colors; luminosities # magnitudes and    98.62.Qz  
colossal magnetoresistance   75.30.Vn  
combined shear and extension # extensional flow and    83.50.Jf  
combustion synthesis # chemical synthesis;    81.20.Ka  
combustion, and explosions # reactions in flames,    82.33.Vx  
combustion, reaction, and formation # enthalpies of    82.60.Cx  
cometary nebulae, etc.) # pre-main sequence objects, young stellar objects (YSO's) and protostars (T Tauri stars, Orion population, Herbig-Haro objects, Bok globules, bipolar outflows,    97.21.+a  
cometary, and satellite characteristics and properties # planetary, asteroid,    96.35.-j  
comets   96.50.Gn  
comets # solar wind interactions with planets, satellites, and    96.50.Ek  
commensurate-incommensurate transitions   64.70.Rh  
common to several branches of physics and astronomy # instruments, apparatus, and components    07.  
common to several branches of physics and astronomy # measurements    06.30.-k  
common to several branches of physics and astronomy # other topics in instruments, apparatus, and components    07.90.+c  
communication # quantum    03.67.Hk  
communication forms and techniques (written, oral, electronic, etc.)   01.20.+x  
communication satellites # telecommunications: signal transmission and processing;    84.40.Ua  
communication systems # speech processing and    43.72.+q  
communication systems, multiplexers, and demultiplexers # optical    42.79.Sz  
communication using chaos   05.45.Vx  
communication, education, history, and philosophy   01.  
compact galaxy groups # small and    98.65.Bv  
compactification and four-dimensional models   11.25.Mj  
compaction # static sandpiles; granular    45.70.Cc  
compaction, sintering, mechanical alloying, and granulation # powder processing: powder metallurgy,    81.20.Ev  
companions; planets # substellar    97.82.Fs  
comparators, mixers, limiters, and compressors # modulators and demodulators; discriminators,    84.30.Qi  
comparisons # interplanetary    96.35.Se  
compensators # beam intensity modification: wedges,    87.53.Mr  
compilations # handbooks, dictionaries, tables, and data    01.30.Kj  
complex analysis metthods # perturbation and    46.15.Ff  
complex biological systems # reactions in    82.39.Rt  
complex chemical systems   82.40.Qt  
complex dielectric constant, absorption, reflection and transmission coefficients, emissivity) # optical constants (including refractive index,    78.20.Ci  
complex fluids # disperse systems;    82.70.-y  
complex manifolds   02.40.Tt  
complex plasmas; plasma crystals # dusty or    52.27.Lw  
complex solids # molecular sieves, zeolites, clathrates, and other    82.75.-z  
complex systems   89.75.-k  
complex systems # structures and organization in    89.75.Fb  
complex systems; traffic flow # granular models of    45.70.Vn  
complex variables and analytic spaces # several    02.30.Fn  
complexes # manifolds and cell    02.40.Sf  
complexity, and optical spatio-temporal dynamics # dynamics of nonlinear optical systems; optical instabilities, optical chaos and    42.65.Sf  
components # circuits and circuit    07.50.Ek  
components # electrical and electronic instruments and    07.50.-e  
components # magnetic instruments and    07.55.-w  
components # passive circuit    84.32.-y  
components # scanning probe microscopes and    07.79.-v  
components (e.g., 1/Nc expansions) # expansions for large numbers of    11.15.Pg  
components (satellites, space vehicles, etc.) # spaceborne and space research instruments, apparatus, and    07.87.+v  
components and accessories # antennas: theory,    84.40.Ba  
components and instrumentation   28.52.Lf  
components common to several branches of physics and astronomy # instruments, apparatus, and    07.  
components common to several branches of physics and astronomy # other topics in instruments, apparatus, and    07.90.+c  
composite fermions, Luttinger liquid, etc.) # fermions in reduced dimensions (anyons,    71.10.Pm  
composite materials   72.80.Tm  
composite materials   77.84.Lf  
composite materials   78.66.Sq  
composite models   12.60.Rc  
composites # cermets, ceramic and refractory    81.05.Mh  
composites # dispersion-reinforced, fiber-reinforced, and platelet-reinforced metal-based    81.05.Ni  
composites # reinforced polymers and polymer-based    81.05.Qk  
composites, glasses, semicrystalline polymers # solids: e.g.,    83.80.Ab  
composites, vitroceramics # glass-based    81.05.Pj  
composition # abundances, chemical    97.10.Tk  
composition # chemical    96.35.Er  
composition # chemical    96.60.Fs  
composition # major element    91.65.Vj  
composition (atomic or molecular), chemical reactions and processes # atmospheric    94.10.Fa  
composition analysis, chemical depth and dopant profiling # chemical    81.70.Jb  
composition and chemical evolution # chemical    98.35.Bd  
composition and chemical evolution # chemical    98.62.Bj  
composition and chemical interactions # chemical    92.60.Hp  
composition and phase identification   68.55.Nq  
composition of Earth's interior   91.35.Lj  
composition, energy spectra, and interactions   96.40.De  
composition, segregation; defects and impurities   68.35.Dv  
composition/chemistry # isotopic    91.65.Dt  
compound nucleus   25.70.Gh  
compound-nucleus reactions # statistical    24.60.Dr  
compounds # fullerenes and related materials; intercalation    71.20.Tx  
compounds # inorganic    61.66.Fn  
compounds # intermetallic    71.20.Lp  
compounds # organic    61.66.Hq  
compounds # other inorganic    71.20.Ps  
compounds # polymers and organic    71.20.Rv  
compounds # polymers, organic    61.82.Pv  
compounds # polymers; organic    77.84.Jd  
compounds # polymers; organic    78.66.Qn  
compounds # polymers; organic    79.60.Fr  
compounds # semiconductor    71.20.Nr  
compounds # transition-metal    72.80.Ga  
compounds (including organic semiconductors) # polymers; organic    72.80.Le  
compounds and alloys; Kondo effect, valence fluctuations, heavy fermions # local moment in    75.20.Hr  
compounds and polymers # organic    78.40.Me  
compounds, polymers # organic    78.30.Jw  
compressed fusion fuels # fast ignition of    52.57.Kk  
compressibility # mechanical properties;    51.35.+a  
compressible flows; shock and detonation phenomena   47.40.-x  
compression # plasma production and heating by shock waves and    52.50.Lp  
compression # ultrafast processes; optical pulse generation and pulse    42.65.Re  
compressional waves # gravity waves, tides, and    92.60.Dj  
compressors # modulators and demodulators; discriminators, comparators, mixers, limiters, and    84.30.Qi  
Compton scattering # atomic scattering, cross sections, and form factors;    32.80.Cy  
Compton scattering # elastic and    13.60.Fz  
computation # quantum    03.67.Lx  
computation of relaxation and retardation spectra; time-temperature superposition, etc.) # data analysis (interconversion of data    83.85.Ns  
computational fluid dynamics   83.85.Pt  
computational methodology (Brillouin zone sampling, iterative diagonalization, pseudopotential construction)   71.15.Dx  
computational methods in classical mechanics   45.10.-b  
computational methods in continuum mechanics (see also 02.70.-c computational techniques in mathematical methods in physics)   46.15.-x  
computational methods in fluid dynamics   47.11.+j  
computational methods in statistical physics and nonlinear dynamics   05.10.-a  
computational modeling; simulation   82.20.Wt  
computational techniques   02.70.-c  
computational techniques in mathematical methods in physics) # computational methods in continuum mechanics (see also 02.70.-c    46.15.-x  
computed tomography (CT)   87.59.Fm  
computed tomography (SPECT) # single photon emission    87.58.Ce  
computer data analysis   29.85.+c  
computer interfaces   07.05.Wr  
computer interfaces   29.50.+v  
computer languages, and utilities # computer systems: hardware, operating systems,    07.05.Bx  
computer modeling and simulation   07.05.Tp  
computer modeling and simulation # observation and data reduction techniques;    95.75.-z  
computer science and technology   89.20.Ff  
computer simulation   87.18.Bb  
computer simulation   87.64.Aa  
computer simulation # structural modeling: serial-addition models,    61.43.Bn  
computer simulation # theory and modeling;    87.15.Aa  
computer simulation # theory and modeling;    87.16.Ac  
computer simulation # theory and modeling;    87.17.Aa  
computer simulation of liquid structure   61.20.Ja  
computer simulation of molecular and particle dynamics   83.10.Rs  
computer systems: hardware, operating systems, computer languages, and utilities   07.05.Bx  
computer techniques # mathematical procedures and    95.75.Pq  
computer use # instructional    01.50.Ht  
computer use # laboratory    01.50.Lc  
computer vision; robotic vision   42.30.Tz  
computer-aided circuit design and analysis) # circuit theory (including    84.30.Bv  
computer-aided design of microcircuits; layout and modeling   85.40.Bh  
computer-generated holograms   42.40.Jv  
computerized simulation # theory, design, and    28.41.Ak  
computerized simulation # theory, design, and    28.52.Av  
computers in experimental physics   07.05.-t  
computers, logic elements, interconnects, switches; neural networks # optical    42.79.Ta  
computers, logic elements, interconnects, switches; neural networks) # interconnects, including holographic interconnects (see also 42.79.Td optical    42.82.Ds  
computers, logic elements, interconnects, switches; neural networks) # optical bistability, multistability, and switching (see also 42.60.Gd Q-switching; 42.79.Ta optical    42.65.Pc  
concentration, distribution, and gradients # impurity    61.72.Ss  
concentration, etc. # defects and impurities: doping, implantation, distribution,    68.55.Ln  
concentrators # solar collectors and    42.79.Ek  
concepts # other advanced accelerator    41.75.Lx  
condensation # evaporation and    68.03.Fg  
condensation phenomena # phase coherent atomic ensembles; quantum    03.75.Fi  
condensation, evaporation, sputtering, mantle growth, etc.) # dust processes (   95.30.Wi  
condensed matter # electronic transport in    72.  
condensed matter # mechanical and acoustical properties of    62.  
condensed matter # optical properties, condensed-matter spectroscopy and other interactions of radiation and particles with    78.  
condensed matter # other topics in electronic transport in    72.90.+y  
condensed matter # other topics in mechanical and acoustical properties of    62.90.+k  
condensed matter # other topics in nonelectronictransport properties of    66.90.+r  
condensed matter # other topics in optical properties, condensed matter spectroscopy and other interactions of particles and radiation with    78.90.+t  
condensed matter # other topics in thermal properties of    65.90.+i  
condensed matter # thermal properties of    65.  
condensed matter # time-resolved optical spectroscopies and other ultrafast optical measurements in    78.47.+p  
condensed matter (nonelectronic) # transport properties of    66.  
condensed matter spectroscopy and other interactions of particles and radiation with condensed matter # other topics in optical properties,    78.90.+t  
condensed matter, Moessbauer effect # magnetic resonances and relaxations in    76.  
condensed matter: electonic structure, electrical , magnetic, and optical properties   70.  
condensed matter: structural, mechanical and thermal properties   60.  
condensed-matter spectroscopy and other interactions of radiation and particles with condensed matter # optical properties,    78.  
conditions) # electrical and magnetic properties (related to treatment    81.40.Rs  
conditions) # optical and dielectric properties (related to treatment    81.40.Tv  
Condon factors # oscillator and band strengths, lifetimes, transition moments, and Franck -    33.70.Ca  
conducting polymers   82.35.Cd  
conduction # heat    44.10.+i  
conduction # ionic    66.10.Ed  
conduction and heat-pulse propagation in solids; thermal waves # nonelectronic thermal    66.70.+f  
conduction electrons   76.30.Pk  
conduction in amorphous and liquid metals and alloys # electrical and thermal    72.15.Cz  
conduction in crystalline metals and alloys # electrical and thermal    72.15.Eb  
conduction in liquids # diffusion and ionic    66.10.-x  
conduction in metals and alloys # electronic    72.15.-v  
conduction in nonmetallic liquids # thermal    66.60.+a  
conduction in nonmetals # self-diffusion and ionic    66.30.Hs  
conduction in solids # theory of diffusion and ionic    66.30.Dn  
conduction, convection, equations of state # thermodynamic processes,    95.30.Tg  
conductivity # viscosity, diffusion, and thermal    51.20.+d  
conductivity (magnetotelluric effects) # geoelectricity; electromagnetic induction and    91.25.Qi  
conductivity and carrier phenomena # surface    73.25.+i  
conductivity and conductivity transitions # mixed    72.60.+g  
conductivity of specific materials   72.80.-r  
conductivity oscillation devices (including Hall effect devices, space-charge-limited devices, and Gunn effect devices) # bulk semiconductor and    85.30.Fg  
conductivity phenomena in semiconductors and insulators   72.20.-i  
conductivity transitions # mixed conductivity and    72.60.+g  
conductors) # collective modes (e.g., in one-dimensional    72.15.Nj  
conductors, resistors (including thermistors, varistors, and photoresistors)   84.32.Ff  
conduits # flows in ducts, channels, nozzles, and    47.60.+i  
conference proceedings   01.30.Cc  
conferences, lectures, and institutes   01.10.Fv  
configuration # magnetospheric    94.30.Ch  
configuration (bonds, dimensions)   36.20.Hb  
configurations, rotamaks, astrons, ion rings, magnetized target fusion, and cusps # field-reversed    52.55.Lf  
confined liquid crystals, polymer dispersed liquid crystals, and porous systems # microconfined liquid crystals: droplets, cylinders, randomly    61.30.Pq  
confinement # electrostatic and high-frequency    52.58.Qv  
confinement # heavy-ion inertial    52.58.Hm  
confinement # laser inertial    52.57.-z  
confinement # light-ion inertial    52.58.Ei  
confinement and equilibrium # magnetic    52.55.-s  
confinement devices # stellarators, torsatrons, heliacs, bumpy tori, and other toroidal    52.55.Hc  
confinement methods # other    52.58.-c  
confinement, etc.) # general properties of QCD (dynamics,    12.38.Aw  
confocal microscopy   87.64.Tt  
conformal field theory, algebraic structures   11.25.Hf  
conformal radiation treatment   87.53.Kn  
conformation (statistics and dynamics)   36.20.Ey  
conformation and symmetry; stereochemistry # general molecular    33.15.Bh  
conformational changes # dynamics and    87.15.He  
conformational dynamics) # barrier heights (internal rotation, inversion, rotational isomerism,   33.15.Hp  
conjugation, optical mixing, and photorefractive effect # phase    42.65.Hw  
conjugation, parity, time reversal, and other discrete symmetries # charge    11.30.Er  
connectors, relays, and switches   84.32.Dd  
conservation laws # symmetry and    11.30.-j  
conserved axial-vector currents # partially    11.40.Ha  
constant, absorption, reflection and transmission coefficients, emissivity) # optical constants (including refractive index, complex dielectric    78.20.Ci  
constant, distance scale, cosmological constant, early Universe, etc) # observational cosmology (including Hubble    98.80.Es  
constant, early Universe, etc) # observational cosmology (including Hubble constant, distance scale, cosmological    98.80.Es  
constant-composition solid-solid phase transformations: polymorphic, massive, and order-disorder   81.30.Hd  
constants # chemical equilibria and equilibrium    82.60.Hc  
constants # determination of fundamental    06.20.Jr  
constants # elasticity, elastic    62.20.Dc  
constants # piezoelectric and electrostrictive    77.65.Bn  
constants # rotation, vibration, and vibration-rotation    33.15.Mt  
constants # stochastic theories of rate    82.20.Uv  
constants # transition state theory and statistical theories of rate    82.20.Db  
constants (including refractive index, complex dielectric constant, absorption, reflection and transmission coefficients, emissivity) # optical    78.20.Ci  
constants (tunneling, resonances, etc.) # quantum effects in rate    82.20.Xr  
constants and its applications # correlation function theory of rate    82.20.Sb  
constants, line identification, oscillator strengths, gf values, transition probabilities, etc.) # atomic and molecular data, spectra, and spectral parameters (opacities, rotation    95.30.Ky  
constants, reaction cross sections, and activation energies # rate    82.20.Pm  
constitution (chains and sequences)   36.20.Fz  
constitutive relations   83.10.Gr  
construction # urban planning and    89.65.Lm  
construction) # computational methodology (Brillouin zone sampling, iterative diagonalization, pseudopotential    71.15.Dx  
contact devices # surface barrier, boundary, and point    85.30.Hi  
contact potential # contact resistance,    73.40.Cg  
contact resistance, contact potential   73.40.Cg  
contacts # metal-nonmetal    73.40.Ns  
contacts # metal-to-metal    73.40.Jn  
contacts # semiconductor-electrolyte    73.40.Mr  
contacts # tribology and mechanical    46.55.+d  
contacts, interconnects; device isolation # metallization,    85.40.Ls  
contacts, p-n junctions, and heterojunctions # III-V semiconductor-to-semiconductor    73.40.Kp  
contacts, p-n junctions, and heterojunctions # other semiconductor-to-semiconductor    73.40.Lq  
containing mesons, muons, and other unusual particles) # exotic atoms and molecules (   36.10.-k  
content and populations; morphology and overall structure # stellar    98.35.Ln  
content and populations; radii; morphology and overall structure # stellar    98.62.Lv  
continental crust seismology   91.30.Vc  
continental margins   91.45.Cg  
continuous media and classical fields in curved spacetime # self-gravitating systems;    04.40.-b  
continuous operation   42.60.Pk  
continuum # inelastic electron scattering to    25.30.Fj  
continuum mechanics   83.10.Ff  
continuum mechanics (see also 02.70.-c computational techniques in mathematical methods in physics) # computational methods in    46.15.-x  
continuum mechanics of solids   46.  
continuum mechanics of solids # general theory of    46.05.+b  
continuum mechanics of solids # measurement methods and techniques in    46.80.+j  
continuum mechanics of solids # other topics in    46.90.+s  
continuum mechanics to structures # application of    46.70.-p  
continuum models and theories of liquid crystal structure   61.30.Dk  
contrast, DIC # light microscopy: bright-field, dark-field, phase    87.64.Rr  
contrast, resolution, noise, etc. # image quality:    87.57.Ce  
control # flow    47.62.+q  
control # military technology and weapons systems; arms    89.20.Dd  
control # noise: its effects and    43.50.+y  
control # turbulence    47.27.Rc  
control devices # magnetic levitation, propulsion and    85.70.Rp  
control equipment; robots # servo and    07.07.Tw  
control of atomic interactions with photons # coherent    32.80.Qk  
control of chaos, applications of chaos   05.45.Gg  
control of mechanical systems   45.80.+r  
control of photochemical reactions   82.50.Nd  
control systems   07.05.Dz  
control systems # reactor    28.41.My  
control theory   02.30.Yy  
control, and safety # radiation monitoring,    87.52.-g  
control, remote sensing; radar # telemetry: remote    84.40.Xb  
convection # forced    44.27.+g  
convection # natural    44.25.+f  
convection and heat transfer   47.27.Te  
convection currents   91.45.Fj  
convection, and heat transfer # turbulent flows,    47.27.-i  
convection, diffusion, mixing, turbulence, and fallout   94.10.Lf  
convection, equations of state # thermodynamic processes, conduction,    95.30.Tg