索书号 题名
539.2/So44a Solid state physics.
B081.1-09/G87 Introduction to metaphysics

索书号 题名
539.2/So44a Solid state physics.
B081.1-09/G87 Introduction to metaphysics :
G634.7/J67 New physics for you :
G634.75/H49 SAT subject test: physics 2013-2014 /
G634.75/W85 Barron’s AP physics B /
H0/L7833 Creative dynamics :
H06/K11 The quantitative analysis of the dynamics and structure of t
J613.7/T73 The geometry of musical rhythm :
K835.126.11/K45 From the atomic bomb to the Landau Institute :
K835.126.11/Un55 Under the spell of landau :
K835.216.11/Sc37G8 Erwin Schrödinger and the quantum revolution /
N02/H69 The Principle of the common cause /
N39/N66 Reinventing discovery :
N941.4/Sc29 Stochastic transport in complex systems :
N945.1/C14 Scale-free networks :
O1-532/H67/2008 Europe and China :
O174.22/N16 Wavelets :
O174/C19 Transcendental representations with applications to solids a
O175/M49 Homogenization methods for multiscale mechanics /
O187/N55 Introduction to moduli problems and orbit spaces /
O189.3/B15 Differential manifolds :
O31/P51 Peyresq lectures on nonlinear phenomena.
O314/C24 Invariance principles and extended gravity :
O33/K96 Numerical continuum mechanics /
O35-532/B42/2011 Recent progresses in fluid dynamics research :
O35/K58 Micro- and nanoscale fluid mechanics :
O351.2/Z66-3 The finite element method for fluid dynamics /
O353.2-532/M49/2005 Proceedings, “WASCOM 2005″ :
O353/W95 Kinetic Alfvén Wave :
O4-05/R53 Econophysics and physical economics /
O4-05/Se47 Sociophysics :
O4-34/Sm66 How big is big and how small is small :
O4-4/D53 A physicist’s view of matter and mind /
O4-49/H51 Physics around us :
O4-49/H55 Physics in daily life /
O4/Am524 Introduction to modern physics :
O4/B34 University physics with modern physics /
O4/B65-3 How things work :
O4/H61-5 Conceptual physics /
O4/K36 A student’s guide to Einstein’s major papers /
O4/K59a Physics :
O4/Z63 Selected papers of K.C. Chou /
O411-532/W92/2011 Geometric methods in physics :
O411.1-532/R33/2006 Mathematical physics :
O411.1/L69 Physics and partial differential equations =
O411.1/Sh56 Concepts in mathematical physics /
O411/K19 Mathematical theory of general relativity /
O412.1/AL35 Introduction to 3+1 numerical relativity /
O412.1/B45 Geometric possibility /
O412.1/C51 Einstein’s physics :
O412.1/L948 Einstein in matrix form :
O412.1/T16 Standard space-time theory :
O412.1/Z43 Einstein gravity in a nutshell /
O413.1-532/In61/2001 Quantum information V :
O413.1/L254 Principles of quantum mechanics /
O413.1/W32 Formulation of Uncertainty Relation Between Error and Distur
O413.3/F89 Modern functional quantum field theory :
O413/C98 A concise treatise on quantum mechanics in phase space /
O413/F284 Quantum mechanics and quantum information :
O413/L43a The quantum world /
O413/M31 Asymptotic time decay in quantum physics /
O413/P82 Applications of quantum and classical connections in modelin
O413/R27-2 Quantum theory of tunneling /
O413/R29 Recent research in quantum gravity /
O413/W423 Classical solutions in quantum field theory :
O414.11/L55 A student’s guide to entropy /
O414.13/G53 Phase transitions :
O414.2/D41 Density functional theory :
O414.2/H15 Introduction to relativistic statistical mechanics :
O414.2/M13 Advanced statistical mechanics =
O414.2/Sa126 Statistical physics /
O414.2/Si617 Thermal and statistical physics /
O414/N53 New trends in statistical physics :
O43/G41a Optigs [i.e. Optics] =
O43/P96 Progress in optics.
O43/W91 The fundamentals of imaging :
O431.2/Q11 Quantum optics II :
O431.2/Q12/2012 Quantum and nonlinear optics II :
O434-532/Ad24/2013 Advances in X-ray /EUV optics and components VIII :
O434.1/AL46 Elements of modern X-ray physics /
O435.2-532/D56/2013 Diffuse Optical Imaging IV :
O436.2/H88 Opacity /
O437/J83 Controlling steady-state and dynamical properties of atomic
O441.1-09/P94 The history and present state of electricity :
O441.4/EL38 Electromagnetic fields and waves = 电磁场与电磁波 /
O441/B97 Physics of magnetism and magnetic materials =
O442/G85-2 Introduction to electrodynamics /
O469/D65 Soft matter physics /
O469/Ex96 Experimental and computational techniques in soft condensed
O469/H66 Fundamentals of soft matter science /
O469/L97 Luttinger model :
O469/Z96 Finite size effects in correlated electron models :
O47-53/In61/2010 Physics of semiconductors :
O47-53/In61/2010 Physics of semiconductors :
O481/T67 Topological insulators /
O482.5/M69 Magnetism in the solid state :
O484.3/F85 Transport in multilayered nanostructures :
O52/C72 Extreme physics :
O561.3/C22 The transfer of spectral line radiation /
O57/Sa16 Group theory for high energy physicists /
O57/Si61 Concepts in nuclear physics /
O57/Y22-2 Modern atomic and nuclear physics /
O572.2/F919a Microcosmos :
O572.2/T48 Modern particle physics /
O572.31/Oh38 Dressed photons :
O572.31/Si61 Single-photon generation and detection /
O572.32/B25 The physics of neutrinos /
O572.32/Z93 Neutrino physics /
O59/Si617 Concepts in applied physics /
O6-43/M16-2 General chemistry :
O631.2/St91-2 The physics of polymers :
O64/At87a Physical chemistry :
O64/C77 Physical chemistry :
O642/F29 Practical chemical thermodynamics for geoscientists /
O643.1/Z63 Theoretical and papplied research for polyatomic complex sys
O7/Eg28 Underneath the Bragg peaks :
O721/Z91 Electron crystallography :
P1-0/D54 Discovery and classification in astronomy :
P1-095.61/H82 The construction of the heavens :
P1-49/K14 First magnitude :
P1-532/In61a/2011 Archaeoastronomy and ethnoastronomy :
P1/Ar76a-3 Explorations :
P131/R58 On the topology and future stability of the universe /
P14/So69 Plasma astrophysics /
P142/B28 Theoretical astrophysics :
P144/F64 Fluid flows to black holes :
P145.6/G42 Rotation and accretion powered pulsars /
P145.8/B86 Black holes, cosmology and extra dimensions /
P145.8/R76 Introduction to black hole astrophysics /
P145.9/P27 Particle dark matter :
P15/C21/2008 Local Group cosmology /
P15/M68 Galaxy formation and evolution /
P15/Sc36 Cosmic secrets :
P157.6/N47 The physics and evolution of active galactic nuclei /
P159-09/K89 Conceptions of cosmos :
P159.3/G66 Introduction to the theory of the early universe :
P159.3/G66a Introduction to the theory of the early universe :
P159/Im34 How it began :
P159/Se48 Observational cosmology /
P16/G74 Unseen cosmos :
P16/G78 Maser sources in astrophysics /
P16/R55 Measuring the universe :
P172.2/H23 Handbook of X-ray astronomy /
P18/M66 Solar system astrophysics :
P185-532/In61a/2010 The astrophysics of planetary systems :
P185/En56 Planets :
P343.6/V41 Fundamentals of glacier dynamics /
P401/Sa16 Physics of the atmosphere and climate /
Q178.53/Sw97 Bugs of the ocean /
Q615/St79 Statistical mechanics of cellular systems and processes /
Q693/C86 Life beyond Earth :
Q811.4/Q1 Quantum bio-informatics V :
Q949.1/Sw97 Bacteria, fungi, lichens & plants /
TB3-05/Sm64 Making the modern world :
TB301/W24 Mechanics of advanced functional materials /
TB33-532/M42/2011 Advances in materials science for environmental and energy t
TB383-532/N18/2011 The 4th Nanoscience and Nanotechnology Symposium (NNS 2011)
TB383/Ad2441 Advances in FDTD computational electrodynamics :
TB383/Ag28 Nanomaterials for medical applications /
TB383/F98 Fundamentals of picoscience /
TB383/J35 Janus particle synthesis, self assembly and applications /
TB383/L12 Nanotechnologies :
TB383/L926 Nanoparticulate materials :
TB383/R21a Nanocrystals :
TG453/F89 Friction stir welding and processing /
TM615/W85 Nanophysics of solar and renewable energy /
TM914/P89 Practical handbook of photovoltaics :上
TM914/P89 Practical handbook of photovoltaics :下
TN01/N18-2 Nanomagnetism and spintronics /
TN03/T64 Electromagnetic theory for electromagnetic compatibility eng
TN16/Sp74 High-resolution electron microscopy /
TN24/Op62 Optical trapping and optical micromanipulation IX :
TN321-532/In61/2011 15th International Conference on Narrow Gap Systems (NGS15)
TN929.1-532/Q11/2012 Quantum communications and quantum imaging X :
TN929.1/M62 Microwave photonics /
TP38/Ad24 Advances in photonics of quantum computing, memory, and comm
TP38/G49 Geometry of quantum computations /
TP38/Q14 Quantum information and computation XI :
TP385-532/Sy98/2012 Lectures on quantum computing, thermodynamics and statistica
TP385/Q1 Quantum error correction /
TP385/W67 Quantum information theory /
TP391-532/Op62/2013 Optics and photonics for information processing VII :
TP391.4/P69 The dissimilarity representation for pattern recognition :
TU113.6/K45 Understanding LED illumination /
V1/M23 Major projects at NASA :
V211/P18 Aerodynamic principles of flight vehicles /
V22/Am51 AIAA aerospace design engineers guide.

发表评论

电子邮件地址不会被公开。 必填项已用*标注

您可以使用这些HTML标签和属性: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <s> <strike> <strong>