fermion models (Hubbard model, etc.) # lattice    71.10.Fd  
fermion systems and electron gas   05.30.Fk  
fermions # local moment in compounds and alloys; Kondo effect, valence fluctuations, heavy    75.20.Hr  
fermions # strongly correlated electron systems; heavy    71.27.+a  
fermions in reduced dimensions (anyons, composite fermions, Luttinger liquid, etc.)   71.10.Pm  
fermions, Luttinger liquid, etc.) # fermions in reduced dimensions (anyons, composite    71.10.Pm  
ferrimagnetic resonances; spin-wave resonance # ferromagnetic, antiferromagnetic, and    76.50.+g  
ferrimagnetics   75.50.Gg  
ferrite and garnet devices   85.70.Ge  
ferroelectric memories # non-volatile    85.50.Gk  
ferroelectric, and antiferroelectric materials # dielectric, piezoelectric,    77.84.-s  
ferroelectric, and piezoelectric devices # dielectric,    85.50.-n  
ferroelectricity and antiferroelectricity   77.80.-e  
ferroelectrics and their properties # dielectrics, piezoelectrics, and    77.  
ferroelectrics and their properties # other topics in dielectrics, piezoelectrics, and    77.90.+k  
ferromagnetic materials # nonmetallic    75.50.Dd  
ferromagnetic metals and alloys # other    75.50.Cc  
ferromagnetic, antiferromagnetic, and ferrimagnetic resonances; spin-wave resonance   76.50.+g  
few-body and many-body systems   45.50.Jf  
few-body systems   21.45.+v  
few-nucleon systems # nuclear reactions involving    25.10.+s  
fiber devices # gradient-index (GRIN)    42.81.Ht  
fiber lasers   42.55.Wd  
fiber optics   42.81.-i  
fiber parameters # fiber testing and measurement of    42.81.Cn  
fiber testing and measurement of fiber parameters   42.81.Cn  
fiber waveguides, couplers, and arrays   42.81.Qb  
fiber-optic instruments   07.60.Vg  
fiber-optical devices # other    42.81.Wg  
fiber-reinforced, and platelet-reinforced metal-based composites # dispersion-reinforced,    81.05.Ni  
fibers, and tapes # superconducting wires,    85.25.Kx  
fibers; organometallic and organic materials # polymers and plastics; rubber; synthetic and natural    81.05.Lg  
field # harmonics of the gravity potential    91.10.Qm  
field effect devices   85.30.Tv  
field effect transistors # spin polarized    85.75.Hh  
field effects on order # orientational order of liquid crystals; electric and magnetic    61.30.Gd  
field emission and field-ion microscopy   68.37.Vj  
field emission displays (FEDs)   85.45.Fd  
field emission, ionization, evaporation, and desorption   79.70.+q  
field emitter and arrays, cold electron emitters   85.45.Db  
field measurements # magnetometers for magnetic    07.55.Ge  
field methods # self-consistent-   31.15.Ne  
field sensors using spin polarized transport # magnetic    85.75.Ss  
field states; squeezed, antibunched, and sub-Poissonian states; operational definitions of the phase of the field; phase measurements # nonclassical    42.50.Dv  
field structure, etc. # general theory and basic studies of plasma lifetime, particle and heat loss, energy balance,    52.55.Dy  
field theories # classical    03.50.-z  
field theories # gauge    11.15.-q  
field theories and models # models beyond the standard model see also 12.10.-g unified    12.60.-i  
field theories and models # unified    12.10.-g  
field theories in dimensions other than four   11.10.Kk  
field theories, # other special classical    03.50.Kk  
field theories, and special relativity # quantum mechanics,    03.  
field theories; alternative theories of gravity # gravity in more than four dimensions, Kaluza - Klein theory, unified    04.50.+h  
field theory   11.10.-z  
field theory # finite-temperature    11.10.Wx  
field theory # nonperturbative techniques; string    11.25.Sq  
field theory in curved spacetime # quantum    04.62.+v  
field theory, algebraic structures # conformal    11.25.Hf  
field, selenodesy, magnetic fields # gravitational    96.20.Jz  
field-ion microscopy # field emission and    68.37.Vj  
field-reversed configurations, rotamaks, astrons, ion rings, magnetized target fusion, and cusps   52.55.Lf  
field-theory models of the early Universe (including cosmic pancakes, cosmic strings, chaotic phenomena, inflationary universe, etc.) # particle-theory and    98.80.Cq  
field; dynamo theories # origins and models of the magnetic    91.25.Cw  
field; phase measurements # nonclassical field states; squeezed, antibunched, and sub-Poissonian states; operational definitions of the phase of the    42.50.Dv  
fields # crystal and ligand    71.70.Ch  
fields # effects of electric and magnetic    83.60.Np  
fields # effects of internal magnetic    76.60.Jx  
fields # Einstein - Maxwell spacetimes, spacetimes with fluids, radiation or classical    04.40.Nr  
fields # electric    87.50.Rr  
fields # electric    94.20.Ss  
fields # electric    94.30.Kq  
fields # electric and magnetic    96.35.Pb  
fields # electric and magnetic    96.60.Hv  
fields # electric and magnetic    98.35.Eg  
fields # electric and magnetic    98.62.En  
fields # gravitational field, selenodesy, magnetic    96.20.Jz  
fields # magnetic    87.50.Mn  
fields # magnetoelectronics: devices exploiting spin polarized transport or integrated magnetic    85.75.-d  
fields # strain-induced piezoelectric    77.65.Ly  
fields # the physics of elementary particles and    10.  
fields # theory of quantized    03.70.+k  
fields (including solar wind fields) # solar electric and magnetic    96.50.Bh  
fields and particles # other topics in general theory of    11.90.+t  
fields in curved spacetime # self-gravitating systems; continuous media and classical    04.40.-b  
fields in plasmas # laser-induced magnetic    52.38.Fz  
fields on biomolecules, cells and higher organisms # effects of radiation and external    87.50.-a  
fields) # solar electric and magnetic fields (including solar wind    96.50.Bh  
fields, and other observations # gravitational radiation, magnetic    95.85.Sz  
fields, scintillation, scattering, kinematics, dynamics, turbulence, etc.) # physical properties (abundances, electron density, magnetic    98.38.Am  
fields, scintillation, scattering, kinematics, dynamics, turbulence, etc.) # physical properties (abundances, electron density, magnetic    98.58.Ay  
fields; ICR, ICP, helicons # plasma heating by radio-frequency    52.50.Qt  
fields; magnetoexcitons # excitons in magnetic    71.35.Ji  
fields; magnets # generation of magnetic    07.55.Db  
fields; ohmic heating, arcs # plasma heating by DC    52.50.Nr  
fields; polarization of starlight # magnetic and electric    97.10.Ld  
fields; rotation; orbits # mass, size; gravitational    96.35.Fs  
figure of merit # performance characteristics of energy conversion systems;    84.60.Bk  
figure, rotation, mass # diameter,    96.60.Bn  
filament-based sources (e.g., Q machines, double-plasma and triple-plasma devices, etc.) # thermionic and    52.75.Xx  
filamentation in plasmas # self-focussing, channeling, and    52.38.Hb  
filaments, microtubules, their networks, and supramolecular assemblies   87.16.Ka  
filled elastomers   83.80.Wx  
filling, and excitonic phase transitions) # collective effects (Bose effects, phase space    71.35.Lk  
film devices: magnetic heads (magnetoresistive, inductive, etc.); domain-motion devices, etc. # magnetic thin    85.70.Kh  
film growth # theory and models of    81.15.Aa  
film growth and epitaxy # methods of deposition of films and coatings;    81.15.-z  
film structure and morphology # thin    68.55.-a  
films # adsorbed layers and thin    79.60.Dp  
films # audio and visual aids,    01.50.Fr  
films # dielectric thin    77.55.+f  
films # hybrid microelectronics; thick    85.40.Xx  
films # liquid thin    68.15.+e  
films # magnetic properties of monolayers and thin    75.70.Ak  
films # microscopy of surfaces, interfaces, and thin    68.37.-d  
films # optical properties of bulk materials and thin    78.20.-e  
films # optical properties of specific thin    78.66.-w  
films (including physical adsorption)   67.70.+n  
films and coatings; film growth and epitaxy # methods of deposition of    81.15.-z  
films and low-dimensional structures # other topics in structure, and nonelectronic properties of surfaces and interfaces; thin    68.90.+g  
films and low-dimensional systems (structure and nonelectronic properties) # surfaces and interfaces; thin    68.  
films and weak link transport   67.40.Rp  
films on liquids # Langmuir - Blodgett    68.18.-g  
films on solids, polymers on surfaces, biological molecules on surfaces # Langmuir - Blodgett    68.47.Pe  
films) # x-ray reflectometry (surfaces, interfaces,    61.10.Kw  
films, and low-dimensional structures # electronic structure and electrical properties of surfaces, interfaces, thin    73.  
films, monolayers # thin layers,    82.45.Mp  
films, nonelectronic # physical properties of thin    68.60.-p  
films, surfaces, and interfaces # magnetic properties of thin    75.70.-i  
films: silver bromide based, radiochromic, etc.   87.66.Cd  
filters   84.30.Vn  
filters, zone plates, and polarizers   42.79.Ci  
final states # inelastic scattering: many-particle    13.85.Hd  
final states # inelastic scattering: two-particle    13.85.Fb  
financial markets # economics, business, and    89.65.Gh  
finders, remote sensing devices; laser doppler velocimeters, SAR, and LIDAR # range    42.79.Qx  
fine and hyperfine structure   32.10.Fn  
fine and hyperfine structure   33.15.Pw  
fine structure and microstructure   92.10.Ns  
fine-particle systems   78.66.Vs  
fine-particle systems; nanocrystalline materials   75.50.Tt  
finishing # polishing, grinding, surface    81.65.Ps  
finite-difference methods   02.70.Bf  
finite-difference schemes   31.15.Fx  
finite-element and Galerkin methods   02.70.Dh  
finite-temperature field theory   11.10.Wx  
fire-hose, mirror, ballooning, tearing, trapped-particle, flute, Rayleigh - Taylor, etc.) # macroinstabilities (hydromagnetic, e.g., kink,    52.35.Py  
first sound   67.40.Mj  
Fisher relation, etc.) # statistical and correlative studies of properties (luminosity and mass functions; mass-to-light ratio; Tully -    98.62.Ve  
fission # charged-particle-induced    25.85.Ge  
fission # general properties of    24.75.+i  
fission # neutron-induced    25.85.Ec  
fission # spontaneous    25.85.Ca  
fission power # nuclear    89.30.Gg  
fission reactions   25.85.-w  
fission reactor types   28.50.-k  
fission reactors   28.41.-i  
fitting # interpolation; curve    02.60.Ed  
flagella # pseudopods, lamellipods, cilia, and    87.16.Qp  
flames, combustion, and explosions # reactions in    82.33.Vx  
flare stars (UV Ceti, RS Canum Venaticorum, FU Orionis, R Coronae Borealis variables, etc.)   97.30.Nr  
flares, bursts, and related phenomena   96.60.Rd  
flavor symmetries   11.30.Hv  
flight mass spectrometry # time of    82.80.Rt  
flights # random walks and levy    05.40.Fb  
floor spreading # spatial variations attributed to sea    91.25.Jc  
flow # boundary layer heat    44.20.+b  
flow # channel and internal heat    44.15.+a  
flow # collective    25.75.Ld  
flow # deformation and    83.50.-v  
flow # elasticity, fracture, and    91.60.Ba  
flow # granular models of complex systems; traffic    45.70.Vn  
flow # kinematics of deformation and    83.10.Bb  
flow # plasma dynamics and    52.30.-q  
flow # steady shear flows, viscometric    83.50.Ax  
flow and combined shear and extension # extensional    83.50.Jf  
flow and heat transfer # pattern formation in reactions with diffusion,    82.40.Ck  
flow and vorticity # rotational    47.32.-y  
flow control   47.62.+q  
flow estimation # angiography and macroscopic    87.61.Lh  
flow in channels   83.50.Ha  
flow in multiphase systems # heat    44.35.+c  
flow in narrow channels # hydrodynamics in specific geometries,    67.40.Hf  
flow in porous media # heat    44.30.+v  
flow instabilities   83.60.Wc  
flow measurement # extensional    83.85.Rx  
flow: mixing, segregation and stratification # granular    45.70.Mg  
flow; geothermy # heat    91.35.Dc  
flowing afterglow and electric discharges) # plasma reactions (including    82.33.Xj  
flows # chemically reactive    47.70.Fw  
flows # free molecular    47.45.Dt  
flows # general subsonic    47.40.Dc  
flows # instability of shear    47.20.Ft  
flows # intracluster matter; cooling    98.65.Hb  
flows # jets, outflows and bipolar    98.58.Fd  
flows # jets, outflows, and bipolar    98.38.Fs  
flows # laminar    47.15.-x  
flows # low-Reynolds-number (creeping)    47.15.Gf  
flows # multiphase and particle-laden    47.55.Kf  
flows # non-Newtonian fluid    47.50.+d  
flows # nonhomogeneous    47.55.-t  
flows # potential    47.15.Hg  
flows # reactive, radiative, or nonequilibrium    47.70.-n  
flows # separated    47.32.Ff  
flows # slip    47.45.Gx  
flows # stability of laminar    47.15.Fe  
flows # stratified    47.55.Hd  
flows # supersonic and hypersonic    47.40.Ki  
flows # thick shear    47.27.Pa  
flows # transonic    47.40.Hg  
flows # wall-bounded thin shear    47.27.Lx  
flows in cavities # laminar    47.15.Rq  
flows in ducts, channels, nozzles, and conduits   47.60.+i  
flows through porous media   47.55.Mh  
flows with vorticity # inviscid    47.15.Ki  
flows) # slip boundary effects (interfacial and free surface    83.50.Lh  
flows, convection, and heat transfer # turbulent    47.27.-i  
flows, viscometric flow # steady shear    83.50.Ax  
flows; shock and detonation phenomena # compressible    47.40.-x  
fluctuation and chaos phenomena   52.25.Gj  
fluctuation phenomena   24.60.Ky  
fluctuation phenomena, random processes, noise, and Brownian motion   05.40.-a  
fluctuation, Kondo lattice, and heavy-fermion phenomena # valence    75.30.Mb  
fluctuations   87.15.Ya  
fluctuations # statistical theory and    24.60.-k  
fluctuations, heavy fermions # local moment in compounds and alloys; Kondo effect, valence    75.20.Hr  
fluctuations, quantum noise, and quantum jumps # quantum    42.50.Lc  
fluid dynamics   47.  
fluid dynamics # computational    83.85.Pt  
fluid dynamics # computational methods in    47.11.+j  
fluid dynamics # instrumentation for    47.80.+v  
fluid dynamics # other topics in    47.90.+a  
fluid dynamics # relativistic    47.75.+f  
fluid equation # magnetohydrodynamic and    52.65.Kj  
fluid flows # non-Newtonian    47.50.+d  
fluid mechanics # applied    47.85.-g  
fluid mechanics # elecreomagnetism, optics, acoustics, heat transfer, classical mechanics and    40.  
fluidics   47.85.Np  
fluids # disperse systems; complex    82.70.-y  
fluids # electro-rheological and magnetorheological    83.80.Gv  
fluids # mechanical properties of    47.17.+e  
fluids # reactions in supercritical    82.33.De  
fluids # rheology of body    87.19.Tt  
fluids # statistical mechanics of classical    05.20.Jj  
fluids (e.g., normal phase liquid 4He) # quantum effects on the structure and dynamics of nondegenerate    67.20.+k  
fluids and solids; liquid and solid helium # other topics in quantum    67.90.+z  
fluids and solids; liquid and solid helium # quantum    67.  
fluids, radiation or classical fields # Einstein - Maxwell spacetimes, spacetimes with    04.40.Nr  
fluorescence # x-ray emission spectra and    78.70.En  
fluorescence and phosphorescence spectra   33.50.Dq  
fluorescence and phosphorescence; radiationless transitions, quenching (intersystem crossing, internal conversion)   33.50.-j  
fluorescence spectroscopy # optical absorption, magnetic circular dichroism, and    87.64.Ni  
fluorescence, phosphorescence (including quenching)   32.50.+d  
fluoroscopy   87.59.Ci  
flute, Rayleigh - Taylor, etc.) # macroinstabilities (hydromagnetic, e.g., kink, fire-hose, mirror, ballooning, tearing, trapped-particle,    52.35.Py  
foams # aerosols and    82.70.Rr  
foams # emulsions and    83.80.Iz  
Fock and random-phase approximations # Hartree -    21.60.Jz  
focus # dense plasma    52.59.Hq  
focus and other pinch devices # Z-pinches, plasma    52.58.Lq  
focusing and bending magnets, wiggler magnets, and quadrupoles # beam    41.85.Lc  
Fokker - Planck and Vlasov equation   52.65.Ff  
Fokker - Planck, Langevin, etc.) # stochastic analysis methods (   05.10.Gg  
folding # folds and    91.45.Ty  
folding and sequence analysis   87.15.Cc  
food # processed    83.80.Ya  
force microscopes # atomic    07.79.Lh  
force microscopes # friction    07.79.Sp  
force microscopes # magnetic    07.79.Pk  
force microscopy # acoustic    68.37.Tj  
force microscopy # scanning tunneling and atomic    87.64.Dz  
force microscopy (AFM) # atomic    68.37.Ps  
force microscopy (MFM) # magnetic    68.37.Rt  
force, and torque # instruments for strain,    07.10.Pz  
forced convection   44.27.+g  
forces # interatomic potentials and    34.20.Cf  
forces # intermolecular and atom-molecule potentials and    34.20.Gj  
forces # nuclear    21.30.-x  
forces in hadronic systems and effective interactions   21.30.Fe  
forces in vacuum # nuclear    21.30.Cb  
forces, potential energy surfaces for collisions # interatomic and intermolecular potentials and    34.20.-b  
forest # intergalactic matter; quasar absorption and emission-line systems; Lyman    98.62.Ra  
form factors # electromagnetic    13.40.Gp  
form factors; Compton scattering # atomic scattering, cross sections, and    32.80.Cy  
formal properties of current algebras   11.40.Ex  
formalism   03.65.Ca  
formalism # Regge    11.55.Jy  
formalism, Lagrangians, and variational principles # canonical    04.20.Fy  
formalisms in classical mechanics   45.20.-d  
formation # association, addition, insertion, cluster    82.30.Nr  
formation # beam characteristics: profile,intensity, and power; spatial pattern    42.60.Jf  
formation # diffusion; interface    68.35.Fx  
formation # enthalpies of combustion, reaction, and    82.60.Cx  
formation # image transmission and    42.68.Sq  
formation # nanoscale pattern    81.16.Rf