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| INCOLOY ALLOY
Incoloy DS, 800, 800H, 802, 803, 804, 825, 825, 903, 907, 909, 925, MA956, A-286, 25-6Mo: T:10, 50 um-0.1-1-100 mm, W:>100 mm; D0.5-300 mm, ball (D10-200mm), parts, flange, mesh net (10-300 mesh), fibric, filter (10 mm-1 um), container, screw bolts (M4-M4 INCONEL ALLOY
Inconel 600, 601, 601GC, 617, 622, 625, 625LCF, 671, 672, 686, 690, 706, 718, 718SPF, 725, X-750, 751, 754, 758, 783: T:10, 50 um-0.1-1-100 mm, W:>100 mm; D0.5-300 mm, ball (D10-200mm), parts, flange, mesh net (10-300 mesh), fibric, filter (10 mm-1 um), s INDIUM
CAS:7440-74-6
In [3N-7N, 60 nm/[17], 1, 5 um, 300-50 mesh powder/ beads, wire/rod/shots, ribbon, disc, ingot), [monocrystal mm-cm disc, rod, pieces] INDIUM MOLYBDATE
InMoO4, In2Mo3O12 (al = -1.85×10^-6 °C-1, 370–760 °C), InxMo4O6, In11Mo40O62, 99.5%, 99.99%, 0.1, 0.3, 1-3 um, -100 mesh, tablet INDIUM SELENIDE
CAS:12056-07-4
In2Se3 In-Se, InSe, In3Se4, In4Se3, In6Se7, In4Se3-x, 2N5-5N, 0.3, 1-3 um, -200 mesh, tablet, rod (doped) [monocrystal mm-cm disc, rod, pieces] INDIUM STANNATE
CAS:50926-11-9
In2(SnO3)3, In24Sn8O48, (In1.9Sn0.1O3, In4Sn3O12), ITO {400 °Cx 30 min., =6.0×10-3 O cm, -4.3×10-11 to -7.1×10-11 Pa-1, 1 V->12.6 mV } 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) Indium telluride, Indium (II) telluride
CAS:12056-07-4
InTe, (In2Te), 2N5-5N, (0.3, 1-3 um, -100 mesh), tablet, rod (doped) [monocrystal mm-cm disc, rod, pieces] Indium telluride, Indium (III) telluride
CAS:1312-45-4
In2Te3, In2Te5, (In3Te4), 2N5-5N, (0.3, 1-3 um, -100 mesh), tablet, rod (doped) [monocrystal mm-cm disc, rod, pieces] INDIUM TIN OXIDE (ITO)
CAS:50926-11-9
In2O3.SnO2 4N-5N (92:8, 95:5, 9:1, 8:2) 25, 70-80 nm, 0.25, ~0.5, 2-5 um powder (yellow, blue), black tablet (95:5), [monocrystal mm-cm disc, rod, pieces] INDIUM TITANATE
In2TiO5, In2Ti2O7, In24Ti8O48, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) INDIUM ZIRCONATE
CAS:150341-71-2
In2Zr3O9, In2Zr2O7, In24Zr8O48, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) INVAR ALLOY
Invar 4J4, 4J6, 4J28, 4J29, 4J32, 4J33, 4J34, 4J36, 4J38, 4J40, 4J42, 4J44, 4J45, 4J46, 4J47, 4J49, 4J50, 4J58,4J78, 4J80, 4J82, T:10, 50 um-0.1-1-100 mm, W:>100 mm; D0.5-300 mm, ball (D10-200mm), parts, flange, mesh net (10-300 mesh), filter (10 mm-1 um) Iron (II,III) oxide, Triiron tetraoxide
CAS:1317-61-9
Fe3O4 98%-3N5, 99.997% (50 nm/[50],20/160 nm, ~30/[45,70], 0.15/[~6], 0.2/[18], 0.25 um/[~7, 50],1, 5 um spheres), /hydrophobic, mag. Iron (III) oxide alpha, Iron oxide (Fe2O3)
CAS:1309-37-1
Fe2O3 98%-3/4N, 4N5; 20 nm/[40 m2/g], 30-50 nm/[60], 0.4u/[18], 1, 5 um/[9], -300 mesh (600oC, 3N: red 35 nm/[85], black 30 nm/[~40], yellow 8-40 nm/[~65]) Iron alloy, Ferroalloys
Fe-Mn, Cu, Ti, C, N, P, B, Ln, Cr, Ni, Nb, W, V, Mo, Ta, Nb, AlSi, AlBaSi, CrSi, MnSi, etc., ingot, pieces/grain, powder IRON ALUMINUM ALLOY
Fe81Al19, Fe79Al21, Fe-26Al, Fe–Al–Me alloy: Co, Cr, Ge, Mn, Nb, Si, Ta, Ti, Zr, Fe-Al/Ba/Si 35-25/6-9/20-30, Fe79.9Al20-xGaxTb0.1, 2N-3N powder, pieces, discs IRON ANTIMONIDE
CAS:12022-93-4
FeSb, FeSb2, 2N5-3N5, 0.3, 1-3 um, -200 mesh, tablet, rod (doped), [monocrystal mm-cm disc, rod, pieces] IRON ANTIMONY TELLURIDE
CAS:12125-63-2
FeSb2Te, 2N5-3N5, 0.3, 1-3 um, -200 mesh, tablet, rod, (doped), [monocrystal mm-cm disc, rod, pieces] IRON BORATE
CAS:20542-97-6
FeBO3, Fe3BO6, Fe3BO5, 9.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) Iron chromium alloy, Ferrochrome
CAS:11114-46-8
FeCr6wt%, FeCrTiAl, Cr23.5-27.5%, Co 11.5-21%, (Magnetic), Fe65Cr13Cu3 HV584, FeCrMnNi, FeCrMnVSix, Fe20Cr20Mn20Ni20Co20, cm pieces, powder, hard ball, powder Iron DT- YT
CAS:7439-89-6
Fe [99%-4N, 4N5], DT3, DT4, DT4A, DT4C, DT4E, DT8A, DT9, YT1F, YT2F, YT3, YT4, YT4, YT0, YT00, YT01, ingot, pieces, rods/shots, disc (d5-200mm)…[powder: 98%-3N, 4N, 25, 50, 100 nm, 0.8, 3, 6, 10, 20 um, -300, -50 mesh, spherical etc.] [ foam mate, thick Iron gallium alloy
Fe81Ga19, Fe83Ga17, 7.8g/cm3, 227HV, 10ppm/K, mp: 1450oC, curie: 670oC, 85 *10^-8O*m, 0.3-0.6KJ/m3, >0.25mm ; Fe(100-x)Gax (x: 19 ~ 26), Fe0.81Ga0.19, Fe72.6Ga27.4, Fe79Ga21, Fe87Ga13, rod, wire IRON MOLYBDATE
CAS:13718-70-2
FeMoO4, Fe2MoO4, Fe2Mo3O8, Fe2Mo2O9-12, Fe2Mo3O12 (NTE, (KMg)xFe2-xMo3O12, -17.21×10-6 °C-1), Fe2(MoO4)3, Fe2-xYxMo3O12, Fe2-2xAl2Mo3O12, , 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) IRON MOLYBDENUM OXIDE
CAS:13769-81-8
Fe2-xYxMo3O12, Fe2-2xAl2Mo3O12, doped, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) IRON NIOBATE
CAS:58500-36-0
Fe0.5Nb24.5O62-x, FeNbO4, FeNb2O6, FeNb3O9, FeNb11O29, Fe4Nb2O9?, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) IRON PHOSPHATE HYDRATE
CAS:13463-10-0
FePO4.2H2O, 99.5%, 99.95%, Fe: 28.92, 29.14, 29, 29.9+%%, 2.87g/cm3, 1.5, 3.4 um, IRON PHOSPHIDE
CAS:12023-53-9
FeP, Fe3P, Fe2P, FeP2, 2N5-3N5, 0.3, 1-3 um, -100 mesh, grain, rod, tablet (doped), 12023-53-9, [monocrystal mm-cm disc, rod, pieces] IRON PHOSPHIDE
CAS:1310-43-6
Fe2P, FeP, 2N5-4N5, 0.3, 1-3 um, -100 mesh, grain, rod, tablet (doped), [monocrystal mm-cm disc, rod, pieces] Iron rare earth alloy, REM Ferroalloy
Fe-Ce, La, Gd, Ho, Dy, Tb, NdPr, /Si, Mg,…CeREMgSiFe, RESiFe, ribbon, powder, pieces, rod, disc, IRON SELENIDE
CAS:1310-32-3
FeSe, Fe7Se8, 99.5-99.95% -200 mesh, 1-3 um, 300 nm, tablet, rod, (doped), [monocrystal mm-cm disc, rod, pieces] IRON SILICIDE
CAS:12022-99-0
Fe3Si, FeSi2, Fe5Si3, Fe0.95Co0.05Si2-xGex (x=0, 0.42, ...), 2N5, 4N, (100 nm, 0.5, 1-3 um), -100 mesh (doped), tablet Iron silicon alloy, Ferrosilicon
CAS:8049-17-0
Fe-Si45, 75%, … -80 mesh ….Si-Fe, FeSiAl, FeSiCrNi, Si-W-Fe, Si-Ti-Fe, [Fe-Si45, 75%, -Mg… -80 mesh ….La-, Ce, Tb-, ……], 2N5-4N, 100 nm, 1-3 um, 320 mesh, target, rod IRON TANTALATE
CAS:12140-41-9
FeTaO4, FeTa2O6, Fe4Ta2O9, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) IRON TITANATE, ILMENITE
CAS:12168-52-4
FeTiO3, Fe2TiO4, FeTi2O5, Fe2(TiO4)3, Fe4(TiO4)3, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) Iron vanadium alloy, Ferrovanadium
[V50,80%-Fe, powder, ingot], [Fe-V50, 60, 80%, … -40, -300 mesh, ….powder, pieces, rod, disc] IRON ZIRCONATE
CAS:52933-62-7
FeZrO4, Fe2Zr2O7, (Zr:Fe=38.96%:26.62% magnetic oxide), 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) KOVAR FE-NI-CO
T:10, 50 um-0.1-1-100 mm, W:>100 mm; D0.5-300 mm, ball (D10-200mm), parts, flange, mesh net (10-300 mesh), filter (10 mm-1 um), screw bolts (M4-M48), fastener, castings, wire/rod, tube, ribbon/plate, LANTHANUM ALLOY
LaCePrNd, Ni, Ce, Al, Cu, Ti, Mo, Ta, doped LaFeCoSi, La100Fe64Co9Al27, 3N, powder, pieces, disc,… LANTHANUM ALUMINATE
CAS:71496-78-1
LaAlO3, La2Al4O3, La3Al5O12, La9Al9O31, [LaAlO3:Mn4+ (near far red); :3%Ca2+,1%Bi3+,0.1%Mn4+ IQE89%, ZTQ <150oC; La0.827Al11.9O19.09:Eu2+ (full color); :0.02Pb2+ [460 nm, em, NIR); LaAl11O18:Eu,Tb3+ UV WLED] 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 me LANTHANUM BORATE
CAS:13709-95-0
La(BO2)3, LaBO3, [La0.96Ce0.04B3O6/PMMA (73%@150oC, X-ray imaging); LaB3O6:Ce3+, 333->358/380 nm X-ray detection and imaging], 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, (doped) LANTHANUM BORIDE
CAS:12008-21-8
LaB6 3N (60 nm, 0.5 um/46, 1 um/32, 300 mesh), cathode rod, (doped, w/Ba, Sr,,,,,) Lanthanum Calcium Manganate
CAS:123273-09-6
La1-xNxMnO3, N=Gd, Sr, Ca, Na, La0.7Ca0.3Mn0.95M0.05O3 M=Al, Ga, Fe, In), La0.7Ca0.3MnO3, La0.67Ca0.33MnO3, La1-xCaxMnO3, La0.7Ca0.3Mn0.9Zn0.1O3, Tc = 206.75 K, La0.8Ca0.2MnO3; 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, (doped)… LANTHANUM CERIUM ALLOY
LaCe(NdFe) 35, 40-90/~25, 45-58% alloy wire, d2.5, 3, 6, 10, 12, 14-22 mm.rod: d2.1x5, 2.2*5, 2.5x6 mm, Ignition alloy LANTHANUM COBALT OXIDE
CAS:58984-36-4
La2CoO4, La2Co2O5; La4Co3O9, [e.g. MS = 4.69810-4 emu/g and an HC = 45.56 Oe], LaCoO3 [e 0.11, tand 125]/2.5%(B2O3-CuO) (La1-ySry)2CoO4±d/La1-xSrxCoO3-d, La2Co2O5, LaCoFeO3 (antibacteria) La1-xEuxCoO3, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, table LANTHANUM FERRITE
CAS:130025-53-5
La3Fe5O12, LaFeO3 [e82, tand 150], LaFe3O6, La2Fe2O6, La9Fe9O31, La0.5Fe2.5O3 [Tc 670oC], La0.8FeO3; 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, (doped), LANTHANUM GERMANATE
CAS:325172-01-8
La10Ge6O27, La4GeO8: Bi3+ (IQE = 88%), :Er3+,Yb3+; :Tb3+,Eu3+, :Eu2+, Er3+; La9.33Ge6O26 [(s750 °C = 0.01 S/cm], La9.33(GeO4)6O2; La(2-x-y)Ge2O7: 0.5Tb3+,0.01 Eu3+ ((CCT = 3955 K) (87 lm w-1, 1000 h); La2(GeO4)O:Bi3+ QE48%, blue-green, tunable, La1.94(G Lanthanum iron boride
LaFeB4, La2FeB6, La3FeB7, La5-xFe2+xB6, R1+xFe4B4, LaFe2B2, LaFe12B6: TN = 36 K, LaFe4B, La2Fe23B3, La2Fe17Bx, La3Fe62B14 and La2Fe14B, Lanthanum lithium antimonate
La2LiSbO6:0.4%Eu3+ (FWHM 100 nm at 700 nm bright red 99%, CCT1900K), : Eu3+,Mn4+ (FIR, 0.000264/0.891 /K, 303-523 K), : Mn4+ (near far red); :Bi3+ UV313->407nm; :Mn4+, Bi3+ (far red, QY 58%); :Bi3+, Sm3+ (single, broad blue-violet, Sr1.48%K-1) LANTHANUM MANGANATE
CAS:123273-09-6
LaMnO3, La9Mg9O31, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, dopant: SrO, CaO, …. LANTHANUM MOLYBDATE
CAS:11098-99-0
LaMo2O5; La2MoO6, La2(MoO4)3, La2Mo3O12 [ er 10.1-8.2, Qxf of 60000-80,000 GHz, -60 ppm/°C at 15.8 GHz], La2MoO8, LaMo8O14, La4Mo2O11, Zr, Cd, Ca dop'ed La6MoO12 [1.03x10^-4 /(Omu*cm) at 540 °C, La5.4Dy0.6MoO12], La2Mo2O9 [ion-conductor] (dopants:K+, R LANTHANUM NICKEL ALLOY
La-Ni/Mg/Ti/Mn/Co ..., AB5, AB3, A2B7, LaNi5+x …LaNi4.8Sn0.2, LmNi4.78Mn0.22, powder, pieces, rod, disc, LANTHANUM NICKELATE
CAS:12031-41-3
LaNiO3, LaNi0.6Fe0.4O3, La2NiO4, La2-xPrxNiO4+d, La4Ni3O10±d, La4Ni3O8, La2Ni0.5Cu0.5O4, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, tablet, rod LANTHANUM NIOBATE
CAS:12031-17-3
La3NbO7, La2Nb5O14, LaNbO4: Ce4+, Ce3+, Yb3+ [4.7×10^-4 S·cm-1 in wet air at 900 °C.], LaNbO4 [(er = 19.3, Q×f = 54,400 GHz, tf = 9.0 ppm/°C) 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, (doped) LANTHANUM NITRIDE
CAS:25764-10-7
LaN, (La1-x,Lnx)N, 99.5%, -300 mesh, Ln: Ce, Pr, Eu, Tb, Gd, Y, Yb, …99.5%, 99.9, 99.99%, 100 nm, 1-10 um, -300, -100, -50 mesh (doped) LANTHANUM OXIDE
CAS:1312-81-8
La2O3 2N-5N, (10, 40 nm/[125], 100 nm, 0.5, 1, 5, 1-10 um, -325 mesh) [10-20 ..125 m2/g], grain, tablet LANTHANUM PHOSPHIDE
CAS:25275-74-5
LaP, (La1-x, Lnx)P 3N-4N, powder etc. doped Ln: Ce, Eu, Tb, Pr, Gd, Y, Yb, … x=0.5, 0.3, 0.1, … [monocrystal mm-cm disc, rod, pieces] Lanthanum rare earth nickel alloy
(Hydrogen storage) AB5, LaNi5, LaxPryNizMnr, 9/1.5/50/5, 17/1.5/50/5, 25/1.2/54/3.8, (LaCePrNd)Ni5; La(Ni/Co)5, Co: 0, 3, 4, 6, 8, 10%; LaCeNiM (La0.9, 0.75, 0.7, 0.6, 0.55, 0.5, 0.45, Ce0.1, 0.25, 0.4, 0.45, 0.5, 0.3, Ni5, Mx); La-Mg/Y-Ni (240/300/320/3 LANTHANUM SILICIDE
CAS:12056-90-5
LaSi2 (La1-x,Lnx)Si2 2N5, -200 mesh, doped Ln: Ce, Eu, Tb, Pr, Gd, Y, Yb, … x=0.5, 0.3, 0.1, 2 Lanthanum strontium aluminate
CAS:12251-73-9
(La1-xSrx)AlO4, (La0.9Sr0.1)M(III)O3-d (M(III)=Al, Ga, Sc, In, and Lu), (La0.9Sr0.1)AlO3-d, (La0.9Sr0.1)GaO3-d, (La0.9Sr0.1)InO3-d, (La0.9Sr0.1)LuO3-d, 8.1×10^-2 S·cm-1 (at 980°C, in N2), 0.60 eV (from 730–980°C, in N2) ; LaSrAlO4 (e = 17, ultralow tan Lanthanum strontium chromate
(La1-xSrx)CrO3, x=0.26, LaSrCrOx. La0.2Ce0.8CrO3, La0.8Sr0.2CrO3, La0.8Sr0.2CrO3, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, (doped) LANTHANUM STRONTIUM FERRITE
CAS:109546-91-0
(La,Sr)FeO3, La0.8Sr0.2FeO3, La0.5Sr0.5FeO3-d, LaSr3Fe3O10, (La0.6Sr0.4)0.98FeO3-d via Pr2Ni1-xCuxO4+d, (LaSr)0.9Fe0.9Cu0.1O4, La0.6Sr0.4FeO3-d (1.216×10^-4cm2 S-1) ;LaxSr1-xFeO4, x=0.6, …; La0.5Sr0.5FeO3-d doped Mo 1174 mW cm-2 at 700 °C, Lanthanum strontium manganate
La0.8Sr0.2MnO3 (LSM)-YSZ [e.g. 261 mW cm-2 at 700 °C], La1-xSrxMnO3, La0.6Sr0.4MnO3, La1- xSrxMnO3, x=0.3, (LaSr)MnO4, (La1-xSrx)yMnO3 x=0.2 etc. (La0.8Sr0.2)0.9MnO3-d-Y0.15Zr0.85O2-d (LSM-YSZ) , (La1-xMx)yMnO3 x=0.2 etc. 3N, M=Sr, Ca; La0.75Sr0.25MnO3, Lanthanum strontium nickel oxide
CAS:64886-83-5
La1.8Sr0.2NiO4+d, Ln2-xSrxNiO4 (Ln = Nd, La, Sm), (M,N)-doped NiO systems (M = Li, Na, K and N = Ti, Al, Si, Ta), La2-xSrxNiO4+d, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, 320 mesh, grain, tablet, rod, (doped) LANTHANUM TELLURIDE
CAS:12031-34-4
La3-xTe4, x=0,,,,, La2Te3, 2N5-3N5, 0.3, 1-10 um, tablet, rod (doped), [monocrystal mm-cm disc, rod, pieces] LANTHANUM TITANATE
CAS:1203-47-9
La2Ti2O7 (3.56 eV, e.g. ?r=37,Q×f=24800GHz,tf=15ppm/?) ,LaTiO3, La4Ti9O24 [e.g. e37-47, Qxf ~23000-8500, 15ppm/C], La2/3TiO3(?r=90, Q×f=15000GHz, tf=190ppm/?) La2Ti3O, La4Ti3O12 (er=19.68, Qxf =9950 GHz, and tf=-9.95 ppm/°C); LANTHANUM VANADATE
CAS:12142-65-3
LaVO4?CeVO4 [er?=?14.2 and 12.3, Quxf?=?48,197 and 41,460?GHz, and tf= -37.9 and -34.4?ppm/°C], LaVO3, La0.02V1.98O3, La4V6O21, LaVO2.99, 2N8, -200 mesh Lanthanum zirconomolybdate
Ln2Zr3(MoO4)9, Ln: Sm/Nd [e.g. er ~11.0/10.8, Qxf ~ 74,012/58942 GHz (10.6 GHz), tf ~ -45.3/-41 ppm/°C], La2Zr3(MoO4)9 [er 10.17, (Qxf) 51,578?GHz, tf of -29.55~-38.8?ppm/°C], Ln2Zr3(MoO4)9 [e.g. er?=?10.8~ 11.0, Qxf?=?50,628~ 74,012?GHz and tf = -38.8 LEAD
CAS:7439-92-1
Pb [2N-7N], sphere/ball, beads, powder 3N 25, 50 nm, 0.2, 0.5, 1, 3, 5, 10 um, -200 mesh, mm grain, ingot], [monocrystal mm-cm disc, rod, pieces] LEAD ALLOY
Pb-2%Sb, Pb-2%Sn, Bi, Ca, Cd, Cu, Al, As(12,16,20)…., powder, Pb6N-2N, Pb-Sn5-90/Sb0.15/Ag1-2.5, -In30-50/Ag, …. ingot LEAD ANTIMONATE, LEAD ORTHOANTIMONATE
CAS:13510-89-9
Pb3(SbO4)2 yellow, Pb2Sb2O7, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LEAD BARIUM NIOBATE
CAS:39427-05-9
PbBa2Nb5O9, PbBa2Nb5O15, Pb1-xBaxNb2O6, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LEAD BISMUTH TITANATE
PbBi4Ti4O15, PbBi8Ti7O27, Pb2Bi4Ti5O18, (Pb1-xBix)TiO3, (Ps= 63 µC cm-2, c/a = 1.056 for x = 0.05; Ps = 67 µCcm-2, c/a =1.052 for x = 0.1), (aV = -12.5×10-6 K-1, 298-773 K (TC) for x = 0.05; aV = -5.6×10-6 K-1, 298-823 K (TC) for x = 0.1). 2N5-4N, 100 n LEAD BRASS
HPb59-1, HPb59-2, HPb60-2, HPb61-1, HPb62-2, HPb62-3, HPb62-0.8, HPb63-0.1, HPb63-3, HPb66-0.5, HPb89-2: rod d3-100 mm, wire d1-5 mm, tube: d5-100 mm, ribbon/sheet 0.1-1-5 mm, LEAD BRONZE
QTe0.5, Sn/Bi-, QSi1-3, Si3-1, Si3.5-3; Pb, P-, QMn1.5, Mn2, Mn5; QMg0.8, Qxf e2.5, QCr0.5, Cr0.6, Cr1; QCd1; QBe0.3, Be0.4, Be0.6, Be1.7, Be1.9, Be2; QAl5, Al7, Al9-2, Al9-4, Al9-5, Al10-3, Al10-5, Al11-6,…QZr0.15, Zr0.2, Zr0.4, Zr0.5: powder, rod/tube, Lead ferrite, lead hexaferrite
CAS:12023-90-4
PbFe12O19, Pb2Fe2O5, PbO:nFe2O3 n=0.5, 1, 2, 5, 6, 2N8, -200 mesh, 1-3 um LEAD NIOBATE
CAS:12034-88-7
PbNb2O6 [diso -1113~-1090 ppm, ?Q 16.8~19 MHz], Pb2Nb2O7 [diso -1003~-978 ppm, ?Q 13.6~17 MHz], Pb3Nb2O8 [diso -999~-975 ppm, ?Q 18.9~20.6 MHz], Pb3Nb4O13, Pb3Nb2O8 [diso -999~-951 ppm, ?Q 18.9~20.6 MHz], PbNb9O19, Nb2O5:PbO2, Nb2O5:PbO, PbNb2O6 er=13 LEAD PHOSPHATE
CAS:7446-27-7
PbPO4, Pb3(PO4)2, PbP2O7, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LEAD PHOSPHATE
CAS:7446-27-7
PbPO4, ?b3(?O4)2, PbP2O7, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LEAD STANNATE, LEAD TIN OXIDE
CAS:1344-41-8
Pb2SnO4, yellow, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LEAD TIN ALLOY
Pb-Sn 2N5-4N, 100 nm, 1-3 um, 320 mesh, target, rod, Pb-Sn/Ag wire, ribbon, [monocrystal mm-cm disc, rod, pieces] LEAD VANADATE
CAS:10099-79-3
(PbVO3, PbVO4), Pb(VO3)2, PbV2O7, (V2O5)0.6-x–(PbO)0.4–(WO3)x, x = 0.1, 0.15, 0.20, 0.25 and 0.3 [e3.70x104 to 4.75x102 and tand 4.91x106 to 0.15x10-2 ], 99.5% (100 nm, 1-3 um) -200 mesh LEAD ZIRCONIUM TIN TITANIUM OXIDE (PZST)
CAS:53027-31-9
Pb0.97(Ti,Zr)0.7Sn0.3O3 Zr/Ti=59:11, 60/10,... 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) 12626-81-2 LITHIUM ALLOY
LiAg, Li70B, Li-Ba, Li3Bi, LiMg, Li3Mg, LiCa, LiGa, LiGe, Li3P, LiPb, LiSn, LiSr, LiZn….. (2N-3N), Li-0.1, 0.5, 80Al, -54Si, -10,25Mg, -30B, powder, ribbon; etc. Lithium barium fluoroborate
LiBa12(BO3)7F4:1%Eu2+ (325-450) NUV405->(615, 657, 690) red 644/89 nm (0.6350, 0.3586), (550–800 nm), 50/163%@75/125oC, QE26%, (0.3475, 0.3416) , CCT4856 K, Ra 84, eff 72.6 lm/W; Lithium bismuthate
(LiBiO2), LiBiO3, Na, Ag, K, 99.8, 99.99%, 20-60nm, 0.2-0.6 um, 1-3 um, LITHIUM BORON ALLOY
Li70,65,60,58,56,55%wt-B, Li7B6 3495?mA?h/g, Mg: 0, 4%, 0.88±0.04g/cm3 Li2.6BMg0.05 ~1150 mAh/g; ribbon, disc, Lithium calcium borate
Li4Ca(BO3)2 Ce3+, Tb3+ or Dy3+, LiCaBO3/LiSrBO3 [er =?8.7 and 8.6, Q×f =?75,000 and 60,000?GHz, tf =?-150 and -?39?ppm/°C]: Tb3+ [LiCaBO3 & LiSrBO3 low er 8.7, Q×f =?75,000-60,000?GHz, tf =?-150 and -?39?ppm/°C], LiCaBO3, [Li4Ca2B8O16: 0.33Eu3+ (red colo LITHIUM COBALT-NICKEL MANGANESE OXIDE
CAS:346417-97-8
LiNi0.4Co0.4Mn0.2O2, NCM532, 622, 811, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) Lithium copper composite
ribbon: Li 1, 6.5, 10, 15…25±1um; 20,30,40,50,60,80±5um, Cu 5-12 um thick, Width50, 60,…350 mm, Li2CuSn LITHIUM FERRITE
CAS:12022-46-7
LiFeO2, a-LiFe5O8, Li0.5Fe2.5O4, LiMnFe2O4, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LITHIUM GALLATE
CAS:52934-05-1
LiGa5O8 [er =10.51, Q×f = 127,040 GHz, and tf = –60.16?ppm/?], LiGaO2, Li3Ga5O8: Cr3+; 0.94LiGa5O8-0.06CaTiO3 [er?=?12.79, Q?×?f?=?109,752?GHz and tf = +4.07?ppm/?], [LiGa5O8: Ni2+,Tm3+; : Cr3+ (NIR afterglow 25 hr., 1000 hr. 40 days in sunlight or UV) ; LITHIUM MAGNESIUM SILICATE
CAS:37220-90-9
Li2MgSiO4 (doped w/Mn2+, ...), Li2Mg1-xMnxSiO4 (x = 0.01, 0.02, 0.04, 0.06 and 0.08), Li2Mg0.96Mn0.04SiO4, Li2Mg0.55Co0.05Zn0.4SiO4+3wt% LBBS [er = 5.8, Q×f = 47,518 GHz and tf = -74.8 ppm/°C.], [Li2MgSiO4 +1 wt.% LBS: ?r = 5.5, ultralow tan d 7×10^-5 at Lithium magnesium tungstate
Li2Mg2W2O9 [er = 11.5, Q×f = 31,900 GHz, and tf = -66 ppm/°C ] ,Li2Mg2(WO4)3 [er = 8.2, Q×f = 90,000 GHz, and tf = -52.4 ppm/°C ]:Eu3+, [LxMW x=1 mol% Li2CO3: er=8.2, Q×f=90,000 GHz (f=11.2 GHz), and tf=-52.4 ppm/°C], [(1-x) LMW–xTiO2, er=12.2, Q×f=50,0 LITHIUM MANGANESE OXIDE
CAS:39457-42-6
LiMnO2, Li4Mn5O12, LiMn2O4 (meso), Li1.6Mn1.6O4, Li1.1Mn1.9O4, Li0. 2Mn2O4; Li1/3Mn2/3O2; Li1.12Mn1.88O4, Li0.47Mn0.27O0.26; 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LITHIUM METAGERMANATE
CAS:12315-28-5
LiGeO3, Li4GeO4, Li2AGeO4, A=Mg, Zn, [e.g. er?=?6.1/6.5, Q?×?f?=?28,500/35 400?GHz, and tf?=?–74.7/ppm/°C ] 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) ] LITHIUM MOLYBDATE
CAS:13568-40-6
Li2MoO4, Li2Mo2O7, LixMo4O6, LixMoO2, Li0.74MoO2; Li4Mo5O17, [ e'12.79, ultralow tan d = 0.0004 at 1 GH]; . [Na0.67MoO2]; LiMo8O10, LixMo4O6, Li4/3Mo2/3O2, 2N5, 0.5, 1-3 um -100 mesh; 40% solution [2.66g/cm3, 82.6/79.5/78/73.9g 100gH2O 0/20-30/40/100o Lithium nickel composite ribbon
Li (1, 6.5, 10, 15…25±1um); 20,30,40,50,60,80±5um, Ni 5-12 um thick, Width50, 60,…350 mm, Lithium phosphate, Lithium orthophosphate
CAS:10377-52-3
Li3PO4, Li3.12PO4 [er = 5.89, Q×f = 44,000 GHz, tf = -206 ppm/°C, 0.45Li3.12PO4-0.55TiO2 er = 13.29, Q×f = 40,700 GHz, tf = +8.8 ppm/°C], 99.5%-4N; [B2O3 doped, powder etc.] Li1.3Al0.7Ti1.7Al0.3P3O12, Lithium stainless steel composite
ribbon: Li (1, 6.5, 10, 15…25±1um); 20,30,40,50,60,80±5um, S.S. 5-12 um thick, Width50, 60,…350 mm, LITHIUM TANTALATE
CAS:12031-66-2
LiTaO3 [mp: 1923.15 K, ~21 kV/mm, Tc660oC, er 47, low tand 0.003], Li3TaO4, 99.5-99.99%, 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped) LITHIUM TITANATE
CAS:12031-82-2
Li2TiO3, Li2Ti3O7, Li2Ti6O13, Li4Ti5O12, 0.25, 1, 5, 20 um, 3, 10, 15 m2/g, 150, 160 mAh/g etc.,Li4Ti5O12 [disc ~925 °C, k=18.5~30.1, Q×f 9200-29,530 GHz (at ~7 GHz), -15.0 ppm/°C. sintering 875 to 1050 °C, tf -16.7 to +5.9 ppm/°C], 0.25, 1, 5, 20 um, LITHIUM TUNGSTATE
CAS:13568-45-1
Li2WO4 [tan loss 12 K, er = 4.97-5.5, Q×f = 62,000 GHz, and tf = -146 ppm/°C], Li4WO5 [-2.6 ppm/°C, er=~8.6, Qxf: ~23,100 GHz (at 11.0 GHz)], Li2W2O7, (1-x)Li4WO5-xLiF (x = 0.1, 0.2, 0.3, 0.4, 0.5) [Li3.1W0.7F0.3O3.5, Q×f = 71,000 GHz, er = 16.6 and tf Low Fuming Bronze
CuZn40Fe1Sn1, (T(S/L)866/888, 910-954oC), D1.6, 2, 2.4, 3.2, 4, 4.76, 6.35, 7.93 mm, rod: 1.6-9.5 mm, LUTETIUM ALUMINATE
Lu3Al5O12:Ce3+ [450->550green, IQE80-90.5%, broad NIR, PiG 584 lm, lum. eff. (LE) of 225-300 lm W-1 @ 20 W mm-2], :Mn4+, Mg2+, :Ce3+/Cr3+; : 0.05Ce3+, 0.5%Cr3+ ( 500-850 nm em), (Lu0.5Yb0.5)3Al5O12: 0.01Dy3+ (0.3647, 0.3299), white; Lutetium germanate, doped
Lu2GeO5:Bi3+,Eu3+; Lu1.87GeO5: 0.03Bi3+, 0.10?Yb3+ (QY165%, NIR, down-); Lu2Ge2O7:Bi3+-Eu3+ and Bi3+-Sm3+ (cold white light, warm white light, light pink, pink, to red by Eu3+/Sm3+; Bi3+ QE76% UV-vis.), Lu4GeO8; MAGNESIUM ALLOY
AZ91, AZ91D, AEZ811S, AM60, A380, A356, HK, MB; QE, ZE41A, ZK61, ZM1,2,3,4,6, 7, 8, …Mg-Al, Mg-Li/Al/Zn/Y Mg-Zn, Mn, B, Ti, Al, Sr, Si, Sm, Gd, Nd, La, Ce, Y, Sc, Zr, anode powder, plate anode MAGNESIUM ALUMINATE, (SPINEL)
CAS:12068-51-8
MgAl11O19, MgAl2O4 [Eg 7.8eV; mp: 2408.15K,(er = 8.2, Qxf 68,900-110510 GHz at 12.3 GHz, -75, -74.1 ppm/K), 7.6x10^-6/K, 135~216 MPa (25oC), 120~205 MPa at 1573.15 K], Mg0.7Al2.2O4 and Mg0.4Al2.4O4 [Qxf ~201,100 GHz, ~232,300 GHz], MgAl2O4, MgAl6O10 Magnesium aluminum silicate, Magnesium aluminosilicate
CAS:1327-43-1
Mg2Al4Si5O18 (MAS) 5G/6G [e.g.low er ~ 6, Q×f > 40,000 GHz), tf of -24 ppm/?], +5.5%TiO2: er (5.24), Q×f 33,400 GHz), -2.8 ppm/?], 0.75Mg2Al4Si5O18-0.25TiO2, zero tf =?-0.02~0.2?ppm/°C [15], and (1-x)Mg2Al4Si5O18-xMg2SiO4 sintered to 1340?? for 50?wt% MAGNESIUM ARSENIDE
CAS:12044-49-4
Mg3As2, MnAs, 2N5-3N5, -100 mesh, 1-3, 0.3 um, tablet, [monocrystal mm-cm disc, rod, pieces], 61219-26-9 MAGNESIUM BORATE
CAS:12007-62-4
Mg2B2O5, Mg3B2O6, [low ? 7.2 and 6.2–7.0, Qxf 32100/230,900 GHz, (tf) of -18 to -45 ppm/°C], Mg(BO2)2, 2N5, -200 mesh, 1-3 um, <100 nm MAGNESIUM GERMANATE
CAS:67179-23-1
MgGeO3 and ZnGeO3 CaGeO3 cal.1160–1240?°C[ e 6.8 and 6.6, 8.9; Qxf 65,200?GHz and 25,200, 32,000?GHz, -45?ppm/°C and -35?ppm/°C ], Mn2+ doped MgGeO3, [0.60 and 1.55 eV]; Mg28Ge10O48:Mn4+, Zn2+; MgGeO3: RE2O3, …,[Mg2GeO4:Mn4+ (red, 0.5hr), : Mn4+, Yb3+ MAGNESIUM MOLYBDATE
CAS:12013-21-7
(Mn,Zn)/MgMoO4 [e.g. 7–11, QXf 37,000–90,000 GHz and -57 to -87 ppm/°C] [MgMo0.91W0.09O4, er = 7.21, Q×f = 90,829 GHz, tf = -67 ppm/°C], Mg2Mo3O8, MgMoO4/ZnMoO4 er 7.07/8.67, Q×f of 79,100/ 49,900 GHz, tf –73 / -87.49 ppm/°C at 900 °C; MAGNESIUM NIOBATE, MAGNESIUM DINIOBATE
CAS:242818-00-4
Mg2Nb2O7, Mg4Nb2O6, MgNb2O4, Mg2Nb2O7, Mg4Nb2O6+xmol%MgO (x: 0–3) er 20.8, Qxf 112,630 GHz (x = 0) to 121,580 GHz (x = 1), -48.89 ppm/°C; Mg5Nb4O15, MgNb2O6-xB2O3 [x=0.25 e.g.Q×f 115,800(GHz), high-Q ], Mg4Nb2O9 (er~11, high Q×f~210,000 GHz, tf~-70 ppm/ MAGNESIUM OXIDE
CAS:1309-48-4
MgO 2N-4N, pharm, etc.2N-4N5, 40 nm, 0.1, 0.2, 0.5, 4, 6, 24um, porous, 47m2/g, I2: 80, 100, 120, 150…., , 0.1-1 umx2-20 um whisker; refractory crucible (1-10L), substrate, shield tube, MAGNESIUM RARE EATH ALLOY
Mg- 20-70% Y, Yb, 25,30,35%Nd, Gd, Er, Dy, La, Ce, Sc, Tb, ...etc. MAGNESIUM SILICATE
CAS:1243-88-0
MgSiO3 [low ?r = 6.7, Q×f=121,200 GHz, tf = -17 ppm/°C ], xMgO·ySiO2·nH2O, Mg2SiO4 [e.g. ?r =6-7.8/6.8, vy Q·f = 114,730-240,000-27,000 GHz, (fumed SiO2->ultralow tan d = 0.00047 at 1 GHz) and tf = -60/67/59 ppm/°C], +1wt.%TiO2: er=7, Q×f =230000 GHz, MAGNESIUM SILICIDE
CAS:22831-39-6
Mg2Si, Mg2Si1-xSnx, x=0, 0.4, 0.5, 0.6, ... Mg2Si0.888Sn0.1Sb0.012, 2N, 3N-4N, -100 mesh, tablet MAGNESIUM TITANATE
CAS:12032-30-X
Mg2TiO4 (er: 14.51, (vy. Q*f150,000-161,570 GHz), tf~49.3, -63 ppm /C (1753.15 K))/:Mn4+, Mg2Ti3O8, [Mg1.8Ti1.1O4 (?r ~ 15.74, Q×f~ 141,000 GHz, tf ~ -52.4 ppm/°C)1; Mg4Ti5O12, MAGNESIUM TITANIUM OXIDE
CAS:12032-30-3
MgTiO3 [?r ~ 16, Q×f ~160,000 GHz, tf ~ -50 ppm/°C], MgTi2O5 (<1873.15 K, mp:~1950.15 K, ~2x10^-2 S/m (1000oC), (?r ~ 17.4, Q×f ~47,000 GHz, tf ~ -66 ppm/°C)], MgTi4O9, MAGNESIUM VANADATE
CAS:210909-46-9
MgV2O6, MgV2O4, Mg3V2O8 [ 9.5, Q·f 78,906 GHz, -94.5 ppm/°C], (Mg3-xCox)(VO4)2 [sintered 750 to 1050 °C Q·f 65,440 GHz;], Mg3-xZnxV2O8, Mg3-xCoxV2O8 [Q×f value ˜ 62,000?GHz, tf ˜ +38.8?ppm/°C] , Mg3(VO4)4 [9.1, Quxf?= ?64,142?GHz and tf=-93.2?ppm/°C], MALLEABLE CAST IRON
KT300-06, 330-08, 350-10, 370-12, KTZ450-06, 550-04, 650-02, 700-02, KTB380-04, 380-12, 400-05, 450-07: slabs, rods (d50-200 mm), tube (50-400 mm), pipes…. MANGANESE
CAS:7439-96-5
Mn (99.6%-3N5, 4N) 50 nm, 0.5, 1, 3, 5, 10 um, 40-325 mesh; mm/cm flake, disc, /nitridized, MANGANESE (II) OXIDE, MANGANESE MONOXIDE
CAS:1344-43-0
MnO, Mn: 75.5, 76.5, 77; 98, 99, 99.5% 80, 600 mesh, 1-5 um, <1 um, 2N-3N5 (100 nm, 1-3 um) -100 mesh Manganese (II,IIII) oxide, Trimanganese tetraoxide
CAS:1317-35-7
Mn3O4 99%, 3N, 4N, 50 nm, 0.5, 0.7, 1.3, 5, 10, 13 um; 2, 3, 5, 8.5, 10, 12, 15 m2/g, brown {S 0.04%, Se:1ppm) MANGANESE (IV) OXIDE,
CAS:1313-13-9
MnO2, 4N6, 3N 50 nm 100 nm, 0.5, 1, 5 um, nanotube D200xd5 nmx10 um, (on PC film) black, [La0.1Mn0.9O2 nanorod or particle], MANGANESE BRONZE
QMn1.5, Mn2, Mn5: powder (10-100 um, mm), rod d1-100 mm, tube d1-90 mm, wire d0.1-5mm, ribbon/sheet 0.1-1-5 mm, ball, parts, etc. MANGANESE COBALT OXIDE
Mn1.2Co1.8O4, MnCo2O4, Mn1.25Co1.75O4, MnCo2O4 (132.2 S·cm-1), Mn2.5Co0.5O4, Mn1.5Co1.5O4, MnxCo3-xO4, Mn1+xCo2-xO4 (0=x=1.5), MnCo2O4.5 [500?mA/g over 200 cycles. 1000, 2000 and 3000?mA/g reversible 1441, 1213 and 966?mAh/g] MANGANESE COPPER ALLOY
6J8, 6J11, 6J12, 6J13, Mn-white copper alloy, hard Mn-bronze, Mn-brass, heating, spring alloy, ribbon, wire, rod, tube,…. MANGANESE MOLYBDATE
CAS:53027-17-1
MnMo2O6, MnMoO4, [e.g. er7–11, Qxf 37,000–90,000 GHz, -57 to -87 ppm/°C, ], Mn1.5Mo8O11, Mn2Mo3O8, 99.5%-3N5, 1-3, 0.35, 0.1 um MANGANESE NICKEL ALLOY
Mn-Ni/Ga, 2N-3N5, NiMn2, NiMn5, nitronic 50, 4J78, 6J12, powder, ribbon, wire, pieces, rod, … MANGANESE NITRIDE
CAS:12033-07-7
Mn4N, MnxNy (x=80, 85,75,92%, y=6-14%) Mn3N2, Mn2N, Mn6N2.58; [NTE], Mn2N0.86; 98%-4N 10 um, -300 mesh, MANGANESE ZINC FERRITE
CAS:106218-90-0
(Methoxy-, carboxyl-, amino-, 2.5, 5mL, PEG, OA@, 10+/-5 nm, 1 mg/mL Ms=98emu/g Fe, in chloroform), 50-100 nm, 0.3 um, 1-3 um, grain, tablet, rod, (doped); (magnetic dispersion) MANGANESE ZINC FERRITE
MnxZn1-xFe20, (1-x)Mn0.5Zn0.5Fe2O4-xBa0.85Sr0.15Ti0.9Hf0.1O3,(x?=?0.2, 0.35, 0.5, 0.65, 0.8), 99.7%, (<0.1, 0.5,) 1-2 um, x=0.65 [e.g. 1420 µV/(cm.Oe] MERCURY ALLOY
Hg-Ce, Co, Ni, Cr, Cu, Hg2CuTi, In, Ga, Al, La, Li, Mn, Mo, Sn, Bi, Pb, Cd, Ti, W, V, Mg, Zn…. MOLYBDENUM
CAS:7439-98-7
Mo (99.%-4N-5N. powder (30, 80, 200 nm, 1-2, 3-6 um, -800, -50 Mesh, grain; spherical) Ingot, rod, ball, ribbon/sheet, wire/mesh net, fibric/filter, tube, crucible/pan 0.5-10L), fastener, flange, parts MOLYBDENUM (VI) OXIDE
CAS:1313-27-5
MoO3 99.6%-4N, 50, 100 nm, 1-5, 20 micron, 200 mesh, dics, rod, [monocrystal mm-cm disc, rod, pieces] MOLYBDENUM ALLOY
doped, Mo1-xFex (x=30,35,40…), Cu, Re, Ta, TiZr, W, HfC …., ZrO2, etc., |
