INIS: 2000-04-12; ETDE: 1978-04-27 This wet oxidative process employs air in place of oxygen and operates at higher temperature and pressure than the Ledgemont process. Ferric and ferrous sulfates and sulfuric acid are generated.
(Prior to March 1994, this was a valid ETDE descriptor.)
USE desulfurization
bom refining districts
INIS: 2000-04-12; ETDE: 1979-12-10 (Prior to September 1994, this was a valid ETDE descriptor.)
USE petroleum refineries BOMB REDUCTION
*BT1 reduction BOMBS
INIS: 2000-04-12; ETDE: 1984-09-05 Explosive devices fused to detonate under specified conditions.
BT1 weapons
bombyx
USE silkworm BOND ANGLE
UF angle (bond) RT binding energy RT chemical bonds BOND LENGTHS
1999-07-20
*BT1 length RT binding energy RT chemical bonds RT molecular structure BONDING
For joining metals and other materials. For nuclear or chemical bonding, see also BINDING ENERGY.
UF fusion (bonding, nonmetallic)
*BT1 joining RT adhesion RT cementing RT coalescence RT grouting RT joints BONDUR
2000-04-12
*BT1 aluminium base alloys
*BT1 copper alloys
*BT1 magnesium additions
*BT1 manganese additions
*BT1 silicon additions BONE CELLS
UF osteocytes
*BT1 connective tissue cells RT bone marrow RT bone marrow cells RT bone tissues
bone diseases
USE skeletal diseases BONE FRACTURES
UF fractures (bone)
*BT1 injuries RT skeletal diseases BONE JOINTS
UF joints (anatomy) UF synovia
*BT1 skeleton RT cartilage RT rheumatic diseases
BONE MARROW 129 BORDONI PEAK RT skeletal diseases
BONE MARROW
*BT1 animal tissues
*BT1 hematopoietic system
*BT1 organs RT blood RT blood cells RT blood formation RT bone cells RT bone marrow cells RT bone tissues RT leukemia RT plasma cells RT polycythemia RT radiation syndrome RT reticuloendothelial system RT stem cells
RT trabecular bone BONE MARROW CELLS
UF erythroblasts UF megakaryocytes
*BT1 connective tissue cells RT biological indicators RT blood formation RT bone cells RT bone marrow BONE SEEKERS
*BT1 radioisotopes RT biological hot spots RT biological localization RT bone tissues RT calcium isotopes RT radionuclide kinetics RT radium isotopes RT strontium isotopes BONE TISSUES
UF endosteum UF epiphysis (bones) UF periosteum
*BT1 connective tissue NT1 antlers NT1 trabecular bone RT bone cells RT bone marrow RT bone seekers RT calcium RT dentin
RT hyperparathyroidism RT osteodensitometry RT osteomyelitis RT osteoporosis RT osteoradionecrosis RT osteosarcomas RT parathormone RT rheumatic diseases RT rickets
RT skeletal diseases RT skeleton RT teeth
bones
USE skeleton
BONN SYNCHROTRON
*BT1 synchrotrons
BONNER SPHERE DETECTORS UF multisphere neutron detectors
*BT1 moderating detectors BONNER SPHERE
SPECTROMETERS
*BT1 neutron spectrometers BONNEVILLE POWER
ADMINISTRATION
INIS: 1991-08-09; ETDE: 1977-03-04 UF bpa
*BT1 us doe RT electric power BONUS REACTOR
UF boiling nuclear superheater reactor UF bwr superheater puerto rico reactor UF puerto rico bonus reactor
*BT1 bwr type reactors
bookkeeping
USE accounting BOOM CLAY
2003-08-27
UF boom clay formation
*BT1 clays
RT geologic formations
RT hades underground research facility RT marine disposal
RT radioactive waste disposal RT underground disposal
boom clay formation
2003-08-27
Silty-clay formation, studied as possible site for radioactive waste disposal.
USE boom clay USE geologic formations BOOM TOWNS
INIS: 2000-04-12; ETDE: 1978-02-14 RT human populations
RT rural areas RT social services RT urban areas
boosters (particle)
USE particle boosters BOOTSTRAP CURRENT
INIS: 1989-04-20; ETDE: 1989-05-11
*BT1 electric currents
RT neoclassical transport theory RT non-inductive current drive RT plasma
BOOTSTRAP MODEL
*BT1 composite models RT coupling
bop
INIS: 2000-04-12; ETDE: 1976-05-17 USE blowout preventersBOPSSAR STANDARD PLANT INIS: 1977-10-17; ETDE: 1976-03-11
*BT1 nuclear power plants RT westinghouse standard reactor BOR-60 REACTOR
Dimitrovgrad, Russian Federation.
*BT1 enriched uranium reactors
*BT1 experimental reactors
*BT1 lmfbr type reactors
*BT1 power reactors
*BT1 sodium cooled reactors BORANES
1996-08-05 UF diborane BT1 boron compounds
*BT1 hydrides RT carboranes BORATES
Specific compounds should be indexed by coordination of a descriptor of the form (CATION) COMPOUNDS and the above anion descriptor with the exception of the one NT below.
BT1 boron compounds BT1 oxygen compounds NT1 borax
RT boric acid RT boron oxides BORAX
*BT1 borates
*BT1 sodium compounds BORAX-1 REACTOR
ANL/INEEL, Idaho Falls, Idaho, USA. Shut down in 1954.
UF boiling reactor experiment 1
*BT1 enriched uranium reactors
*BT1 experimental reactors
*BT1 tank type reactors
*BT1 thermal reactors
*BT1 water cooled reactors
*BT1 water moderated reactors BORAX-2 REACTOR
ANL/INEEL, Idaho Falls, Idaho, USA. Shut down in 1955.
UF boiling reactor experiment 2
*BT1 enriched uranium reactors
*BT1 experimental reactors
*BT1 tank type reactors
*BT1 thermal reactors
*BT1 water cooled reactors
*BT1 water moderated reactors BORAX-3 REACTOR
ANL/INEEL, Idaho Falls, Idaho, USA. Shut down in 1956.
UF boiling reactor experiment 3
*BT1 enriched uranium reactors
*BT1 experimental reactors
*BT1 power reactors
*BT1 tank type reactors
*BT1 thermal reactors
*BT1 water cooled reactors
*BT1 water moderated reactors BORAX-4 REACTOR
ANL/INEEL, Idaho Falls, Idaho, USA. Shut down in 1958.
UF boiling reactor experiment 4
*BT1 enriched uranium reactors
*BT1 experimental reactors
*BT1 power reactors
*BT1 tank type reactors
*BT1 thermal reactors
*BT1 thorium reactors
*BT1 water cooled reactors
*BT1 water moderated reactors BORAX-5 REACTOR
2000-04-12
ANL/INEEL, Idaho Falls, Idaho, USA. Shut down in 1964.
UF boiling reactor experiment 5
*BT1 enriched uranium reactors
*BT1 power reactors
*BT1 tank type reactors
*BT1 test reactors
*BT1 thermal reactors
*BT1 water cooled reactors
*BT1 water moderated reactors
bordentown nj newbold island-1
reactor
ETDE: 2002-06-16
USE newbold island-1 reactor
bordentown nj newbold island-2
reactor
ETDE: 2002-06-16
USE newbold island-2 reactor BORDONI PEAK
RT dislocations RT internal friction
BOREAL REGIONS 130 BORON 16 BOREAL REGIONS
INIS: 1992-05-28; ETDE: 1987-02-13 Those regions comprising the climate and biotic communities between the polar regions and the temperate zones.
RT climates RT cryosphere RT polar regions RT temperate zones BOREHOLE LINKING
INIS: 2000-04-12; ETDE: 1976-11-29 Creation of channels or fissures between boreholes in ore deposits to facilitate movement of gases or liquids.
UF linking (borehole) NT1 electrolinking RT propping agents BOREHOLES
UF drill holes BT1 cavities RT borescopes
RT earthmoving equipment RT electrolinking RT exploratory wells RT formation damage RT openings RT rock drilling RT stemming materials RT subterrene penetrators RT well logging RT wells BORESCOPES
INIS: 1975-11-11; ETDE: 1975-12-16 A device, usually optical, for examining the inside surface of tubes, pipes, or bores.
RT boreholes RT pipes RT pressure tubes RT telescopes RT tubes RT well logging BORIC ACID
BT1 boron compounds
*BT1 inorganic acids BT1 oxygen compounds RT borates
BORIDES 1996-11-13
UF bismuth borides UF cadmium borides UF neptunium borides UF strontium borides UF tin borides BT1 boron compounds NT1 aluminium borides NT1 barium borides NT1 beryllium borides NT1 calcium borides NT1 cerium borides NT1 chromium borides NT1 cobalt borides NT1 copper borides NT1 dysprosium borides NT1 erbium borides NT1 europium borides NT1 gadolinium borides NT1 germanium borides NT1 hafnium borides NT1 holmium borides NT1 indium borides NT1 iridium borides NT1 iron borides NT1 lanthanum borides NT1 lithium borides NT1 lutetium borides
NT1 magnesium borides NT1 manganese borides NT1 molybdenum borides NT1 neodymium borides NT1 nickel borides NT1 niobium borides NT1 osmium borides NT1 palladium borides NT1 plutonium borides NT1 potassium borides NT1 praseodymium borides NT1 rhenium borides NT1 rhodium borides NT1 ruthenium borides NT1 samarium borides NT1 scandium borides NT1 silicon borides NT1 sodium borides NT1 tantalum borides NT1 terbium borides NT1 thorium borides NT1 thulium borides NT1 titanium borides NT1 tungsten borides NT1 uranium borides NT1 vanadium borides NT1 ytterbium borides NT1 yttrium borides NT1 zinc borides NT1 zirconium borides RT ceramics
RT intermetallic compounds BORN APPROXIMATION
UF born cross sections
UF plane-wave born approximation UF pwba
*BT1 approximations
NT1 coupled channel born approximation NT1 dwba
RT perturbation theory RT quantum mechanics RT scattering
born-bogolyubov-green-kirkwood-yvon
1993-11-04USE bbgky equation
born cross sections
USE born approximation
born-green-yvon equation
ETDE: 2002-06-13 USE boltzmann equation BORN-INFELD THEORY
RT electrodynamics RT maxwell equations BORN-MAYER EQUATION
BT1 equations BORN-OPPENHEIMER
APPROXIMATION
*BT1 approximations RT adiabatic approximation RT scattering
BORN-VON KARMAN THEORY RT specific heat
BOROHYDRIDES
Specific compounds should be indexed by coordination of adescriptor of the form (CATION) COMPOUNDS and the above anion descriptor.
BT1 boron compounds BT1 hydrogen compounds NT1 uranium borohydrides
BORON
*BT1 semimetals BORON 10
*BT1 boron isotopes
*BT1 light nuclei
*BT1 odd-odd nuclei
*BT1 stable isotopes RT boron 10 beams RT boron 10 reactions BORON 10 BEAMS
*BT1 ion beams RT boron 10
BORON 10 REACTIONS
*BT1 heavy ion reactions RT boron 10 BORON 10 TARGET
ETDE: 1976-07-09 BT1 targets BORON 11
*BT1 boron isotopes
*BT1 light nuclei
*BT1 odd-even nuclei
*BT1 stable isotopes RT boron 11 beams RT boron 11 reactions BORON 11 BEAMS
*BT1 ion beams RT boron 11
BORON 11 REACTIONS
*BT1 heavy ion reactions RT boron 11 BORON 11 TARGET
ETDE: 1976-07-09 BT1 targets BORON 12
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 milliseconds living radioisotopes
*BT1 odd-odd nuclei BORON 12 TARGET
ETDE: 1976-07-09 BT1 targets BORON 13
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 milliseconds living radioisotopes
*BT1 odd-even nuclei BORON 13 TARGET
INIS: 1975-12-19; ETDE: 1976-07-12 BT1 targets
BORON 14
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 milliseconds living radioisotopes
*BT1 odd-odd nuclei BORON 15
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 milliseconds living radioisotopes
*BT1 odd-even nuclei BORON 16
1992-09-22
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
BORON 17 131 BORON HYDROXIDES
*BT1 odd-odd nuclei BORON 17
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 milliseconds living radioisotopes
*BT1 odd-even nuclei BORON 18
INIS: 1985-07-22; ETDE: 1985-02-07
*BT1 boron isotopes
*BT1 light nuclei
*BT1 odd-odd nuclei BORON 19
*BT1 beta-minus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 odd-even nuclei BORON 7
*BT1 boron isotopes
*BT1 light nuclei
*BT1 odd-even nuclei BORON 8
*BT1 beta-plus decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 milliseconds living radioisotopes
*BT1 odd-odd nuclei BORON 8 REACTIONS
1995-05-03
*BT1 heavy ion reactions BORON 8 TARGET
INIS: 1992-09-22; ETDE: 1981-11-10 BT1 targets
BORON 9
*BT1 alpha decay radioisotopes
*BT1 boron isotopes
*BT1 light nuclei
*BT1 odd-even nuclei BORON ADDITIONS
1996-11-13
Alloys containing not more than 1% B are listed here.
*BT1 boron alloys NT1 alloy-in-102 NT1 alloy-mo99b
NT1 alloy-ni43fe33cr16mo3 NT2 nimonic pe16 NT1 alloy-ni46cr23co19ti5al4
NT2 alloy-in-939
NT1 alloy-ni53co19cr15mo5al4ti3 NT2 udimet 700
NT1 alloy-ni55co17cr15mo5al4ti4 NT2 astroloy
NT1 alloy-ni55cr19co11mo10ti3 NT2 rene 41
NT1 alloy-ni58cr20co14mo4ti3 NT2 waspaloy
NT1 alloy-ni59cr20co17ti2 NT1 alloy-ni60co15cr10al6ti5mo3
NT2 alloy-in-100
NT1 alloy-ni61cr16co9al3ti3w3 NT2 alloy-in-738
NT1 alloy-ni62cr16mo15fe3 NT2 hastelloy s
NT1 alloy-ni74cr13al6mo4 NT2 inconel 713c NT1 alloy-ni75cr12al6mo5
NT2 inconel 713lc NT1 alloy-ni76cr20ti2
NT2 nimonic 80a NT1 alloy-ni77cr20ti2 NT1 incoloy 901 NT1 rene 80
NT1 steel-cr15ni15motib NT1 steel-ni26cr15ti2movalb
NT2 alloy-a-286 BORON ALLOYS
Alloys containing more than 1% B.
BT1 alloys NT1 boron additions
NT2 alloy-in-102 NT2 alloy-mo99b
NT2 alloy-ni43fe33cr16mo3 NT3 nimonic pe16 NT2 alloy-ni46cr23co19ti5al4
NT3 alloy-in-939
NT2 alloy-ni53co19cr15mo5al4ti3 NT3 udimet 700
NT2 alloy-ni55co17cr15mo5al4ti4 NT3 astroloy
NT2 alloy-ni55cr19co11mo10ti3 NT3 rene 41
NT2 alloy-ni58cr20co14mo4ti3 NT3 waspaloy
NT2 alloy-ni59cr20co17ti2 NT2 alloy-ni60co15cr10al6ti5mo3
NT3 alloy-in-100
NT2 alloy-ni61cr16co9al3ti3w3 NT3 alloy-in-738
NT2 alloy-ni62cr16mo15fe3 NT3 hastelloy s
NT2 alloy-ni74cr13al6mo4 NT3 inconel 713c NT2 alloy-ni75cr12al6mo5
NT3 inconel 713lc NT2 alloy-ni76cr20ti2
NT3 nimonic 80a NT2 alloy-ni77cr20ti2 NT2 incoloy 901 NT2 rene 80
NT2 steel-cr15ni15motib NT2 steel-ni26cr15ti2movalb
NT3 alloy-a-286 NT1 colmonoy BORON ARSENIDES
INIS: 1989-04-20; ETDE: 1976-12-15
*BT1 arsenides BT1 boron compounds BORON BROMIDES
BT1 boron compounds
*BT1 bromides BORON CARBIDES
BT1 boron compounds
*BT1 carbides BORON CHLORIDES
BT1 boron compounds
*BT1 chlorides
BORON COATED ION CHAMBERS
*BT1 ionization chambers
*BT1 neutron detectors BORON COMPLEXES
BT1 complexes BORON COMPOUNDS
1996-08-05 NT1 boranes NT1 borates
NT2 borax NT1 boric acid NT1 borides
NT2 aluminium borides NT2 barium borides NT2 beryllium borides NT2 calcium borides NT2 cerium borides NT2 chromium borides NT2 cobalt borides NT2 copper borides
NT2 dysprosium borides NT2 erbium borides NT2 europium borides NT2 gadolinium borides NT2 germanium borides NT2 hafnium borides NT2 holmium borides NT2 indium borides NT2 iridium borides NT2 iron borides NT2 lanthanum borides NT2 lithium borides NT2 lutetium borides NT2 magnesium borides NT2 manganese borides NT2 molybdenum borides NT2 neodymium borides NT2 nickel borides NT2 niobium borides NT2 osmium borides NT2 palladium borides NT2 plutonium borides NT2 potassium borides NT2 praseodymium borides NT2 rhenium borides NT2 rhodium borides NT2 ruthenium borides NT2 samarium borides NT2 scandium borides NT2 silicon borides NT2 sodium borides NT2 tantalum borides NT2 terbium borides NT2 thorium borides NT2 thulium borides NT2 titanium borides NT2 tungsten borides NT2 uranium borides NT2 vanadium borides NT2 ytterbium borides NT2 yttrium borides NT2 zinc borides NT2 zirconium borides NT1 borohydrides
NT2 uranium borohydrides NT1 boron arsenides NT1 boron bromides NT1 boron carbides NT1 boron chlorides NT1 boron fluorides NT1 boron hydrides NT1 boron hydroxides NT1 boron iodides NT1 boron nitrides NT1 boron oxides NT1 boron phosphates NT1 boron phosphides NT1 boron silicates NT1 boron silicides NT1 boron sulfides NT1 boronic acids NT1 fluoroborates NT1 fluoroboric acid RT organic boron compounds BORON FLUORIDES
BT1 boron compounds
*BT1 fluorides RT fluoroborates BORON HYDRIDES
1996-08-05
(Until July 1996 this concept was indexed to BORANES.)
BT1 boron compounds
*BT1 hydrides
BORON HYDROXIDES BT1 boron compounds
*BT1 hydroxides
boron injection 132 BOSONS
boron injection
1995-05-02
USE safety injection BORON IODIDES
BT1 boron compounds
*BT1 iodides BORON IONS
*BT1 ions BORON ISOTOPES
1999-07-16 BT1 isotopes NT1 boron 10 NT1 boron 11 NT1 boron 12 NT1 boron 13 NT1 boron 14 NT1 boron 15 NT1 boron 16 NT1 boron 17 NT1 boron 18 NT1 boron 19 NT1 boron 7 NT1 boron 8 NT1 boron 9
BORON LINED COUNTERS
*BT1 neutron detectors
*BT1 proportional counters BORON NITRIDES
BT1 boron compounds
*BT1 nitrides BORON OXIDES
BT1 boron compounds
*BT1 oxides RT borates
BORON PHOSPHATES BT1 boron compounds
*BT1 phosphates RT borophosphate glass BORON PHOSPHIDES
INIS: 1978-07-03; ETDE: 1976-03-11 BT1 boron compounds
*BT1 phosphides BORON SILICATES
BT1 boron compounds
*BT1 silicates RT borosilicate glass RT silicate minerals RT tourmaline BORON SILICIDES
INIS: 1985-09-06; ETDE: 1981-03-16 BT1 boron compounds
*BT1 silicides BORON SULFIDES
BT1 boron compounds
*BT1 sulfides BORONIC ACIDS
BT1 boron compounds
*BT1 organic acids
BOROPHOSPHATE GLASS INIS: 2000-04-04; ETDE: 1980-10-07 Low expansion heat resistant glass.
UF borophosphates BT1 glass
RT boron phosphates RT borosilicate glass RT phosphate glass
borophosphates
INIS: 1981-02-27; ETDE: 1980-10-07 USE borophosphate glass
BOROSILICATE GLASS INIS: 1980-11-07; ETDE: 1980-07-09 Low expansion heat resistant glass.
UF borosilicates BT1 glass NT1 pyrex RT boron silicates RT borophosphate glass
borosilicates
INIS: 1980-11-07; ETDE: 1980-07-23 (Prior to July 1980 this was a valid term and older information is so indexed.)
USE borosilicate glass BORSSELE REACTOR
Borssele, Zeeland, Netherlands.
UF kcb reactor
UF kernenergiecentrale borssele reactor
*BT1 pwr type reactors BOSCH PROCESS
2000-04-12
Catalytic process for hydrogen production from carbon monoxide and steam.
BT1 chemical reactions RT carbon monoxide RT hydrogen production RT steam
BOSE-EINSTEIN CONDENSATION RT pion condensation
RT superfluidity BOSE-EINSTEIN GAS
RT bose-einstein statistics RT bosons
RT fermi gas
BOSE-EINSTEIN STATISTICS RT bose-einstein gas
RT bosons RT cooper pairs RT fermi statistics RT parastatistics RT statistical mechanics BOSNIA AND HERZEGOVINA
INIS: 1997-11-11; ETDE: 2000-10-12 SF yugoslavia
*BT1 eastern europe
BOSON-EXCHANGE MODELS UF meson exchange
*BT1 peripheral models NT1 obe model
NT2 ope model
NT3 electric born model NT1 sigma model
RT deep inelastic scattering BOSON EXPANSION
INIS: 1986-01-21; ETDE: 1984-11-08 UF bosonization
RT boson-fermion symmetry RT collective model RT dyson representation RT generator-coordinate method RT hartree-fock-bogolyubov theory RT interacting boson model RT quantum mechanics RT quantum operators RT random phase approximation RT series expansion
RT tamm-dancoff method
BOSON-FERMION SYMMETRY 1984-12-04
Symmetry of a system containing a conserved number of bosons as well as fermions in which bosons and fermions sharea common symmetry.
UF dynamical boson-fermion symmetry UF fermion-boson symmetry
UF spinor symmetry BT1 symmetry RT boson expansion RT bosons
RT dynamical groups RT fermions
RT interacting boson model
bosonization
INIS: 2000-04-12; ETDE: 1984-11-08 USE boson expansion
BOSONS NT1 gluons
NT1 goldstone bosons NT2 axions NT1 higgs bosons NT1 intermediate bosons
NT2 intermediate vector bosons NT3 w minus bosons NT3 w plus bosons NT3 z neutral bosons NT1 mesons
NT2 antimesons
NT3 pseudoscalar antimesons NT4 anti-b neutral mesons NT4 anti-d neutral mesons NT2 axial vector mesons
NT3 a1-1260 mesons NT3 b1-1235 mesons NT3 chi b1-9890 mesons NT3 chi1-3510 mesons NT3 d s-2536 mesons NT3 d1-2420 mesons NT3 f1-1285 mesons NT3 f1-1420 mesons NT3 f1-1510 mesons NT3 h1-1170 mesons NT3 k1-1270 mesons NT3 k1-1400 mesons NT2 baryonium NT2 beauty mesons
NT3 b c mesons NT3 b mesons
NT4 b minus mesons NT4 b neutral mesons
NT5 anti-b neutral mesons NT4 b plus mesons NT3 b s mesons NT3 b*-5325 mesons NT2 bottomonium
NT3 chi b0-10235 mesons NT3 chi b0-9860 mesons NT3 chi b1-10255 mesons NT3 chi b1-9890 mesons NT3 chi b2-10270 mesons NT3 chi b2-9915 mesons NT3 upsilon-10023 mesons NT3 upsilon-10355 mesons NT3 upsilon-10580 mesons NT3 upsilon-10860 mesons NT3 upsilon-11020 mesons NT3 upsilon-9460 mesons NT2 charmed mesons
NT3 b c mesons NT3 d mesons
NT4 d minus mesons NT4 d neutral mesons
NT5 anti-d neutral mesons NT4 d plus mesons NT3 d s-2536 mesons
BOTANY 133 BOUND STATE NT3 d s mesons
NT3 d*-2010 mesons NT3 d*2-2460 mesons NT3 d*s-2110 mesons NT3 d1-2420 mesons NT2 charmonium
NT3 chi0-3415 mesons NT3 chi1-3510 mesons NT3 chi2-3555 mesons NT3 eta c-2980 mesons NT3 eta c-3590 mesons NT3 j psi-3097 mesons NT3 psi-3685 mesons NT3 psi-3770 mesons NT3 psi-4040 mesons NT3 psi-4160 mesons NT3 psi-4415 mesons NT2 pseudoscalar mesons
NT3 b c mesons NT3 b mesons
NT4 b minus mesons NT4 b neutral mesons
NT5 anti-b neutral mesons NT4 b plus mesons NT3 b s mesons NT3 d mesons
NT4 d minus mesons NT4 d neutral mesons
NT5 anti-d neutral mesons NT4 d plus mesons NT3 d s mesons NT3 eta-1295 mesons NT3 eta-1440 mesons NT3 eta c-2980 mesons NT3 eta mesons
NT3 eta prime-958 mesons NT3 k-1460 mesons NT3 k-1830 mesons NT3 kaons
NT4 antikaons NT5 antikaons neutral NT4 cosmic kaons NT4 kaons minus NT4 kaons neutral
NT5 antikaons neutral NT5 kaons neutral long-lived NT5 kaons neutral short-lived NT4 kaons plus
NT3 pi-1300 mesons NT3 pi-1770 mesons NT3 pions
NT4 cosmic pions NT4 pions minus NT4 pions neutral NT4 pions plus
NT3 pseudoscalar antimesons NT4 anti-b neutral mesons NT4 anti-d neutral mesons NT2 scalar mesons
NT3 a0-980 mesons NT3 chi0-3415 mesons NT3 f0-1240 mesons NT3 f0-1300 mesons NT3 f0-1590 mesons NT3 f0-1730 mesons NT3 f0-980 mesons NT3 k*0-1430 mesons NT2 strange mesons
NT3 b s mesons NT3 d s-2536 mesons NT3 d s mesons NT3 d*s-2110 mesons NT3 k-1460 mesons NT3 k-1830 mesons NT3 k*-1410 mesons NT3 k*-1680 mesons NT3 k*-892 mesons NT3 k*0-1430 mesons NT3 k*2-1430 mesons
NT3 k*3-1780 mesons NT3 k*4-2045 mesons NT3 k1-1270 mesons NT3 k1-1400 mesons NT3 k2-1770 mesons NT3 k2-1820 mesons NT3 kaons
NT4 antikaons NT5 antikaons neutral NT4 cosmic kaons NT4 kaons minus NT4 kaons neutral
NT5 antikaons neutral NT5 kaons neutral long-lived NT5 kaons neutral short-lived
NT5 antikaons neutral NT5 kaons neutral long-lived NT5 kaons neutral short-lived