenkin |
|
|
462. |
Wireless and Empire |
Geopolitics, Radio Industry, and
Ionosphere in the British Empire, 1918-1939 |
A. Anduaga |
|
|
463. |
X-Ray Compton Scattering |
M. Cooper et al |