Etchants for Single Crystals

68Ni-31.9Fe-0.1Mg and 63Ni-35Fe-2Mo single crystals-Chemical etching
79Ni-17Fe-4Mo Permalloy single crystal specimens-Chemical polishing
Ag (111) wafers, Ag Natural Crystals, Ag Native single crystals
Ag single crystal specimens-Electrolytic polishing
Ag single crystal sphere-Gas etching
Ag single crystal sphere-Thermal forming
Ag single crystals-Chemical etching
Ag2Al single crystal specimens-Electrolytic polishing
Ag2Al single crystal sphere-Chemical polishing
Ag2Hg (110) single crystal-Chemical polishing/etching
Ag6Ge10P12 single crystal ingots-Chemical etching
Ag-Au single crystal alloy ingots-Chemical etching
AgCd single crystal specimens-Chemical etching
Ag-Cd single crystal-0.8 at.% Cd
AgCl (100) bars, AgCl single crystal specimens-Chemical etching
AgCl single crystal oriented bars-Chemical cleaning
a-Ge as thin film material deposited on NaCl (100) substrates-Float-off
a-Ge evaporated on fused quartz blanks
AgFeTe2 single crystal specimens-Chemical polishing
AgGaSe3 single crystals-Chemical etching
AgGaTe2 single crystals-Chemical etching
AgI powder
AgI single crystals-Chemical cleaning
Ag-I system-Beta-AgI single crystal
AgInSe2 single crystals-Chemical etching
AgInTe2 single crystals-Chemical etching
AgMg single crystal specimens-Chemical cleaning
Ag-Mg single crystal-0.8 at.% Mg
AgS single crystal whiskers-Chemical etching
AgS single crystal whiskers-Electrolytic polishing
AgSbTe2 single crystal specimens-Chemical etching
AgSbTe2 single crystal specimens-Chemical polishing
AgSbTe2 single crystal specimens-Dislocation etching
Ag-Sn (1%) single crystal alloys-Electrolytic polishing
AgTiSe single crystal material-Chemical polishing
Al (100) wafers used in an oxidation study-Electrolytic polishing
Al (100) wafers-Thermal etching
Al material in growing AlGaAsP single crystals-Chemical cleaning
Al single crystal specimens-Electrolytic polihsing
Al single crystal specimens-Electrolytic polishing
Al single crystal specimens-Electrolytic polishing
Al single crystal specimens-Physical etching
Al single crystal sphere-Gas oxidation
Al single crystal wafers-Electrolytic thinning
Al specimens as Al-Si (20%)-Electrolytic etching
Al2O3 as natural corundum-Molten flux removal
Al2O3 as natural single crystals-Chemical cleaning
Al2O3 as natural single crystals-Cleaning
Al2O3 clear fused sapphire blanks and (0001) single crystal oriented blanks-Chemical cleaning
Al2O3 clear fused sapphire blanks and (0001) single crystal oriented blanks-Chemical cleaning
Al2O3 clear fused sapphire blanks and (0001) single crystal oriented blanks-Solvent degreasing
Al2O3 clear fused sapphire blanks and (0001) single crystal oriented blanks-Surface treatment
Al2O3 pressed powder substrates-Chemical etching
Al2O3 single crystal sapphire-Dislocation etching
Al2O3 single crystal spheres-Thin film coating
Al2O3 single crystal-Vacuum, cleaning
Al2O3 thin film-Chemical etching
Al2O3 thin film-Electrolytic etching
Al2O3, thin film deposited on silicon-Photochemical, forming
Al2O3-Zr (1%) doped single crystal-Physical etching
Al-Ag polycrystalline and single crystal ingots-Chemical etching
Al-Ag polycrystalline and single crystal ingots-Chemical etching
AlAs (110) wafers-Gas, oxidation
Al-Au alloy-Chemical etching
Al-Cu single crystal-Chemical etching
Al-Cu single crystal-Chemical etching
Al-Cu single crystal-Chemical etching
AlN thin films (100) and (111)-Acid, float-off
AlNi2 single crystal-Chemical etching
AlP single crystal wafer-Chemical polishing
Alpha brass (Cu-Zn) single crystal-Chemical etching, electro polishing, electro etching
Alpha-brass single crystals-Cutting
Alpha-HgI2 single crystal specimens-Chemical polishing
Alpha-HgI2 single crystal specimens-Chemical polishing
AlPO4 single crystal-Chemical etching
AlSb/GaSb wafers-Chemical etching
Alum, KAl(SO4)2 x 12H2O single crystals-Dislocation etching
Alumina (Al2O3) single crystal-Chemical etching
Alumina (Al2O3) single crystal-Chemical etching
Alumina rich spinel single crystal (MgAl2O4)-Chemical etching
Aluminium single crystal specimens-Chemical polishing
Aluminium single crystal specimens-Chemical polishing
Aluminium single crystal
Aluminium single crystal-Electrolytic polishing
Aluminium single crystal-Electrolytic polishing
Arsenic single crystal-Polishing and etching
As (0001) cleaved specimens-Chemical polishing
As-Sb system (single crystal)-Etching for pit etch
Au (100) single crystal thin films-Specimen preparation
Au (111) and (100) single crystal blanks-Chemical etching
Au as single crystal blanks-Abrasive polishing
Au single crystal spheres-Thermal forming
Au thin films and specimens-Chemical etching
AuAg(x) single crystal ingots-Chemical etching
B single crystal ingot
B single crystal ingot-Chemical etching
B2Te3 single crystal-Chemical etching
B4Ge3Ol2 single crystal-Chemical cleaning
Ba2Si2TiO2 single crystal-Chemical etching
Ba2TiO3 (111) and (100) wafers, single crystals-Chemical etching-Iodine A etchant
Ba2TiO3 single crystal-Thermal processing
BaF2 specimens-Chemical etching
Barium fluoride (BaF2)-Physical etching
Barium fluoride single crystal (BaF2)-Chemical etching
BaWO4 single crystal-Chemical polishing
Be polycrystaline spheres-Thermal processing
Be single crystal-Electrolytic polishing
BeO (0001) single crystal wafers-Chemical ecthing
BeO (0001) single crystals-Mechanical, defect
BeO (0001) wafer-Chemical etching
BeO specimens-Chemical etching
Beryllia single crystals (BeO)-Dislocation etching
Beryllium oxide (BeO)-single crystal-Chemical etching
Beta-SiC (001) single crystal blanks-Ionized gas ecthing
Beta-SiC (001) single crystal blanks-Thermal cleaning
Bi single crystal-Chemical etching
Bi12GeO20 single crystal-Chemical etching
Bi12SiO20 single crystal-Chemical etching
Bi2Se3 single crystal ingot-Chemical polishing
Bi2Te3 (0001) wafers-Chemical etching
Bi-Cd alloy and single crystal specimens-Chemical etching
BiSb single crystals Te doped-Dislocation etching
Bismuth-single crystal-Electro polishing
Bismuth-single crystal-Etching for etch pits
BiSn alloy and single crystal specimens-Chemical etching
BN (100) cubic boron nitride-Metal, removal
BN single crystal films-Gas, crystallization
BP (100) and (111) single crystals-Molten flux
BP single crystal wafers-Electrolytic etching
Brass, as single crystal alpha-brass-Electrolytic polishing
C as graphite single crystal material-Stress, defect
C as natural graphite specimens-Chemical etching
C as single crystal graphite specimens-Gas oxidation
C as single crystal graphite specimens-Metal decoration
C as single crystal graphite-Cleave
Ca3Al2Ge3O12 single crystal ingot-Chemical cleaning
Ca5(PO4)1F-Nd single crystals-Chemical etching
Ca5(PO4)3F-Physical polishing
Cadmium selenide (CdSe) hexagonal single crystal-Chemical etching
Cadmium selenide (CdSe) single crystal-Etch for (0001) facet
Cadmium single crystal-Chemical etching
Cadmium single crystal-Chemical polishing
Cadmium single crystal-Chemical polishing
Cadmium single crystal-Chemical-mechanical polishing
Cadmium sulphide (CdS) single crystal-Chemical etching
Cadmium sulphide (CdS) single crystals-Chemical polishing and etching
Cadmium sulphide (CdS) single crystals-Chemical polishing and etching
Cadmium telluride (CdTe) single crystal-Chemical polishing
CaMoO4 single crystals
CaSiF2 single crystals-Chemical etching
CaW04 single crystal specimens-Chemical polishing
CaW04 single crystal specimens-Dislocation etching
CaWO4 single crystal specimens-Chemical polishing
CaWO4 single crystals-Pressure processing
Cd (111) and (100) single crystal wafers-Chemical polishing
Cd as single crystals and alloy specimens-Chemical etching
Cd dislocation free single crystals-Mechnical, defect
Cd single crystal specimens-Chemical thinning
Cd single crystal specimens-Physical etching
Cd single crystal wafer-Mechanical, orientation
Cd single crystals-Dislocation etching
Cd3As2 single crystal specimen-Chemical polishing
CdF2 single crystal ingots-Thermal, annealing
CdIn2Se4 single crystal specimens-Chemical etching
CdIn2Se4 single crystal specimens-Chemical polishing
CdS (0001) and (1013) wafers-Chemical etching
CdS (111) wafer-Chemical etching
CdS single crystal specimen-Chemical and thermal etching
CdSe and (Cd,Se)xZn(1-x) single crystal thin films-Chemical etching
CdTe single cystal ingot-Chemical cleaning
CeAl3 single crystal-Chemical etching
CeCu6 single crystal-Chemical etching
Cerium specimens-Chemical etching
Cl2 single crystal-Pressure
Co oxide (CoO) single crystal-Chemical etching
Co oxide single crystal-Chemical etching and electro thinning
Co oxide single crystal-Chemical etching
CO2 single crystal-Cryogenic gas, forming
Co3S4 single crystal sphere-Chemical etching
Cobalt single crystal-Chemical polishing
Co-Fe single crystal-Co-8 wt.% Fe
Copper single crystal-Chemical etching
Copper single crystal-Chemical polishing, electrolytic etching, etch pit etching
Copper single crystal-Electro etching for etch pits
Copper single crystal-Electro polishing
Copper single crystal-Etching for etch pits
Copper single crystal-Etching for etch pits
Copper single crystals-Electro polishing
Cr2O3 (0001) wafers-Chemical etching
Cr2O3 (111) single crystal-Material growth
Cs2O (111) wafers-Chemical cleaning
CsCl single crystal-Chemical etching
CsI (100) oriented single crystal wafers-Chemical polishing/etching
Cu (100) wafers-Chemical polishing
Cu (111) single crystal wafers-Dislocation etching
Cu (111) single crystal-Chemical cleaning
Cu (111) wafers-Electrolytic polishing
Cu (111) wafers-Gas cleaning
Cu (1O0) single crystal wafers-Gas removal
Cu and Cu alloy parts-Chemical etching
Cu oxides-single crystals-Chemical polishing
Cu single crystal ingots-Chemical etching
Cu single crystal specimens-Acid cleaning
Cu single crystal specimens-Chemical etching
Cu single crystal specimens-Chemical etching
Cu single crystal specimens-Chemical polishing
Cu single crystal specimens-Chemical polishing
Cu single crystal specimens-Chemical polishing
Cu single crystal specimens-Electrolytic polishing
Cu single crystal specimens-Electrolytic polishing
Cu single crystal specimens-Electrolytic polishing
Cu single crystal specimens-Physical etching
Cu single crystal sphere-Acid oxidation
Cu single crystal sphere-Chemical etching
Cu single crystal sphere-Gas, preferential
Cu single crystal spheres-Acid oxidation
Cu single crystal spheres-Electrolytic oxide removal
Cu single crystal spheres-Electrolytic polishing
Cu single crystal spheres-Electrolytic polishing
Cu single crystal spheres-Electrolytic polishing
Cu single crystal spheres-Gas, preferential
Cu single crystal spheres-Salt, removal/preferential
Cu single crystal spheres-Thermal forming
Cu single crystal spheres-Thermal forming
Cu single crystal wafers of various orientations-Dislocation etching
Cu single crystal wafers-Chemical etching
Cu single crystal wafers-Chemical etching
Cu single crystal wafers-Dislocation etching
Cu single crystals-Chemical cleaning
Cu single crystals-Deformation
Cu2O native oxide-Oxide removal
Cu2O as a native oxide on copper surfaces-Acid removal
Cu3Au single crystal specimens-Electrolytic polishing
Cu3Au single crystal specimens-Electrolytic polishing
Cu6PS5-I single crystal-Chemical etching
Cu-Al alloy single crystal-Alloy with 0.3-0.7 at.% Al
Cu-Au single crystal (Cu3Au)-Electro polishing
CuBr single crystals-Chemical polishing
CuCl single crystals-Chemical polishing
Cu-Fe single crystal-Up to 1.58 wt.% Fe
Cu-Ga sulphide (CuGeS2 single crystal)-Chemical etching
CuGaS2 single crystals-Chemical cleaning
CuGaSe3 single crystal-Chemical etching
CuGaTe2 single crystals-Chemical etching
CuGe2P3 single crystal ingots-Chemical etching
CuI single crystals-Chemical polishing
CuInS2 (112) wafers-Dislocation etching
CuInS2 n-type wafers-Photo etch-polishing
Cu-In-Se single crystals (CuInSe2)-Chemical etching
CuInSe2 single crystal-Chemical polishing/staining
CuInTe2 single crystals-Chemical etching
CuNi single crystal specimens-Chemical etching
D (111) single crystal specimens-Thermal processing
Dy as single crystal spheres-Chemical etching
Er single crystal specimens-Thermal processing
ErSi2 thin films grown on Si (100)-Thermal forming
Eu3Sc2Fe3OI2 single crystal
Fe (100) wafers and other orientations-Chemical etching
Fe single crystal and polycrystalline spheres-Thermal forming
Fe single crystal spheres-Chemical etching
Fe single crystal whiskers-Chemical etching
Fe single crystal whiskers-Fe single crystal whiskers etched in this solution to observe dislocations
Fe single crystal whiskers-Thermal etching
Fe thin films deposited by MBE on GaAs, (110) wafer substrates-Chemical etching
Fe thin films deposited by MBE on GaAs, (110) wafer-Polishing
Fe(3-x)Ti(x)O4 single crystal-Chemical etching
Fe, single crystal iron spheres-Chemical etching
Fe, single crystal iron whiskers-Dislocation etching
Fe2Al3Si3O12 as natural single crystal almandite-Chemical cleaning
Fe2Mo3O8 single crystals-Chemical etching
Fe2O3 natural single crystals-Chemical etching
Fe3C-Fe specimens-Chemical etching
Fe3O4 artificial single crystal magnetite-Cutting
Fe3O4 as fine natural single crystal-Chemical cleaning
Fe3O4 grown as a single crystal ingot-Chemical cleaning
Fe3O4 single crystal-Chemical etching
Fe3O4 single crystals-Chemical etching
Fe3O4 specimen-Chemical polishing
Fe3O4 specimens-Chemical etching
FeAl single crystal specimens-Chemical etching
Fe-Be (20%) polycrystalline wire-Electrolytic cleaning
FeC single crystal alloys-Chemical thinning
Fe-Mn (1%) single crystal specimens-Chemical etching
Fe-Ni (65%) alloy specimens-Chemical etching
Fe-Ni-Cr alloy-Fe-15Ni-15Cr-single crystal
FeS2 as artificial and natural single crystals-Pressure
FeS2 single crystal ingot-Chemical polishing
Fe-Si (3%) single crystal specimens-Electrolytic polishing
Fe-Si (4%) polycrystalline rods-Chemical etching
FeSi (7.7%) single crystal (100)-Thermal de-stress
Fe-Si single crystals-Chemical and elctrolytic etching
Fluorine specimen
Ga as a constituent in single crystal GaAs p-type wafers-Chemical etching
Ga2O3 doped with iron and grown as single crystal ferrites-Chemical etching
GaAs (100) wafers-Chemical etching
GaAs (111) as single crystal wafers and spheres-Chemical etching
GaAs single crystal sphere-Chemical etching
GaAs single crystal spheres-Chemical etching
GaAs single crystal spheres-Chemical etching
GaAs:Cr (100) (SI) wafers-Chemical cleaning
GaFeO3 single crystal ingot-Acid, removal
Gallium phosphide (GaP) single crystals-Chemical etching
GaN (0001) single crystal thin films-Chemical etching
GaN (0001) single crystal thin films-Electrolytic etching
GaN thin films grown by MBE on (0001), and (01.12) single crystals sapphire substrates to 1000 A thickness-Thermal cleaning
GaP material used for growth-of AlGaAsP single crystal ingots-Chemical cleaning
GaP polycrystalline material-Chemical cleaning
GaPO4 single crystals-Chemical ecthing
Garnets as natural single crystals-Chemical etching
Gd single crystal specimens-Thermal etching
Ge (100) wafers and other orientations-Chemical polishing/etching-Camp #4 (CP4) etchant Ge (100) wafers cut within 1 of plane-Physical cleaning
Ge (111) wafers-Chemical etching
Ge (111) wafers-Chemical etching-Camp #2 (Superoxol, CP2) etchant
Ge (111), (110), (100), (211) wafers and single crystal spheres-Chemical etching
Ge (111), (110), (100), (211) wafers and single crystal spheres-Chemical etching
Ge and Si wafers-Electrolytic oxidation
Ge as single crystal spheres-Chemical polishing
Ge as single crystal spheres-Molten flux etching
Ge as single crystal-Chemical polishing/etching
Ge single crystal hemispheres-Chemical etching
Ge single crystal specimens
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal spheres-Chemical etching
Ge single crystal wire filaments-Electrolytic shaping
Ge single crystal-Acid, cover
Ge single cyrstal spheres-Chemical etching
Ge specimens-Ge specimens
Ge sphere-Chemical etching
Ge spheres of single crystal germanium and silicon-Chemical polishing
Ge wafers studied for neutron irradiation effects
Ge wafers-Chemical etching
Ge3N4 and Ge3O(1-x)N(x)-Chemical etching
GeS single crystal platelets-Chemical cleaning
GeTe single crystal specimens-Chemical etching
Gold single crystal-Electro polishing
Gypsum single crystal-CaSo4 x 2H2O
Hafnium single crystal-Chemical polishing
Hf single crystal wafers and HfN thin films-Chemical cleaning
Hf3Sn2 single crystal specimens-Chemical etching
Hg liquid frozen-Air etching
Hg(1-x)Cd(x)Te single crystal-Chemical polishing
HgAg natural single crystal-Acid, removal
HgCdTe single crystal ingots and wafers-Chemical etching
HgCdTe single crystal material-Chemical polishing/etching
HgCdTe single crystal wafers-Chemical polishing
HgI2 single crystals-Ketone, growth
HgSe single crystal specimens-Chemical polishing
HgTe single crystal wafers-Chemical polishing
Ho single crystal specimens-Thermal etching
HoCu2Ge2 single crystal specimens-Chemical etching
Silicon single crystals-Etching of the p-n transition
Silicon single crystals-For revealing dislocations
Silicon single crystals-For TEM sample preparation
Silicon single crystals-For TEM sample preparation
In single crystal ingot-Chemical etching
In single crystal wires-Electrolytic etching
In2Te3 specimens-Chemical polishing
In2Tl3 single crystal ingots-Chemical polishing
In5Bi3 single crystal specimens-Chemical polishing
InAs (111) wafers-Chemical etching
Indium single crystal-Chemical etching and polishing
InP p-type single crystal wafers-Chemical polishing
InSb (111) wafers-Chemical etching
InSb (111) wafers-Chemical polishing
InSb (111) wafers-Thermal etching
InSb (311) and (110) wafers-Electrolytic polishing
InSnO2 single crystal-Acid, flux, removal
Jacquet's etchant
KBr (100) wafers and single crystals-Water polishing
KBr and KI single crystal specimens-Solvent polishing
KCl single crystal specimens-Acid forming
KCl single crystal specimens-Acid forming
KI and KBr single crystal specimens-Polishing
KMnFe3 single crystal sphere
Kr (100) solid single crystal ingots-Pressure
KTaO3 iron doped single crystal wafer-Abrasive polishing
La, U and Th used as pressed powders-Pressure
LaB single crystal filaments-Electrolytic polishing
LaB6 single crystal specimens-Acid, forming
LaCu6 single crystal-Chemical etching
LaSrCoO3 single crystals cleaved (001)-Salt polishing
LaSrCoO3 single crystals-Chemical etching
LaSrFeO3 single crystals-Chemical etching
Lead single crystal-Chemical polishing
Lead sulphide (PbS)-Sample preparation
Li single crystal spheres-Thermal forming
Li3Bi single crystal ingots-Chemical polishing
LiF (100) single crystal specimens-Chemical etching
LiInS2 thin films on (111) silicon wafer substrates-Chemical etching
LiNbO3 single crystal specimens-Chemical etching
LiNbO3 single crystal specimens-Metal decoration
LiTaO3 single crystal specimens-Chemical etching
LiTaO3 single crystal wafers-Metal decoration
Lithium carbonate single crystal-Chemical etching
Lithium fluoride (LiF) single crysta-Chemical etching
Lithium fluoride (LiF) single crystal-Chemical etching
Lithium fluoride (LiF) single crystal-Chemical etching
Lithium specimens-Chemical etching
Lithium tantalate (LiTa03)-For domain structure in single crystals
Magnesia (MgO) single crystal-Chemical etching
Magnesia (MgO) single crystal-Chemical etching
Magnesia (MgO) single crystal-Chemical etching
Magnesia (MgO) single crystal-Chemical etrching
Magnesia (MgO) single crystal-Chemical polishing and etching
Magnesia (MgO) single crystal-Chemical polishing
Magnesia (MgO)-This etch produces pits on single crystal MgO on (100) and (110) faces
Magnesium single crystal-Chemical etching
Mg pieces-Chemical cleaning
Mg single crystal specimens-Physical etching
Mg single crystal wafers-Chemical etching
Mg single crystal wafers-Electrolytic polishing
Mg specimens and alloys-Acid cutting
Mg2Ge (111) cleaved wafers-Chemical etching
Mg2Si single crystals-Chemical etching
Mg2Sn single crystal specimens
MgAl2O4 (spinel) (111) wafers-Chemical cleaning
MgAl2O4 (spinel) natural crystals-Molten flux decomposition
MgO (100) wafers-Chemical etching
MgO (111) cleaved substrates-Ionized gas, cleaning
MgO single crystal specimens-Electron damage
MgO x Al2O3 (111) blanks-Gas etching
MgS single crystals-Chemical etching
MgSe single crystal-Chemical polishing
MgTe single crystals-Chemical etching
Mn(x)Zn(1-x)Y(z)O12 single crystal specimens-Abrasive polishing
MnFe2 single crystal sphere-Abrasive, forming
MnO single crystals doped with iron as ferrites-Chemical etching
MnO2 single crystal specimens-Physical etching
MnTe2 single crystal specimens-Chemical polishing
Mo single crystal specimens-Electrolytic thinning
Mo2B5 specimens-Chemical etching
Molybdenum selenide (MoSe2)-MoSe2 single crystal
Molybdenum single crystal-Electro polishing
Mo-Nb alloy single crystal-Alloy with 5 at.% Nb
MoS2 natural single crystal specimens-Ester, removal
MoS2 single crystal platelets-Tape, cleaning
MoS2 single crystal specimens-Chemical polishing
MoSe2 single crystal specimens-Chemical polishing
MoSeS2 single crystal platelets-Tape, cleaning
MoTe2 single crystal specimens-Chemical polishing
N2, grown as a single crystal-Pressure, defect
NaBr single crystal specimens-Alcohol, cutting
NaCl (100) wafers and single crystals-Chemical polishing
NaCl (100) wafers, NaCl single crystal whiskers-Chemical etching-Moran's etchant
NaCl single crystal specimens-Chemical etching
NaNO3 single crystals-Base, removal
Nb (100) oriented single crystal cylinders-Thermal etching
Nb (100) oriented single crystal rods-Chemical polishing
Nb specimens-Electrolytic polishing
Nb3Ge single crystal compound-Physical etching
Nb3Sn amorphous thin films-Heat, removal
Nb3Sn as single crystals-Chemical polishing
Nb3Te4 single crystal-Chemical cleaning
NbAl(y) as alloy specimens-Chemnical etching
Nb-Mo alloys-Single crystal alloys
Nb-Rh alloys single crystal-Chemical polishing
Nb-Sn alloys (single crystal Nb3Sn)-Chemical etching
Ne grown as a single crystal-Pressure
Ni single crystal sphere-Thermal forming
Ni single crystals-Electrolytic thinning
Ni2B thin film-Metal forming
NiAl single crystal specimens-Electrolytic polishing
Nickel single crystal-Electro polishing
Ni-Cr specimens-Electrolytic cutting
Ni-Cr specimens-Electrolytic thinning
NiCu (30%) single crystal-Thermal forming
NiCu (5%) to NiCu (80%) single crystal wafers-Chemical etching
Ni-Ge alloys (Ni3Ge single crystal)-Electrolytic polishing
NiI single crystal-Alcohol removal
NiMn single crystal specimens-Electrolytic etching
NiO single crystal specimens-Physical thinning
Niobium single crystal-Chemical polishing
Niobium single crystal-Electrolytic polishing
Niobium single crystal-Electrolytic polishing
Niobium single crystal-Produces triangular etch pits on (111) planes
NiTi single crystal specimens-Chemical etching
Os specimens-Chemical etching
OsS2 single crystal specimens-Chemical polishing
OsTe2 single crystal specimens-Chemical polishing
Pb single crystal ingots-Chemical etching
Pb single crystal specimens-Chemical polishing
Pb specimens and single crystal ingots-Chemical etching
Pb specimens-Oxide removal
Pb(NO3)2 grown as single crystals-Chemical polishing
PbGeTe single crystal ingots-Chemical etching
PbMoO4 single crystals-Pressure
PbO single crystal plates-Cutting
PbS (100) wafers-Chemical polishing/etching
PbZrO3 single crystal specimens-Chemical polishing
PbZrO3 single crystal specimens-Chemical polishing
PbZrO3 single crystal specimens-Chemical polishing
Pd 99.95% pure single crystal specimens-Electrolytic polishing
Pd single crystals and thin films-Chemical etching
PdNiP, PtNiP, and PtCuP metallic glasses-Chemical etching
Potash-strontia-niobium oxide system-K2O-SrO-Nb2O5 single crystal
Potassium doped lithium carbonate single crystal-Li2O3-1% K2CO3
PrCo2Si2 single crystals-Chemical etching
Pt single crystal ingot-Halogen, pasivation
PtAs2 single crystal specimens-Chemical polishing
PtO crystalline thin films-Chemical etching
PtP2 single crystal specimens-Chemical polishing
PtSb2 single crystal specimens-Chemical polishing
Pure Be, fine grained Be, single crystals-Chemical etching
Pure Be, grain boundaries, impurities, single crystals-Chemical etching
R5In2 grown as single crystals-Chemical etching
Rb-Fe-F system (RbFeF3 single crystals)-Chemical etching
Ru (100) wafers-Ionized gas cleaning
RuS2 single crystal specimens-Chemical polishing
RuSe2 single crystal specimens-Chemical polishing
RuTe2 single crystal specimens-Chemical polishing
Rutile single crystal (TiO2)-Chemical polishing
S (001) wafers-Chemical etching
S (100) wafers-Chemical etching
Sb (0001) wafers cleaved under LN2-Chemical polishing
Sb single crystal wafers-Chemical polishing
Se deposits remaining on the (TTT)B surface of HgSe wafers-Chemical etching
Se single crystal specimens-Chemical etching
Se single crystal specimens-Chemical etching
Se single crystal specimens-Chemical etching
Se single crystal wafers-Chemical etching
Se single crystal wafers-Chemical etching
Si (100) and (110) wafers-Dislocation etching-Chrome dislocation etchant
Si (100) and (111) wafers-Acid, float-off
Si (100) wafers-Chemical jet thinning
Si (100) wafers-Physical etching
Si (100), n- and p-type wafers, 20 and 25 Ohm cm resistivity-Chemical cleaning
Si (111) and (100), p-type, 1-10,000 Ohm cm resistivity wafers-Chemical etching-Secco's etchant
Si (111) p- and n-type, 20 and 25 Ohm cm resistivity wafers-Chemical cleaning
Si (111) wafers and other orientations-Chemical etching-Sirtl's etchant
Si (111) wafers-Chemical polishing
Si as a pre-cut single cystal octahedron, (111) form-Chemical etching
Si single crystal hemispheres-Chemical etching
Si single crystal spheres 1/2" diameter-Chemical polishing
Si single crystal spheres From 1/8 to 1/2" in diameter-Sample preparation
Si single crystal spheres, p- and n-type-Sample preparation
Si single crystal spheres-Chemical ecthing
Si single crystal spheres-Chemical ecthing
Si single crystal spheres-Chemical etching
Si single crystal spheres-Chemical etching
Si single crystal spheres-Chemical etching
Si single crystal spheres-Chemical polishing
Si single crystal spheres-Sample preparation
Si single crystal spheres-Si single crystal spheres
Si single crystal wafers of different orientations-Chemical etching-Copper dislocation etchant
Si single crystal wafers-Chemical etching
SiC single crystal specimens-Electrolytic polishing
Si-Ge single crystal ingots-Chemical etching
Silicon carbide (SiC) single crystal-For revealing the growth spirals
Silicon carbide (SiC) single crystal-Shows differences between Si (smooth etch) and C (rough etch) faces on opposing (001) surfaces
Silicon specimens-Chemical polishing
Silver single crystal-Chemical polishing and etching
Silver single crystal-Chemical polishing and etching
Silver single crystal-Chemical polishing
Silver single crystal-Chemical polishing
SiO2 (0001), (1010), natural single crystal and artificial fused quartz wafers and blank-Chemical etching
SiO2 and Si3N4 thin films deposited on silicon-Chemical etching
SiO2 as fused quartz ampoules-Chemical cleaning
SiO2 as natural single crystal-Chemical etching
SiO2 as single crystal natural quartz, artificial quartz, and vitreous silica (fused glass)-Chemical cleaning
SiO2 as single crystal quartz blanks-Chemical cleaning
SiO2 single crystal artificial alpha-quartz blanks-Chemical thinning
SiO2 single crystal artificial specimens-Chemical cleaning
SiO2 single crystal blanks-Chemical cleaning
SiO2 single crystal blanks-Chemical cleaning
SiO2 single crystal blanks-Chemical etching
Sn (001) and (111)-tetragonal alpha-tin single crystals-Electrolytic polishing
Sn (100) single crystal-Chemical etching
Sn single crystal ingots-Electrolytic sawing
Sn single crystal specimens-Physical etching
Sn single crystal sphere-Chemical etching
Sn single crystal wires-Electrolytic polishing
Sn white-tin single crystal-Chemical polishing
Sodium chloride (NaCl) rock salt-Chemical etching
Sodium chloride (NaCl) rock salt-Etch pits on single crystals
Sodium chloride (NaCl)-Chemical polishing of single crystal
Spinel single crystal (MgAl2O4)-For etching (100) face
SrF2 (100) thin film deposited on GaAs substrates-Chemical etching
SrGa12O19 (0001) cleaved wafers-Chemical etching
SrGa12O19 single crystals-Chemical etching
SrTiO3 single crystal specimens-Abrasive polishing
SrTiO3 single crystal specimens-Abrasive polishing
SrWO4 single crystal specimens-Chemical polishing
Steel, (100) single crystal specimens-Chemical cleaning for plating
Strontium fluoride single crystal (SrF2)-Etch pits on (111) faces are revealed by etching
Strontium tetrahydrate-SrC4H4O6 x 4H2O single crystal
Strontium tetrahydrate-SrC4H4O6 x 4H2O single crystal
Strontium titanate (O-Sr-Ti)-Dislocation etch in single crystals
Ta material-Electrolytic polishing
TaMo single crystal alloy-Electrolytic polishing
TaS2 single crystals-Chemical etching
TaSe2 single crystal specimens-Chemical etching
TaSi2 thin films-Chemical etching
Tb single crystal specimens-Thermal etching
Te (10T0) wafers-Chemical etching
Tellurium single crystal-Chemical etching
TeO2 as natural single crystals-Chemical polishing/etching
Ti and Ti alloys (single crystals)-Dislocation etching
Ti-Al system-Alloys with up to 5 at.% Al
TiB2 and TiC single crystal wafers-Cleaning
TiC single crystal ingot-Electrolytic polishing
Ti-C system-TiC(x), 0.5 < x < 1.0, single crystal
Tin (Sn) single crystal-Electrolytic polishing, chemical etching
TiO2 (110) natural single crystal rutile specimens-Salt flux decoration
TiO2 as natural single crystal rutile-Chemical cleaning
TiO2 as natural single crystal rutile-Gas cleaning
TiO2 single crystal natural rutile crystals-Chemical cleaning
Titanium alpha-Ti single crystal-Chemical polishing
Titanium carbide (TiC) single crystal-Electrolytic polishing
Titanium carbide (TiC)-Single crystal-Chemical and electrolytic etching
Titanium diboride single crystals (B-Ti(2))-Chemical etching
Tl (0001) wafers-Chemical cleaning
Tl2Se3 and TlSe single crystal-Chemical polishing
TlBiTe2 single crystal n-type-Chemical polishing/etching
Tm single crystal specimens-Thermal etching
Tungsten single crystal-Electrolytic polishing, chemical polishing
Tungsten single crystal-Electrolytic polishing
UC (001) wafers-Electrolytic jet thinning
UC single crystal wafers-Chemical etching
UN (001) wafers-Electrolytic jet thinning
Uranium dioxide (UO2) single crystals-Used mainly for (111) faces but can be used for (100) faces
US (001) wafers-Electrolytic jet thinning
UTi single crystal specimens-Electrolytic polishing
V single crystal and polycrystalline spheres-Thermal forming
Vanadium single crystal-Electrolytic polishing and etching
VBr2 single crystals-Chemical polishing/etching
VC (1OO) single crystal and polyerystalline specimens-Chemical etching
VC (1OO) single crystal ingots-Electrolytic etching
V-C system-VC(0.76) single crystals
VGa single crystal filaments-Chemical etching
W (001) wafers and single crystals-Electrolytic polishing
W single crystal wafers-Chemical etching
W specimens as wire, W single crystal wafers-Gas, forming
W specimens-Electrolytic polishing
WC single crystal specimens-Thermal etching
WO3 thin film deposited on 2100 A SnO2 on a glass substrate-Chemical etching
WRh (2%) and (6%), (100) wafers-Electrolytic polishing
WS2 single crystal specimens-Chemical polishing
WSe2 single crystal specimens-Chemical polishing
WSe2 single crystal specimens-Solvent cleaning
Y single crystal specimens-Chemical etching
Y2(CoM)17 single crystal ingots-Chemical polishing
Y2Ga7O12 single crystals-Chemical cleaning
Y3Fe5O12 (YIG) single crystal spheres-Abrasive polishing
Y3Fe5O12 (YIG) single crystal-Chemical cleaning
Yb single crystal specimens-Chemical etching
Zinc oxide single crystal (ZnO)-Chemical polishing and etching
Zinc selenide (ZnSe)-Etchant for zinc selenide single crystals
Zinc single crystal-Sample preparation procedure
Zinc specimens-A cellular structure is shown in Zn single crystals by etching in this solution
Zirconium diboride single crystals-Electro thinning
Zn (0001) single crystal wafers-Metal decoration
Zn (0001) wafers and ingots-Chemical polishing
Zn (0001) wafers-Acid cutting
Zn alloy single crystal platelets-Chemical polishing
Zn single crystal specimens-Acid, cutting
Zn single crystal specimens-Dislocation etching
Zn single crystal wafers-Zn single crystal wafers acid-saw cut using a braided SST wire and nitric acid
Zn single crystal-Chemical etching
Zn single crystals-Chemical polishing
Zn wafers and single crystals-Zn (0001) cleaved wafers
Zn3As2 single crystal sphere-Thermal etching
Zn3P2 single crystal and thin film-Chemical etching
ZnO single crystal material-Thermal treatment
ZnO single crystal specimens-ZnO single crystal specimens used in a study of deformation
ZnO single crystal wafers-Chemical etching
ZnS single crystal wafers-Chemical etching
ZnSe single crystal platelets-Chemical etching
ZnSe single crystal wafers-Chemical etching
ZnSe single crystal wafers-Chemical polishing
ZnSe-S (111) (SI) wafers and ZnSe single crystals-Chemical cleaning
ZnSiF2 single crystals-Chemical etching
ZnSiP2 (100) single crystal wafers-Chemical polishing
ZnSnAs2 single crystals-Chemical etching
Zr single crystal
Zr2Ni single crystal specimen-Chemical etching
Zr2Ni single crystals-Chemical etching
ZrO2 single crystal specimen and ZrO2 thin film-Chemical etching
ZrO2 single crystal specimens-General etching
ZrS2 single crystal specimens-Sample etching
ZrV single crystal metallic alloy-Chemical etching

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