Measured Parameter

ITEM_CODE ITEM | DESCRIPTION |

AB | albite |

AC | acmite |

ACC | accessory minerals |

ACT | actinolite |

ALM | almandine |

ALT | alteration product |

AMG | amygdule |

AMPH | amphibole |

AN | anorthite |

ANAL | analcite |

AND | andalusite |

ANDR | andradite |

ANH | anhydrite |

APA | apatite |

AUG | augite |

Ag | silver |

Age | sample age |

Al | aluminum |

Al2O3 | aluminium oxide |

Ar | argon |

Ar36 | argon isotope Ar36 |

Ar36_Ar38 | ratio of argon isotopes Ar36 to Ar38 |

Ar36_Ar40 | ratio of argon isotopes Ar36 to Ar40 |

Ar37_Ar40 | ratio of Ar37 to Ar40 |

Ar38 | argon isotope Ar38 |

Ar38_Ar36 | ratio of argon isotopes Ar38 to Ar36 |

Ar39 | argon isotope Ar39 |

Ar39_Ar40 | ratio of argon isotopes Ar39 to Ar40 |

Ar40 | argon isotope Ar40 |

Ar40RG_Ar39K | ratio of radiogenic Ar40 to Ar39 produced from k |

Ar40_ATM | atmospheric argon isotope Ar40 |

Ar40_Ar36 | ratio of argon isotopes Ar40 to Ar36 |

Ar40_Ar36(I) | initial Ar40 to Ar36 ratio |

Ar40_Ar39 | ratio of argon isotopes Ar40 to Ar39 |

Ar40_He4 | ratio of argon isotopes Ar40 to helium isotope He4 |

Ar40_RG | radiogenic Ar40 |

As | arsenic |

Au | gold |

B | boron |

B11_B10 | boron isotope |

BIO | biotite |

BST | bastite |

BZT | bronzite |

Ba | barium |

BaO | barium oxide |

Be | beryllium |

Be10 | beryllium isotope Be10 |

Be10_Be9 | ratio of beryllium isotopes Be10 to Be9 |

Be9 | beryllium isotope Be9 |

Bi | bismuth |

Br | bromium |

C | carbon |

CALC | calcite |

CAP_DELTA_S33 | deviation of Delta_S33 from the terrestrial fractionation array, calculated as Delta_S33 minus 1000 times ((Delta_S34 divided by 1000 then plus one) taken to the 0.515th power) minus 1 or CAP_DELTA_33S=DELTA_S33-1000×[(DELTA_S34/1000+1)^0.515-1] |

CAP_DELTA_S36 | deviation of Delta_S36 from the terrestrial fractionation array, calculated as Delta_36S minus 1000 times (((one plus Delta_S34 divided by 1000) taken to the 1.9th power) minus 1)" or "CAP_DELTA_36S=DELTA_S36-1000×[(DELTA_S34/1000+1)^1.9-1 |

CARB | carbonate |

CASU | calcium sulfate |

CATS | calcium tschermak molecule |

CCR | calcium chromium clinopyroxene |

CELS | celsian |

CH4 | methane |

CHL/SMEC | chlorite/smectite |

CHLOR | chlorite |

CHROM | chromite |

CLAY | clay |

CLY | clay mineral |

CO1 | carbon monoxide |

CO2 | carbon dioxide |

CO2_umol | carbon dioxide measured in micromols |

COR | corundum |

CPX | clinopyroxene |

CPY | chalcopyrite |

CST | coesite |

CTD | chloritoid |

CTI | calcium titanium tschermak molecule |

C_(non-carb) | non-carbonate carbon |

Ca | calcium |

Ca-OL | calcium-olivine |

CaCO3 | calcium carbonate |

CaO | calcium oxide |

Cd | cadmium |

Ce | cerium |

Ce136_Ce142 | ratio of cerium isotopes Ce136 to Ce142 |

Ce138_Ce142 | ratio of cerium isotopes Ce138 to Ce142 |

Ce140_Nd146 | ratio of cerium to neodymium isotopes Ce140 to Nd146 |

Ce2O3 | cerium oxide |

Cl | chlorine |

Co | cobalt |

CoO | cobalt oxide |

Cr | chromium |

Cr2O3 | chromium oxide |

Cs | cesium |

Cu | copper |

Cu2O | copper(I) oxide |

CuO | copper oxide |

DELTA_B11 | equals: (ratio of boron isotopes B11/B10 in the sample divided by ratio of B11/B10 in reference material srm951) minus 1, multiplied by 1000 |

DELTA_C13 | equals: (ratio of carbon isotopes C13/C12 in the sample divided by ratio of C13/C12 of the pee dee belemnite) minus 1, multiplied by 1000 |

DELTA_Ca44 | equals: (ratio of calcium isotopes Ca44/Ca40 in the sample divided by ratio of Ca44/Ca40 of NIST-SRM-915a) minus 1, multiplied by 1000 |

DELTA_Cl37 | equals: (ratio of chlorine isotopes Cl37/Cl35 in the sample divided by ratio of Cl37/Cl35 of the standard mean ocean chlorine) minus 1, multiplied by 1000 |

DELTA_Cu65 | equals: (ratio of copper isotopes Cu65/Cu63 in the sample divided by ratio of Cu65/Cu63 of the standard NIST-976) minus 1, multiplied by 1000 |

DELTA_D | equals: (ratio of hydrogen isotopes H2/H1 in the sample divided by ratio of H2/H1 in reference material ) minus 1, multiplied by 1000 |

DELTA_Fe56 | equals: (ratio of iron isotopes Fe56/Fe54 in the sample divided by ratio of Fe56/Fe54 of irmm-014) minus 1, multiplied by 1000 |

DELTA_Fe57 | equals: (ratio of iron isotopes Fe57/Fe54 in the sample divided by ratio of Fe57/Fe54 of irmm-014) minus 1, multiplied by 1000 |

DELTA_Li6 | equals: (ratio of lithium isotopes Li6/Li7 in the sample divided by ratio of Li6/Li7 of the standard) minus 1, multiplied by 1000 |

DELTA_Li7 | equals: (ratio of lithium isotopes Li7/Li6 in the sample divided by ratio of Li7/Li6 of the standard) minus 1, multiplied by 1000 |

DELTA_Mg25 | equals: (ratio of magnesium isotopes Mg25/Mg24 in the sample divided by ratio of Mg25/Mg24 in the reference material) minus 1, multiplied by 1000 |

DELTA_Mg26 | equals: (ratio of magnesium isotopes Mg26/Mg24 in the sample divided by ratio of Mg26/Mg24 in the reference material) minus 1, multiplied by 1000 |

DELTA_Mo98 | equals: (ratio of molybdenum isotopes Mo98/Mo95 in the sample divided by ratio of Mo98/Mo95 in the reference material) minus 1, multiplied by 1000 |

DELTA_N15 | equals: (ratio of nitrogen isotopes N15/N14 in the sample divided by ratio of N15/N14 in the reference material) minus 1, multiplied by 1000 |

DELTA_Ni60 | equals: (ratio of nickel isotopes Ni60/Ni58 in the sample divided by ratio of Ni60/Ni58 in the reference material) minus 1, multiplied by 1000 |

DELTA_O18 | equals: (ratio of oxygen isotopes O18/O16 in the sample divided by ratio of O18/O16 of the standard) minus 1, multiplied by 1000 |

DELTA_S33 | equals: (ratio of sulfur isotopes S33/S32 in the sample divided by ratio of S33/S32 in the reference material) minus 1, multiplied by 1000 |

DELTA_S34 | equals: (ratio of sulphur isotopes S34/S32 in the sample divided by ratio of S34/S32 in reference material ) minus 1, multiplied by 1000 |

DELTA_S36 | equals: (ratio of sulphur isotopes S36/S32 in the sample divided by ratio of S36/S32 in reference material) minus 1, multiplied by 1000 |

DELTA_Si29 | equals: (ratio of silicon isotopes Si29/Si28 in the sample divided by ratio of Si29/Si28 in reference material) minus 1, multiplied by 1000 |

DELTA_Si30 | equals: (ratio of silicon isotopes Si30/Si28 in the sample divided by ratio of Si30/Si28 in reference material) minus 1, multiplied by 1000 |

DELTA_U234 | equals: (ratio of uranium isotopes U234/U238 in the sample divided by ratio of U234/U238 in the secular equilibrium) minus 1, multiplied by 1000 |

DELTA_U238 | equals: (ratio of uranium isotopes U238/U235 in the sample divided by ratio of U238/U235 in the secular equilibrium) minus 1, multiplied by 1000 |

DELTA_Zn66 | equals: (ratio of zinc isotopes Zn66/Zn64 in the sample divided by ratio of Zn66/Zn64 of the standard Lyon JMC) minus 1, multiplied by 1000 |

DELTA_Zn68 | equals: (ratio of zinc isotopes Zn68/Zn64 in the sample divided by ratio of Zn68/Zn64 of the standard Lyon JMC) minus 1, multiplied by 1000 |

DI | diopside |

Dy | dysprosium |

Dy2O3 | dysprosium oxide |

EN | enstatite |

EP | epidote |

E_Ce | epsilon Ce = [(138Ce/142Ce)sample/(138Ce/142Ce)chur - 1]x10E4 |

E_Hf | epsilon Hf = [(176Hf/177Hf)sample/(176Hf/177Hf)chur - 1]x10E4 |

E_Hf(T) | epsilon Hf = [(176Hf/177Hf)sample/(176Hf/177Hf)chur - 1]x10E4, time corrected |

E_Nd | epsilon Nd = [(Nd143/Nd144)sample/(Nd143/Nd144)reference - 1]x10E4 |

E_Nd(JUV) | epsilon Nd(JUV) = [(Nd143/Nd144)sample/(Nd143/Nd144)JUV - 1]x10E4, where JUV is Juvinas achondrite |

E_Nd(T) | epsilon Nd = [(Nd143/Nd144)sample/(Nd143/Nd144)reference - 1]x10E4, time corrected |

E_Sr | epsilon sr= [(Sr87/Sr86)sample/(Sr87/Sr86)reference - 1]x10E4 |

E_Sr(T) | epsilon Sr= [(Sr87/Sr86)sample/(Sr87/Sr86)reference - 1]x10E4, time corrected |

E_Tl | epsilon Tl-205 is the deviation in parts per 10,000 of a sample Tl-205/Tl-203 ratio compared to NIST SRM 997 Tl standard |

Er | erbium |

Eu | europium |

F | fluorine |

FA | fayalite |

FE-ORE | iron ore |

FE-OX | fe-oxide |

FETI-OX | iron titanium oxide |

FO | forsterite |

FS | ferrosilite |

FSP | feldspar |

Fe | iron |

Fe-Fe | iron ferrite = FeFe2O4 |

Fe2O3 | ferric iron oxide (tri-valent iron) |

Fe2O3T | total iron oxide content reported as ferric (tri-valent) iron |

Fe3P_FeT | feric iron total iron ratio |

Fe3_SUMFe | ratio of Fe3+ to total Fe |

FeCO3 | siderite |

FeO | ferrous iron oxide (di-valent) |

FeOT | total iron oxide content reported as ferrous (di-valent) iron |

FeS2 | iron sulfide |

GAL | galaxite = MnAl2O4 |

GAR | garnet |

GKL | geikilite |

GL | glass |

GM | groundmass |

GM-GL | glassy groundmass |

GRAPH | graphite |

GROS | grossular |

G_Os | gamma osmium |

G_Os(T) | gamma osmium, time corrected |

Ga | gallium |

Gd | gadolinium |

Gd2O3 | gadolinium oxide |

Ge | germanium |

H | hydrogen |

H2 | hydrogen |

H2O | water |

H2OM | crystal water (H2O-) |

H2OP | crystal water (H2O+) |

H2S | hydrogen sulfide |

HAUS | hausmannite |

HEDN | hedenbergite |

HEM | hematite |

HERC | hercynite |

HORN | hornblende |

He | helium |

He3 | helium isotope He3 |

He3_He4 | ratio of helium isotopes He3 to He4 |

He3_He4(R/Ra) | ratio of helium isotopes He3 to He4 expressed relative to the helium isotope ratio of the atmosphere |

He4 | helium isotope He4 |

He4(NCC) | helium isotope He4 measured by neutron coincidence counting |

He4_Ar40 | ratio of helium isotope He4 to argon isotope Ar40 |

He4_He3 | ratio of helium isotopes He4 to He3 |

He4_Ne20 | ratio of helium isotope He4 to neon isotope Ne20 |

He4_Ne21 | ratio of helium isotope He4 to neon isotope Ne21 |

Hf | hafnium |

Hf176_Hf177 | ratio of hafnium isotopes Hf176 to Hf177 |

Hf176_Hf177(I) | ratio of hafnium isotopes Hf176 to Hf177 at initial time |

Hf176_Hf177(T) | ratio of hafnium isotopes Hf176 to Hf177, time corrected |

Hf177_Hf178 | ratio of hafnium isotopes Hf177 to Hf178 |

Hf179_Hf177 | ratio of hafnium isotopes Hf179 to Hf177 |

HfO | hafnium oxide |

HfO2 | hafnium oxide |

Hg | mercury |

Ho | holmium |

I | iodine |

IDD | iddingsite |

ILM | ilmenite |

In | indium |

Ir | iridium |

JAC | jacobsite |

JD | jadeite |

K | potassium |

K2O | potassium oxide |

KELY | kelyphite |

KF | potassium feldspar |

KS | kalsilite |

KY | kyanite |

Kr | krypton |

Kr78 | krypton isotope Kr78 |

Kr78_Kr84 | ratio of krypton isotopes Kr78 to Kr84 |

Kr80 | krypton isotope Kr80 |

Kr80_Kr84 | ratio of krypton isotopes Kr80 to Kr84 |

Kr82 | krypton isotope Kr82 |

Kr82_Kr84 | ratio of krypton isotopes Kr82 to Kr84 |

Kr83 | krypton isotope Kr83 |

Kr83_Kr84 | ratio of krypton isotopes Kr83 to Kr84 |

Kr84 | krypton isotope Kr84 |

Kr86 | krypton isotope Kr86 |

Kr86_Kr84 | ratio of krypton isotopes Kr86 to Kr84 |

Kr90 | krypton isotope Kr90 |

LEU | leucite |

LOI | loss on ignition |

LW | lawsonite |

La | lanthanum |

La2O3 | lanthanum oxide |

Li | lithium |

Lu | lutetium |

Lu176_Hf177 | ratio of lutetium isotope Lu176 to hafnium isotope Hf177 |

Lu176_Hf177(T) | ratio of lutetium isotope Lu176 to hafnium isotope Hf177, time corrected |

MAF | mafic minerals |

MGCR | magnesiochromite |

MGF | mg-ferrite |

MICA | mica |

MNCR | manganese chromite |

MT | magnetite |

MUS | muscovite |

Mg | magnesium |

MgCO3 | magnesium carbonate |

MgO | magnesium oxide |

Mn | manganese |

Mn-OL | manganese olivine |

MnCO3 | manganese carbonate |

MnO | manganese oxide |

Mo | molybdenum |

N | nitrogen |

N(A) | percent nitrogen in the A defect site of diamonds |

N(B) | percent nitrogen in the B defect site of diamonds |

N2 | nitrogen |

N2[nmol] | nitrogen measured in nanomols |

N2_Ar36 | ratio of nitrogen isotope N2 to argon isotope Ar36 |

N2_He3 | ratio of nitrogen isotope N2 to helium isotope He3 |

NAC | clinopyroxene end-member nacr (Si2O6) |

NEPH | nepheline |

NN | unknown |

Na | sodium |

Na2O | sodium oxide |

Nb | niobium |

Nb2O3 | niobium oxide |

Nb2O5 | niobium pentoxide |

Nd | neodymium |

Nd142_Nd144 | ratio of neodymium isotopes Nd142 to Nd144 |

Nd143_Nd144 | ratio of neodymium isotopes Nd143 to Nd144 |

Nd143_Nd144(I) | ratio of neodymium isotopes Nd143 to Nd144 at initial age |

Nd143_Nd144(T) | ratio of neodymium isotopes Nd143 to Nd144, time corrected |

Nd144_Nd146 | ratio of neodymium isotopes Nd144 to Nd146 |

Nd145_Nd144 | ratio of neodymium isotopes Nd145 to Nd144 |

Nd146_Nd142 | ratio of neodymium isotopes Nd146 to Nd142 |

Nd146_Nd144 | ratio of neodymium isotopes Nd146 to Nd144 |

Nd146_Nd145 | ratio of neodymium isotopes Nd146 to Nd145 |

Nd148O_Nd144O | ratio of neodymium Nd148 oxide to neodymium Nd144 oxide |

Nd148_Nd144 | ratio of neodymium isotopes Nd148 to Nd144 |

Nd150_Nd144 | ratio of neodymium isotopes Nd150 to Nd144 |

Nd2O3 | neodymium oxide |

Ne | neon |

Ne20 | neon isotope Ne20 |

Ne20_Ne22 | ratio of neon isotope Ne20 to Ne22 |

Ne21 | neon isotope Ne21 |

Ne21_He4 | ratio of neon isotope Ne21 to helium isotope He4 |

Ne21_Ne20 | ratio of neon isotope Ne21 to Ne20 |

Ne21_Ne22 | ratio of neon isotope Ne21 to Ne22 |

Ne22 | neon isotope Ne22 |

Ne22_Ne20 | ratio of neon isotope Ne22 to Ne20 |

Ne23 | neon isotope Ne23 |

Ni | nickel |

NiO | nickel oxide |

O | oxygen |

O2 | dioxygen |

OH | hydroxide |

OL | olivine |

OL(R) | ol(r) |

OLIG | oligoclase |

OLXC | olivine xenocryst |

OPAQ | opaque mineral |

OPX | orthopyroxene |

OR | orthoclase |

ORE | ore |

OX | oxide |

Os | osmium |

Os(I) | common osmium at initial age |

Os184_Os188 | ratio of osmium isotopes Os184 to Os188 |

Os186_Os188 | ratio of osmium isotopes Os186 to Os188 |

Os187_Os186 | ratio of osmium isotopes Os187 to Os186 |

Os187_Os188 | ratio of osmium isotopes Os187 to Os188 |

Os187_Os188(I) | ratio of osmium isotopes Os187 to Os188 at initial age |

Os187_Os188(T) | ratio of osmium isotopes Os187 to Os188, time corrected |

Os188 | osmium isotope Os188 |

Os188_Os192 | ratio of osmium isotopes Os188 to Os192 |

Os189_Os188 | ratio of osmium isotopes Os189 to Os188 |

Os190_Os188 | ratio of osmium isotopes Os190 to Os188 |

Os192_Os188 | ratio of osmium isotopes Os192 to Os188 |

P | phosphorus |

P2O5 | phosphorus oxide |

PARG | pargasite |

PENT | pentlandite |

PEROV | perovskite |

PGN | pigeonite |

PHEN | phengite |

PHLOG | phlogopite |

PHYLL | phyllosilicate |

PL-XC | plagioclase xenocryst |

PLAG | plagioclase |

PLEO | pleonaste |

PRESS | pressure |

PX | pyroxene (not classified) |

PY | pyrite |

PYPH | pyrophanite |

PYR | pyrope |

PYRH | pyrrhotite |

Pa | protactinium |

Pa231 | protactinium isotope Pa231 |

Pa231_ACTIVITY | protactinium isotope Pa231, reported as activity |

Pa231_U235_ACTIVITY | ratio of protactinium isotope Pa231 to uranium isotope U235, reported as activity |

Pb | lead |

Pb204 | lead isotope Pb204 |

Pb204_Pb206 | ratio of lead isotopes Pb204 to Pb206 |

Pb206 | lead isotope 206 |

Pb206_Pb204 | ratio of lead isotopes Pb206 to Pb204 |

Pb206_Pb204(I) | ratio of lead isotopes Pb206 to Pb204 at initial age |

Pb206_Pb204(T) | ratio of lead isotopes Pb206 to Pb204, time corrected |

Pb206_Pb207 | ratio of lead isotopes Pb206 to Pb207 |

Pb206_U235 | ratio of lead isotope Pb206 to uranium isotope U235 |

Pb206_U238 | ratio of lead isotope Pb206 to uranium isotope U238 |

Pb207_Pb204 | ratio of lead isotopes Pb207 to Pb204 |

Pb207_Pb204(I) | initial Pb207_Pb204 ratio (age-corrected) |

Pb207_Pb204(T) | ratio of lead isotopes Pb207 to Pb204, time corrected |

Pb207_Pb206 | ratio of lead isotopes Pb207 to Pb206 |

Pb207_Pb206(I) | ratio of lead isotopes Pb207 to Pb206 at initial age |

Pb207_Pb208 | ratio of lead isotopes Pb207 to Pb208 |

Pb207_U235 | ratio of lead isotope Pb207 to uranium isotope U235 |

Pb208_Pb204 | ratio of lead isotopes Pb208 to Pb204 |

Pb208_Pb204(I) | ratio of lead isotopes Pb208 to Pb204 at initial age |

Pb208_Pb204(T) | ratio of lead isotopes Pb208 to Pb204, time corrected |

Pb208_Pb206 | ratio of lead isotopes Pb208 to Pb206 |

Pb208_Pb206(I) | ratio of lead isotopes Pb208 to Pb206 at initial age |

Pb208_Th232 | ratio of lead isotope Pb208 to thorium isotope Th232 |

Pb210 | lead isotope Pb210 |

Pb210_ACTIVITY | lead isotope Pb210, reported as activity |

Pb210_Ra226 | ratio of lead isotope Pb210 to radium isotope Ra226 |

Pb210_Ra226_ACTIVITY | ratio of lead isotope 210 to radium isotope 226, reported as activity |

Pb210_U238 | ratio of lead isotope Pb210 to uranium isotope U238 |

Pd | palladium |

Po210_ACTIVITY | polonium isotope Po210, reported as activity |

Pr | praseodymium |

Pt | platinum |

Pt190_Os188 | ratio of platinum isotope Pt190 to osmium isotope Os188 |

QZ | quartz |

RUT | rutile |

Ra | radium |

Ra226 | radium isotope Ra226 |

Ra226_ACTIVITY | radium 226, reported as activity |

Ra226_Th230 | ratio of radium isotope 226 to thorium isotope 230 |

Ra226_Th230_ACTIVITY | ratio of radium isotope 226 to thorium isotope 230, reported as activity |

Rb | rubidium |

Rb87_Sr86 | ratio of rubidium isotope Rb87 to strontium isotope Sr86 |

Re | rhenium |

Re185_Re187 | ratio of rhenium isotope Re185 to rhenium isotope Re187 |

Re187_Os186 | ratio of rhenium isotope Re187 to osmium isotope Os186 |

Re187_Os188 | ratio of rhenium isotope Re187 to osmium isotope Os188 |

Rh | rhodium |

Ru | ruthenium |

S | sulfur |

SCAP | scapolite |

SEP | SEPIOLITE |

SERP | serpentine |

SID | sideromelane |

SILM | sillimanite |

SLFA | sulfate |

SLFI | sulfide |

SMEC | smectite |

SO2 | sulfur dioxide |

SO3 | sulfur trioxide |

SP | spinel |

SPES | spessartine |

SPH | sphene |

S_(SLFI) | sulfur present as sulfide |

S_PY | sulfur present in pyrite form |

Sb | antimony |

Sc | scandium |

Sc2O3 | scandium oxide |

Se | selenium |

Si | silicon |

SiO2 | silicon dioxide |

Sm | samarium |

Sm147_Nd144 | ration of samarium isotope Sm147 to neodymium isotope Nd144 |

Sm147_Nd146 | ratio of samarium to neodymium isotopes Sm147 to Nd146 |

Sm147_Sm152 | ratio of strontium isotopes Sm147 to Sm152 |

Sm2O3 | samarium oxide |

Sn | tin |

Sr | strontium |

Sr84_Sr86 | ratio of strontium isotopes Sr84 to Sr86 |

Sr84_Sr88 | ratio of strontium isotopes Sr84 to Sr88 |

Sr86_Sr88 | ratio of strontium isotopes Sr86 to Sr88 |

Sr87_Sr86 | ratio of strontium isotopes Sr87 to Sr86 |

Sr87_Sr86(I) | ratio of strontium isotopes Sr87 to Sr86 at initial age |

Sr87_Sr86(T) | ratio of strontium isotopes Sr87 to Sr86, time corrected |

Sr88_Sr86 | ratio of strontium isotopes Sr88 to Sr86 |

SrO | strontium oxide |

TACH | tachylite |

TALC | talc |

TEMP | temperature |

TI | titanite |

TI-MT | ti-magnetite |

TOC | total organic carbon |

Ta | tantalum |

Ta2O5 | tantalum oxide |

Tb | terbium |

Te | tellurium |

Th | thorium |

Th228_Th232 | ratio of thorium isotopes Th228 to Th232 |

Th230 | thorium isotope Th230 |

Th230_ACTIVITY | thorium isotope Th230, reported as activity |

Th230_Th232 | ratio of thorium isotopes Th230 to Th232 |

Th230_Th232_ACTIVITY | ratio of thorium isotopes Th230 to Th232, reported as activity |

Th230_U238 | ratio of thorium isotope Th230 to uranium isotope U238 |

Th230_U238_ACTIVITY | ratio of thorium isotope Th230 to uranium isotope U238, reported as activity |

Th232_ACTIVITY | thorium isotope Th232, reported as activity |

Th232_Pb204 | ratio of thorium isotope Th232 to lead isotope Pb204 |

Th232_U238 | ratio of thorium isotope Th232 to uranium isotope U238 |

Th238_Th232_ACTIVITY | ratio of thorium isotopes Th238 to Th232, reported as activity |

ThO | thorium oxide |

ThO2 | thorium oxide |

Ti | titanium |

TiO2 | titanium oxide |

Tl | thallium |

Tl203_Tl205 | ratio of thallium isotopes Tl203 to Tl205 |

Tl205_Tl203 | ratio of thallium isotopes Tl205 to Tl203 |

Tm | thulium |

U | uranium |

U230_Th232_ACTIVITY | ratio of uranium isotope U230 to thorium isotope Th232, reported as activity |

U234_ACTIVITY | uranium isotope U234, reported as activity |

U234_U238 | ratio of uranium isotopes U234 to U238 |

U234_U238_ACTIVITY | ratio of uranium isotopes U234 to U238, reported as activity |

U235_Pb204 | ratio of uranium isotope U235 to lead isotope Pb204 |

U238_ACTIVITY | uranium isotope U238, reported as activity |

U238_Pb204 | ratio of uranium isotope U238 to lead isotope Pb204 |

U238_Pb206 | ratio of uranium isotope U238 to lead isotope Pb206 |

U238_Th230 | ratio of uranium isotope U238 to thorium isotope Th230 |

U238_Th230_ACTIVITY | ratio of uranium isotope U238 to thorium isotope Th230, reported as activity |

U238_Th232 | ratio of uranium isotope U238 to thorium isotope Th232 |

U238_Th232_ACTIVITY | ratio of uranium isotope U238 to thorium isotope Th232, reported as activity |

ULSP | ulvospinel |

UO2 | uranium oxide |

UVR | uvarovite |

V | vanadium |

V2O3 | vanadium sesquioxide |

V2O5 | vanadium pentoxide |

VES | vesicles |

W | tungsten |

WO | wollastonite |

WO3 | tungsten trioxide |

Xe | xenon |

Xe124 | xenon isotope Xe124 |

Xe124_Xe130 | ratio of xenon isotopes Xe124 to Xe130 |

Xe124_Xe132 | ratio of xenon isotopes Xe124 to Xe132 |

Xe126 | xenon isotope Xe126 |

Xe126_Xe130 | ratio of xenon isotopes Xe126 to Xe130 |

Xe126_Xe132 | ratio of xenon isotopes Xe126 to Xe132 |

Xe128 | xenon isotope Xe128 |

Xe128_Xe130 | ratio of xenon isotopes Xe128 to Xe130 |

Xe128_Xe132 | ratio of xenon isotopes Xe128 to Xe132 |

Xe129 | xenon isotope Xe129 |

Xe129_Xe130 | ratio of xenon isotopes Xe129 to Xe130 |

Xe129_Xe132 | ratio of xenon isotopes Xe129 to Xe132 |

Xe129_Xe136 | ratio of xenon isotopes Xe129 to Xe136 |

Xe130 | xenon isotope Xe130 |

Xe130_Xe132 | ratio of xenon isotopes Xe130 to Xe132 |

Xe131 | xenon isotope Xe131 |

Xe131_Xe130 | ratio of xenon isotopes Xe131 to Xe130 |

Xe131_Xe132 | ratio of xenon isotopes Xe131 to Xe132 |

Xe132 | xenon isotope Xe132 |

Xe132_Xe130 | ratio of xenon isotopes Xe132 to Xe130 |

Xe134 | xenon isotope Xe134 |

Xe134_Xe130 | ratio of xenon isotopes Xe134 to Xe130 |

Xe134_Xe132 | ratio of xenon isotopes Xe134 to Xe132 |

Xe136 | xenon isotope Xe136 |

Xe136_He4 | ratio of xenon isotope Xe136 to helium isotope He4 |

Xe136_Xe130 | ratio of xenon isotopes Xe136 to Xe130 |

Xe136_Xe132 | ratio of xenon isotopes Xe136 to Xe132 |

Y | yttrium |

Y2O3 | yttrium oxide |

Yb | ytterbium |

Yb176_Hf177 | ratio of ytterbium isotope Yb176 to hafnium isotope Hf177 |

ZEOL | zeolite |

ZIRC | zircon |

ZO | zoisite |

Zn | zinc |

ZnO | zinc oxide |

Zr | zirconium |

Zr2O3 | zirconium pentoxide |

ZrO2 | zirconium oxide |