mirror of
https://github.com/fleschutz/PowerShell.git
synced 2024-12-26 16:48:54 +01:00
1322 lines
30 KiB
Plaintext
1322 lines
30 KiB
Plaintext
Abbr,Term
|
||
A,Atom
|
||
a,atto prefix (10-18)
|
||
AA,Acetic Acid
|
||
AA,Amino Acid
|
||
AA,Atomic Absorption spectroscopy
|
||
AACC,American Association for Clinical Chemistry
|
||
AADC,Amino Acid DeCarboxylase
|
||
AADC,Aromatic L-Amino acid DeCarboxylase
|
||
AAS,Atomic Absorption Spectroscopy
|
||
AB,Acid Base
|
||
AB,Acid Bath
|
||
ABCC,Advanced Biomedical Computing Center
|
||
ABCC,American Board of Clinical Chemistry
|
||
ABS,Absorb
|
||
ABS,Acrylonitrile Butadiene Styrene
|
||
ABV,Alcohol By Volume
|
||
ABW,Alcohol By Weight
|
||
Ac,Actinium
|
||
AC,Aromatic Carbon
|
||
ACC,American Chemical Council
|
||
ACE,Acetate
|
||
ACS,American Chemical Society
|
||
ADP,Adenosine DiPhosphate
|
||
AE,Acid Equivalent
|
||
AE,Activation Energy
|
||
AE,Atomic Emission
|
||
AFS,Atomic Fluorescence Spectroscopy
|
||
Ag,Silver
|
||
AH,Aryl Hydrocarbon
|
||
AHA,Alpha Hydroxy Acid
|
||
Al,Aluminum
|
||
ALDH,ALdehyde DeHydrogenase
|
||
Am,Americium
|
||
AM,Atomic Mass
|
||
AMP,Adenosine MonoPhosphate
|
||
AMU,Atomic Mass Unit
|
||
AN,Ammonium Nitrate
|
||
ANSI,American National Standards Institute
|
||
AO,Aldehyde Oxidase
|
||
AO,Aqueous Oxygen
|
||
API,Aromatic PolyImide
|
||
AR,Analytical Reagent
|
||
Ar,Argon
|
||
AS,Ammonium Sulfate
|
||
As,Arsenic
|
||
ASA,AcetylSalicylic Acid
|
||
ASP,ASParate
|
||
ATNO,Atomic Number
|
||
AT,Adenine and Thymine
|
||
AT,Alkaline Transition
|
||
At,Astatine
|
||
ATP,Adenosine TriPhosphate
|
||
ATP,Ambient Temperature Pressure
|
||
Au,Gold
|
||
AW,Atomic Weight
|
||
B,Boron
|
||
Ba,Barium
|
||
BA,Benzyl Alcohol
|
||
BA,Bonding Activity
|
||
BA,Butyl Acetate
|
||
BAP,Benzyl Amino Purine
|
||
BC,Bond Centered
|
||
BC,Boron Carbide
|
||
BCAA,Branched Chain Amino Acid
|
||
BCC,Body Centered Cubic
|
||
BCF,Black Carbon Fiber
|
||
BD,Black Diamond
|
||
Be,Beryllium
|
||
BE- Bond Energy
|
||
BeV,Billion Electron Volt (equal to 1 GeV)
|
||
BFR,Brominated Flame Retardants
|
||
Bh,Bohrium
|
||
BHA,Butylated Hydroxy Acid
|
||
BHA,Butylated HydroxyAnisole
|
||
BHD,Benzene Hydrogen Donor
|
||
BHT,Butylated Hydroxy Toluene
|
||
Bi,Bismuth
|
||
Bk,Berkelium
|
||
BLEVE,Boiling Liquid Expanding Vapor Explosion
|
||
BM,Base Metal
|
||
BMDL,Below Method Detection Limits
|
||
BOD,Biological Organic Deposit
|
||
BOV,Blow Off Valve
|
||
BP,Benzoyl Peroxide
|
||
BP,Boiling Point
|
||
BPDE,"Benzo[A]Pyrene-Diol-Epoxide BPE,Boiling Point Elevation"
|
||
BPO,Benzoyl PerOxide
|
||
Br,Bromine
|
||
BTA,BuTylated hydroxyAnisole
|
||
BTEX,Benzene, Toluene, Ethylbenzene, and Xylene
|
||
BTTN,"1,2,4-ButaneTriol TriNitrate"
|
||
BTX,Benzene, Toluene, Xylene
|
||
BWR,Boiling Water Reactor
|
||
Bz,Benzoyl functional group
|
||
BZP,BenZylPiperazine
|
||
B[a]P,Benzo[a]Pyrene
|
||
C,Carbon
|
||
C,Celsius
|
||
c,centi prefix (10-2)
|
||
C,Coulomb
|
||
C,Cytosine
|
||
Ca,Calcium
|
||
CA,Citric Acid
|
||
CAB,Cation-Anion Balance
|
||
CADS,Chemical Agent Detection System
|
||
CAR,Commercial And Residential
|
||
CAS,Chemical Abstracts Service
|
||
CAW,Catalyst Altered Water
|
||
CB,Conduction Band
|
||
CBA,Cytometric Bead Array
|
||
CBR,"Chemical, Biological, Radiological"
|
||
CBRE,"Chemical, Biological, Radiological Element"
|
||
CBRN,"Chemical, Biological, Radiological, or Nuclear"
|
||
CC,Cubic Centimeter
|
||
CCBA,Chemical Coordinate Bonding and Adsorption
|
||
CCL,Contaminant Candidate List
|
||
CCM,cubic centimeter
|
||
CCS,Carbon Capture Storage
|
||
Cd,Cadmium
|
||
CDA,Clean Dry Air
|
||
CDR,Chemical Distribution Room
|
||
CDSL,Chemical Data Summary List
|
||
CDU,Chemical Dispensing Unit
|
||
Ce,Cerium
|
||
CE,Chemical Engineering
|
||
CEP,Chemical Engineering Process
|
||
Cf,Californium
|
||
CF,Carbon Fiber
|
||
CF,Ceramic Fiber
|
||
CFA,Cetylated Fatty Acid
|
||
CFC,Chlorofluorocarbon
|
||
CFRP,Carbon Fiber Reinforced Plastic
|
||
cg,centigram
|
||
CGS,Centimeter, Gram, Second
|
||
CHC,Chlorinated HydroCarbon
|
||
Chem,Chemistry
|
||
CHM,Chemistry
|
||
CHO,Carbohydrate
|
||
Ci,Curie
|
||
CLC,Cross Linked Cellulose
|
||
cm,centimeter
|
||
Cm,Curium
|
||
CML,Chemical Markup Language
|
||
CN,Coordination Number
|
||
CN,Cyanide
|
||
CNO,Carbon Nitrogen Oxygen
|
||
CNP,Cyclic Nucleotide Phosphodiesterase
|
||
CNT,Carbon NanoTube
|
||
CO,Carbon monoxide
|
||
Co,Cobalt
|
||
CP,Chemically Pure
|
||
CP,Creatine Phosphate
|
||
CPA,CoPolymer Alloy
|
||
CPE,Chemical Potential Energy
|
||
Cr,Chromium
|
||
CR,Corrosion Resistant
|
||
CRAP,Crude Reagent And Products
|
||
CRC,Chemical Rubber Company
|
||
CRT,Cathode Ray Tube
|
||
Cs,Cesium
|
||
CSAC,Chemical Safety Analysis and Control
|
||
CSAD,Cysteine Sulfinic Acid Decarboxylase
|
||
CSTR,Continuously Stirred Tank Reactor
|
||
Cu,Copper
|
||
CVCS,Chemical Volume Control System
|
||
CW,Chemical Warfare
|
||
CWA,Chemical Warfare Agent
|
||
d,day
|
||
d,deci prefix (10-1)
|
||
D,Deuterium
|
||
D,Dilute
|
||
D-,Dextrorotatory
|
||
D2O,Deuterium Oxide or Heavy Water
|
||
da,dalton
|
||
da,deca prefix (101)
|
||
DAB,Diaminobenzidine
|
||
DAP,DiAmmonium Phosphate
|
||
dB,decibel
|
||
DB,Double Bond
|
||
Db,Dubnium
|
||
DDT,Dichloro Diphenyl Trichloroethane
|
||
DE,Dissociation Energy
|
||
DEC,Direct Evaporative Cooling
|
||
DEG,Degree
|
||
DEG,DiEthylene Glycol
|
||
DGA,Dissolved Gas Analysis
|
||
DHA,DocosaHexanoic Acid
|
||
DHMO,DiHydrogen MonOxide (water)
|
||
DHY,Dehydrate
|
||
DI,Diffusion Index
|
||
DIAPHOX,DIAmino PHosphine OXide
|
||
DIN,Dissolved Inorganic Nitrogen
|
||
DIP,Dissolved Inorganic Phosphate
|
||
DIW,De-Ionized Water
|
||
DLC,Dry Liquid Concentrate
|
||
DLS,Dynamic Light Scattering
|
||
DM,Dipole Moment
|
||
DM,Dry Matter
|
||
DMAE,DiMethyl Amino Ethanol
|
||
DMAP,4-DiMethylAminoPyridine
|
||
DMBP,DiMethyl BenzoPhenone
|
||
DME,DiMethyl Ether
|
||
DMG,DiMethyl Glycine
|
||
DMHg,DiMethyl mercury
|
||
DMK,DiMethyl Ketone
|
||
DMSO,DiMethyl SulfOxide
|
||
DMT,DiMethylTryptamine
|
||
DNA,DeoxyriboNucleic Acid
|
||
DOC,Dissolved Organic Compounds
|
||
DP,Differential Pressure
|
||
DP,Dry Process
|
||
DPM,Dynamic Proton Model
|
||
DQS,Discrete Quantum State
|
||
DRR,Double Replacement Reaction
|
||
DU,Depleted Uranium
|
||
Dy,Dysprosium
|
||
E,Energy
|
||
E,Exa- prefix (1018)
|
||
E1520,Propylene Glycol
|
||
EA,Epoxy Adhesive
|
||
EA,Ethyl Acetate
|
||
EAA,Ethylene Acrylic Acid
|
||
EAM,Embedded Atom Method
|
||
EAS,Electrophilic Aromatic Substitution
|
||
EB,Electrode Barrier
|
||
EBSD,Electron BackScatter Diffraction
|
||
EBT,Eriochrome Black T indicator
|
||
EC,Electron Capture
|
||
EC,Ethyl Carbonate
|
||
ECD,Electron Capture Detector
|
||
ECH,Enoyl-CoA Hydratase
|
||
EDI,Electrical De-Ionization
|
||
EDP,Ethylene Diamine Pyrocatehol
|
||
EDT,"1,2-Ethane DiThiol"
|
||
EDTA,Ethylene-Diamine-Tetra-Acetic acid
|
||
EE,Ether Extract
|
||
EEC,Equilibrium Equivalent Concentration
|
||
EEC,Evaporation Emission Control
|
||
EEEI,Effective Electron-Electron Interaction
|
||
EER,Equilibrium Exchange Rate
|
||
EET,Excitation Energy Transfer
|
||
EG,Ethylene Glycol
|
||
EGE,Ethylene Glycol Ether
|
||
EGO,Exhaust Gas Oxygen
|
||
EGR,Entropy Gradient Reversal
|
||
EGTA,Ethylene Glycol Tetraacetic Acid
|
||
EHF,Extremely High Frequency
|
||
EIC,Electromagnetically-Induced Chirality
|
||
ELF,Extremely Low Frequency
|
||
EM,ElectroMagnetic
|
||
EM,Elevated Moisture
|
||
EMA,Ethylene Methacrylic Acid
|
||
EMF,ElectroMotive Force
|
||
EN,Ethylene Naphthalate
|
||
EOF,ElectroOsmotic Flow
|
||
EP,Ethylene Polypropylene
|
||
EPA,Environmental Protection Agency
|
||
EPD,End Point Dilution
|
||
EPDM,Ethyl Propyl Diene Monomer
|
||
EPH,Extractable Petroleum Hydrocarbons
|
||
EPI,EPInephrine
|
||
Eq,Equivalent
|
||
Er,Erbium
|
||
ERW,Electrolyzed Reduced Water
|
||
Es,Einsteinium
|
||
ES,Excited State
|
||
ETOH,EThyl Alcohol
|
||
Eu,Europium
|
||
EV,Exceptional Vacuum
|
||
EVA,Ethylene Vinyl Acetate
|
||
EVOH,Ethylene Vinyl Alcohol
|
||
e–,electron
|
||
f,femto prefix (10-15)
|
||
F,Fluorine
|
||
FA,Fully Amorphous
|
||
FA,Furnace Annealing
|
||
FAC,Free Available Chlorine
|
||
FAD,Flavin Adenine Dinucleotide
|
||
FADE,Fast Atomic Density Evaluation
|
||
FAN,Free Amino Nitrogen
|
||
FAS,Fluorescence Actin Staining
|
||
FAS,Folic Acid Synthesis
|
||
FBC,Fesser, Bishop and Campbell model
|
||
FBD,Free Body Diagram
|
||
FBR,Fast Breeder Reactor
|
||
FC,Face Cell
|
||
FC,Face Centered
|
||
FC,Fragment Crystallization
|
||
FCC,Face Centered Cubic
|
||
FCC,Fluid Catalytic Cracking
|
||
FCC,Food Chemical Codex
|
||
FCCU,Fluidized Catalytic Cracking Unit
|
||
FCHC,Face Centered Hyper-Cubic
|
||
FCS,Fellow of the Chemical Society
|
||
FCS,Fire Control System
|
||
FCS,Fluorescence Correlation Spectroscopy
|
||
FE,Ferredoxin
|
||
FE,Free Energy
|
||
Fe,Iron
|
||
FGC,Flue Gas Conditioning
|
||
FIGD,Flow Injection/Gas Diffusion
|
||
FIGE,Field Inversion Gel Electrophoresis
|
||
FIPS,Fast Imaging Plasma Spectrometer
|
||
Fm,Fermium
|
||
FOS,FructoOligoSaccharide
|
||
FP,Freezing Point
|
||
FPD,Freezing Point Depression
|
||
FPLC,Fast Performance Liquid Chromatography
|
||
Fr,Francium
|
||
FRAP,Fluorine-Resistant Acid Phosphatase
|
||
FRS,Fellow of the Royal Society
|
||
FS,Free State
|
||
FSA,Formamidine Sulphinic Acid
|
||
FW,Formula Weight
|
||
G,Gauss
|
||
G,Gibbs Free Energy
|
||
G,Giga prefix (109)
|
||
G,Glycine g,gram
|
||
G,Guanosine
|
||
Ga,Gallium
|
||
Ga,Gauge
|
||
GABA,Gamma-AminoButyric Acid
|
||
GAD,Glutamate Decarboxylase
|
||
GAG,Glycosaminoglycan
|
||
GBB,Gas Blow Back
|
||
GC,Geiger Counter
|
||
GCC,Global Carbon Cycle
|
||
GCC,Global Climate Change
|
||
GCC,Glucocorticoid
|
||
GCC,Guanylyl Cyclase C
|
||
GCMS,Gas Chromatographic Mass Spectrometer
|
||
Gd,Gadolinium
|
||
GDP,Guanosine DiPhosphate
|
||
GE,Genetic Engineering
|
||
Ge,Germanium
|
||
GE,Group Element
|
||
Gel,Gelatin
|
||
GEM,Genetically Engineered Microorganism
|
||
GEP,Good Engineering Practice
|
||
GER,Gains Electrons,Reduction
|
||
GFM,Gram Formula Mass
|
||
GFW,Gram Formula Weight
|
||
GHB,Gamma-Hydroxy Butyrate
|
||
GI,Galvanized Iron
|
||
GI,Glycemic Index
|
||
GLA,GaLactosidase Alpha
|
||
GLA,Gamma-caroxyglutamic Acid
|
||
GLA,Gamma-Linolenic Acid
|
||
GLC,Gas Liquid Chromatography
|
||
Glc,Glucose
|
||
Glk,Glucokinase
|
||
GM,Geiger-Mueller tube
|
||
GMM,Gram Molecular Mass
|
||
GP,Gas Phase
|
||
GP,Glycerate 3-Phosphate
|
||
GP,GlycoProtein
|
||
GPC,Gel Permeation Chromatography
|
||
GS,Guanosine Synthetase
|
||
GT,Greater Than
|
||
GTL,Gas To Liquid
|
||
GTN,Glyceryl TriNitrate
|
||
Gy,Gray (radiation unit)
|
||
h,convection heat transfer coefficient
|
||
H,Enthalpy
|
||
h,hecto prefix (102)
|
||
H,Hydrogen
|
||
h,Planck’s constant
|
||
Ha,Hahnium (initial name for dubnium)
|
||
HA,Hemagglutinin
|
||
HAA,HaloAcetic Acid
|
||
HAc,Acetaldehyde
|
||
HAc,Acetic Acid
|
||
HACCP,Hazard Analysis and Critical Control Points
|
||
HAP,Hazardous Air Pollutant
|
||
HAS,Helium Atom Scattering
|
||
HAS,HyAluronan Synthase
|
||
HAT,Hypoxanthine, Aminopterin, Thymidine
|
||
HAZMAT,HAZardous MATerials
|
||
Hb,Hemoglobin
|
||
HB,Hydrogen Bonded
|
||
HBC,Hemoglobin C
|
||
HBCD,HexaBromoCycloDodecane
|
||
HBD,Hydrogen Bond Donor
|
||
HC,HydroCarbon
|
||
HCA,HydroxyCarbonate Apatite
|
||
HCA,HydroxyCitric Acid
|
||
HCB,HexaChloroBenzene
|
||
HCFC,HydroChloroFluoroCarbon
|
||
HDA,High Density Amorphous ice
|
||
HDA,HydroxyDecanoic Acid
|
||
HDI,Hexamethylene DiIsocyanate
|
||
HE,Hektoen Enteric agar
|
||
He,Helium
|
||
HE,High Explosive
|
||
HEA,Hektoen Enteric Agar
|
||
HEK,HEKtoen enteric agar
|
||
HEL,High Energy Laser
|
||
HEMA,HydroxyEthylMethAcrylate
|
||
HEP,Half Equivalence Point
|
||
HEPA,High-Efficiency Particulate Air
|
||
HEPH,Heavy Extractable Petroleum Hydrocarbons
|
||
HEU,Highly Enriched Uranium
|
||
Hf,Hafnium
|
||
HF,Hartree-Fock Method
|
||
HF,Heat Flux
|
||
HF,High Frequency
|
||
HF,Hydrogen Fuel
|
||
HFA,HydroFluoroAlkane
|
||
HFB,HexaFluoroBenzene
|
||
HFC,HydroFluoroCarbon
|
||
HFLL,Half-Filled Landau Level
|
||
HFP,HexaFluoroPropylene
|
||
Hg,Mercury
|
||
Hgb,Hemoglobin
|
||
HHV,High Heating Value
|
||
HIC,Household And Industrial Chemical
|
||
HL,Half-Life
|
||
HL,Hydrogen Line
|
||
HLA,HyaLuronic Acid
|
||
HLB,Helium Light Band
|
||
HMF,HydroxyMethyl Furfural
|
||
HMW,High Molecular Weight
|
||
Ho,Holmium
|
||
HO,Hydroxyl radical
|
||
HOAc,Acetic Acid
|
||
HOMO,Highest Occupied Molecular Orbital
|
||
HOQS,Highest Occupied Quantum State
|
||
HP,High Pressure
|
||
hp,horsepower
|
||
HPHT,High Pressure/High Temperature
|
||
HPLC,High Pressure Liquid Chromatography
|
||
HPPT,High Pressure Phase Transformation
|
||
HPSV,High Pressure Sodium Vapor
|
||
Hr,Hour
|
||
HRA,Health Risk Assessment
|
||
Hs,Hassium
|
||
HS,Hidden States
|
||
HSAB,Hard and Soft Acids and Bases
|
||
HSV,High Shear Viscosity
|
||
HT,Heat Transport
|
||
HT,Heat Treated
|
||
HT,High Temperature
|
||
HTC,Heat Transfer Coefficient
|
||
HTGR,High Temperature Gas Reactor
|
||
HTH,High Test Hypochlorite
|
||
HTS,High Temperature Superconductor
|
||
HTST,High Temperature/Short Time
|
||
HV,High Viscosity
|
||
HV,High Voltage
|
||
HVLP,High Volume/Low Pressure
|
||
HY,High Yield
|
||
Hz,Hertz
|
||
HZT,HydroChloroThiazide
|
||
I,electrical current
|
||
I,Iodine
|
||
I,Isoleucine
|
||
i.i.d.,independent and identically distributed
|
||
IAEA,International Atomic Energy Agency
|
||
IAQ,Indoor Air Quality
|
||
IB,Ion Balance
|
||
IC,Ice Crystals
|
||
ICE,"Initial, Change, Equilibrium"
|
||
ICE,Internal Combustion Engine
|
||
ICP,Inductively Coupled Plasma
|
||
ICSC,International Chemical Safety Card
|
||
ICSD,Inorganic Crystal Structure Database
|
||
ICSN,Institut de Chimie des Substances Naturelles
|
||
IE,Inert Electrolyte
|
||
IE,Ionization Energy
|
||
IEA,International Energy Agency
|
||
IG,Inert Gas
|
||
iHOP,information Hyperlinked Over Proteins
|
||
IK,Inverse Kinematics
|
||
IMBR,Immersed Membrane BioReactor
|
||
IMF,InterMolecular Force
|
||
IMS,Industrial Methylated Spirit
|
||
In,Indium
|
||
InChI,International Chemical Identifier
|
||
IOC,InOrganic Contaminant
|
||
IOCB,Institute of Chemistry and Biochemistry
|
||
IOCM,International Organic Chemistry Meeting
|
||
IPA,IsoPropyl Alcohol
|
||
IQ,Iron Quality
|
||
IR,Incident Report
|
||
IR,InfraRed
|
||
IR,Ionizing Radiation
|
||
Ir,Iridium
|
||
IRM,Interference Reflection Microscopy
|
||
ISI,"In-Situ Interfermometer ISM,Industrial, Scientific, or Medical"
|
||
ISI,Initial State Interaction
|
||
IUPAC,International Union of Pure and Applied Chemistry
|
||
J,Joule
|
||
JAC,Journal of Analytical Chemistry
|
||
JAW,Just Add Water
|
||
JBC,Journal of Biological Chemistry
|
||
JCG,Journal of Crystal Growth
|
||
JCS,Journal of the Chemical Society
|
||
JOC,Journal of Organic Chemistry
|
||
k,Boltzmann constant
|
||
K,Karat
|
||
K,Kelvin
|
||
k,kilo prefix (102)
|
||
K,Potassium
|
||
Ka,Acid dissociation constant
|
||
Kd,Dissociation constant
|
||
KE,Kinetic Energy
|
||
Keq,Equilibrium constant
|
||
kg,kilogram
|
||
KGA,KetoGlutaric Acid
|
||
kHz,kilohertz
|
||
km,kilometer
|
||
KMT,Kinetic Molecular Theory
|
||
Kr,Krypton
|
||
KTM,Kinetic Thermal Mixing
|
||
kW,kilowatt
|
||
L,azimuthal quantum number
|
||
L,Inductance
|
||
L,Length
|
||
L,Leucine
|
||
L,liter
|
||
L,luminosity
|
||
Li,Lithium
|
||
LIBS,Laser Induced Breakdown Spectroscopy
|
||
LiP,Lithium Polymer battery
|
||
Liq,Liquid
|
||
LLD,Liquid Level Detection
|
||
LLE,Liquid-Liquid Equilibrium
|
||
LLNL,Lawrence Livermore National Laboratory
|
||
LMA,Low Moisture Absorption
|
||
LME,Liquid Metal Embrittlement
|
||
LMH,Liquid Hydrogen
|
||
LN,Liquid Nitrogen
|
||
ln,natural logarithm
|
||
LNG,Liquid Natural Gas
|
||
LO,Localized Orbitals
|
||
LOD,Loss On Drying
|
||
LOQ,Limit Of Quantification
|
||
LOX,Liquid Oxygen
|
||
LP,Liquid Petroleum
|
||
LP,Liquid Propane
|
||
LPA,Liquid Pressure Amplifier
|
||
LPG,Liquid Petroleum Gas
|
||
Lq,Liquid
|
||
Lqd,Liquid
|
||
Lr,Lawrencium
|
||
LSD,Lysergic Acid Diethylamide
|
||
LSE,Low Surface Energy
|
||
LT,Less Than
|
||
Lt,light
|
||
LT,Low Temperature
|
||
LTE,Local Thermodynamic Equilibrium
|
||
LTG,Liquid To Gas
|
||
LTOEL,Long Term Occupational Exposure Limit
|
||
Lu,Lutetium
|
||
LUMO,Lowest Unoccupied Molecular Orbital
|
||
LV,Low Volatility
|
||
LVS,Large Volume Sampler
|
||
Lw,Lawrencium (Changed to Lr)
|
||
LWC,Light Water Content
|
||
LWG,Liquid Water in Grams
|
||
M,concentration (Molarity)
|
||
m,mass
|
||
M,Mega prefix (106)
|
||
m,meter
|
||
M,Methyl
|
||
m,Milli prefix (10-3)
|
||
M,Molar
|
||
M,Molecule
|
||
M3/H,Cubic Meters per Hour
|
||
mA,milliampere
|
||
MAC,Mobile Analytical Chemical
|
||
MADG,Moisture Activated Dry Granulation
|
||
MAM,Methyl Azoxy Methanol
|
||
MASER,Microwave Amplification by Stimulated Emission of Radiation
|
||
MAX,MAXimum
|
||
mbar,millibar
|
||
MBBA,N-(4-MethoxyBenzylidene)-4-ButylAniline
|
||
MC,MethylCellulose
|
||
MCA,Multi Channel Analyzer
|
||
MCL,Maximum Contaminant Level
|
||
MCR,MultiComponent Reaction
|
||
MCT,Medium Chain Triglyceride
|
||
MCT,MonoCarboxylate Transporter
|
||
Md,Mendelevium
|
||
MDA,MethyleneDiAniline
|
||
MDCM,Mechanistically Defined Chemical Mixtures
|
||
MDI,Methylene Diphenyl diIsocyanate
|
||
MDMA,MethyleneDioxy-MethylAmphetamine
|
||
MDQ,Minimum Daily Quantity
|
||
me,mass of an electron
|
||
ME,Materials Engineering
|
||
ME,MEthyl group
|
||
MEE,Minimum Explosive Energy
|
||
MEG,MonoEthylene Glycol
|
||
MEL,MethylEthylLead
|
||
MES,MethylEthylSulfate
|
||
MeV,Million electronVolt or MegaelectronVolt
|
||
MF,Methyl Formate
|
||
MF,Micro Fiber
|
||
MFG,Molecular Frequency Generator
|
||
MFP,Maximum Freezing Point
|
||
MFP,Molecular Free Path
|
||
MFP,MonoFluoroPhosphate
|
||
Mg,Magnesium
|
||
mg,milligram
|
||
MGA,Modular Gas Analyser
|
||
MH,Metal Halide
|
||
MH,Methyl Hydroxide
|
||
MHz,MegaHertz
|
||
MIBK,MethylIsoButylKetone
|
||
MIDAS,Molecular Interactions Dynamics And Simulations
|
||
MIG,Metal Inert Gas
|
||
MIN,MINimum
|
||
min,minutes
|
||
MIT,MethylIsoThiazolinone
|
||
MKS,Meter-Kilogram-Second
|
||
MKSA,Meter-Kilogram-Second-Ampere
|
||
mL or ml,milliliter
|
||
ML,Mono Layer
|
||
mm,millimeter
|
||
MM,Molar Mass
|
||
mmHg,millimeters of mercury
|
||
Mn,Manganese
|
||
MNT,Molecular NanoTechnology
|
||
MO,Molecular Orbital
|
||
Mo,Molybdenum
|
||
MOAH,Mineral Oil Aromatic Hydrocarbon
|
||
MOH,Measurement of Hardness
|
||
mol,mole
|
||
MOL,molecule
|
||
MP,Melting Point
|
||
MP,Metal Particulate
|
||
MPD,"2-Methyl-2,4-PentaneDiol"
|
||
MPD,m-PhenyleneDiamine
|
||
MPH,Miles Per Hour
|
||
MPS,Meters Per Second
|
||
Mr,Relative Molecular mass
|
||
MRT,Mean Radiant Temperature
|
||
MS,Mass Spectrometry
|
||
ms,millisecond
|
||
MSDS,Material Safety Data Sheet
|
||
MSG,MonoSodium Glutamate
|
||
Mt,Meitnerium
|
||
MTBE,Methyl Tert-butyl Ether
|
||
MW,MegaWatt
|
||
mW,MilliWatt
|
||
MW,Molecular Weight
|
||
MWCNT,Multi-Walled Carbon NanoTube
|
||
MWCO,Molecular Weight CutOff
|
||
MWM,Molecular Weight Marker
|
||
n,nano prefix (10-9)
|
||
n,neutron
|
||
n,neutron emission
|
||
N,Newton
|
||
N,Nitrogen
|
||
N,Normal (concentration)
|
||
n,number of moles
|
||
n0,neutron
|
||
NA,Avogadro constant
|
||
NA,Not Active
|
||
NA,Nucleic Acid
|
||
Na,Sodium
|
||
NAA,N-AcetylasPartate
|
||
NAA,Naphtalic Acetic Acid
|
||
NAC,Naphthenic Acid Corrosion
|
||
NAD+,Nicotinamide Adenine Dinucleotide
|
||
NADH,"Nicotinamide Adenine Dinucleotide,Hydrogen (reduced)"
|
||
NADP,Nicotinamide Adenine Dinucleotide Phosphate
|
||
NAS,National Academy of Science
|
||
Nb,Niobium
|
||
NBC,Nuclear, Biological, Chemical
|
||
NBO,Natural Bond Orbital
|
||
NCE,New Chemical Entity
|
||
NCEL,New Chemical Exposure Limit
|
||
NCR,No Carbon Required
|
||
NCW,National Chemistry Week
|
||
Nd,Neodymium
|
||
Ne,Neon
|
||
NE,Non Equilibrium
|
||
NE,Nuclear Energy
|
||
NG,Natural Gas
|
||
NHE,Normalized Hydrogen Electrode
|
||
Ni,Nickel
|
||
NIH,National Institutes of Health
|
||
NiMH,Nickel Metal Halide
|
||
NIST,National Institute of Standards and Technology
|
||
nm,nanometer
|
||
NM,Non Metal
|
||
NMR,Nuclear Magnetic Resonance
|
||
NNK,Nicotine-derived Nitrosamine Ketone
|
||
No,Nobelium
|
||
NOAA,National Oceanic and Atmospheric Administration
|
||
NORM,Naturally Occurring Radioactive Material
|
||
NOS,Nitric Oxide Synthase
|
||
NOS,Nitrous Oxide
|
||
NOx,Nitrogen Oxides
|
||
Np,Neptunium
|
||
NR,Not Recorded
|
||
NS,Not Significant
|
||
NU,Natural Uranium
|
||
NV,Non-Volatile
|
||
NVC,Non-Volatile Chemical
|
||
NVOC,Non–Volatile Organic Chemical
|
||
NW,Nuclear Weapon
|
||
O,Oxygen
|
||
O3,Ozone
|
||
OA,Oleic Acid
|
||
OAA,OxaloAcetic Acid
|
||
OAc,Acetoxy functional group
|
||
OAM,Orbital Angular Momentum
|
||
OB,Oligosaccharide Binding
|
||
OC,Organic Carbon
|
||
OD,Optical Density
|
||
OD,Oxygen Demand
|
||
ODC,Ornithine DeCarboxylase
|
||
OER,Oxygen Enhancement Ratio
|
||
OF,Oxygen Free
|
||
OFC,Oxygen Free Copper
|
||
OFHC,Oxygen Free High thermal Conductivity
|
||
OH,alcohol
|
||
OH,hydroxide
|
||
OH,hydroxyl functional group
|
||
OI,Oxygen Index
|
||
OILRIG,"Oxygen Is Losing, Reduction Is Gaining"
|
||
OM,Organic Matter
|
||
ON,Oxidation Number
|
||
OP,Organophosphate
|
||
OQS,Occupied Quantum State
|
||
OR,Oxidation-Reduction
|
||
ORNL,Oak Ridge National Laboratory
|
||
ORP,Oxidation-Reduction Potential
|
||
ORR,Oxidation-Reduction Reaction
|
||
Os,Osmium
|
||
OSHA,Occupational Safety and Health Administration
|
||
OSL,Optically Stimulated Luminescence
|
||
OTA,OchraToxin A
|
||
OV,Organic Vapor
|
||
OVA,Organic Vapor Analyser
|
||
OVA,OVAlbumin
|
||
OWC,Oil-Water Contact
|
||
OX,Oxidation
|
||
OX,oxygen
|
||
OXA,OXanilic Acid
|
||
OXT,OXyTocin
|
||
OXY,Oxygen
|
||
p+,Proton
|
||
P,Peta prefix (1015)
|
||
P,Phosphorus
|
||
p,pico prefix (10-12)
|
||
P,Pressure
|
||
P,Proton
|
||
Pa,Pascal
|
||
PA,Phosphatidic Acid
|
||
Pa,Protactinium
|
||
PA,Proton Affinity
|
||
PAA,PolyAcrylic Acid
|
||
PABA,ParaAminoBenzoic Acid
|
||
PAC,Pharmaceutically Active Compound
|
||
PAC,Polycyclic Aromatic Content
|
||
PAC,Powdered Activated Carbon
|
||
PAEK,PolyArylEtherKetone
|
||
PAGE,PolyAcrylamide Gel Electrophoresis
|
||
PAH,Polycyclic Aromatic Hydrocarbon
|
||
PAI,PolyAmide Imide
|
||
PAO,PolyAlphaOlefin
|
||
PASA,PolyAmide, Semi-Aromatic
|
||
Pb,Lead
|
||
PB,PolyButylene
|
||
PBB,PolyBrominated Biphenyl
|
||
PBD,PolyButaDiene
|
||
PBI,PolyBenzImidazole
|
||
PBN,PolyButylene Naphthalate
|
||
PBS,Phosphate Buffered Saline
|
||
PBT,PolyButylene Terephthalate
|
||
PC,PolyCarbonate
|
||
PC,Pyruvate Carboxylase
|
||
PCA,Pyrrolidone Carboxylic Acid
|
||
PCC,Pyridine Chloro Chromate
|
||
PCE,Tetrachloroethylene
|
||
PCR,Polymerase Chain Reaction
|
||
PCV,Pressure Control Valve
|
||
Pd,Palladium
|
||
PD,Positive Displacement
|
||
PD,Potential Difference
|
||
PE,PhycoErythrin
|
||
PE,Polyethylene
|
||
PE,Potential Energy
|
||
PEA,PolyEster Amine
|
||
PEEK,PolyEtherEtherKetone
|
||
PEG,PolyEthylene Glycol
|
||
PEK,Poly Ether Ketone
|
||
PEL,Permissible Exposure Limit
|
||
PERC,Tetrachloroethylene
|
||
PES,PolyEtherSulfone
|
||
PET,PolyEthylene Terephthalate
|
||
PETP,PolyEthyleneTerePhthalate
|
||
PEX,Cross-linked PolyEthylene
|
||
PFC,Perfluorocarbon
|
||
pg,picogram
|
||
PG,Propylene Glycol
|
||
PG,Prostaglandin
|
||
PGA,3-PhosphoGlyceric Acid
|
||
PGA,PolyGlutamic Acid
|
||
PGE,Platinum Group Elements
|
||
PGM,Platinum Group Metals
|
||
pH,measurement of H+ ions in aqueous solution
|
||
PH,Phenol functional group
|
||
PHA,PolyHydroxyAlkanoate
|
||
PHB,PolyHydroxyButyrate
|
||
PHC,Petroleum HydroCarbon
|
||
PHMB,PolyHexaMethyleneBiguanide
|
||
PHT,PHThalate
|
||
PI,Phosphate Ion
|
||
PI,PolyImide
|
||
PIB,PolyIsoButylene
|
||
pK,measurement of the dissociation constant
|
||
PLA,Polymerized Lactic Acid
|
||
PLC,PhosphoLipase-C
|
||
PM,Particulate Matter
|
||
PM,Photo Multiplier
|
||
pm,picometer
|
||
PM,Plasma Membrane
|
||
PM,Powder Metallurgy
|
||
Pm,Promethium
|
||
PM10,Particulates smaller than 10 μm.
|
||
PM3,Parameterized Model number 3
|
||
PMA,PhosphoMolybdic Acid
|
||
PMA,PolyMethyl Acrylate
|
||
PMID,PubMed IDentifier
|
||
PMMA,PolyMethylMethAcrylate
|
||
PMO,PolyMethylene Oxide
|
||
PNPA,PolyNucleotide Phosphorylase A
|
||
PNPB,PolyNucleotide Phosphorylase B
|
||
Po,Polonium
|
||
POC,Polar Organic Contaminant
|
||
pOH,measurement of OH- ions in aqueous solution
|
||
POL,Petroleum, Oils, and Lubricants
|
||
POP,Persistent Organic Pollutant
|
||
PORC,Porcelain
|
||
PPA,PhenylPropanolAmine
|
||
PPA,PolyPhthalAmide
|
||
PPB,Parts Per Billion
|
||
PPM,Parts Per Million
|
||
PPO,PolyPhenylene Oxide
|
||
PPS,PolyPhenylene Sulfide
|
||
PPT,Parts Per Trillion
|
||
PPT,PolyPyrimidine Tract
|
||
PPT,Precipitate
|
||
Pr,Praseodymium
|
||
PRV,Pressure Relief Valve
|
||
PSI,Pounds per Square Inch
|
||
PSV,Pressure Safety Valve
|
||
Pt,Platinum
|
||
PTFE,PolyTetraFluoroEthylene
|
||
Pu,Plutonium
|
||
PU,PolyUrethane
|
||
PV,Parity Violation
|
||
PV,Pressure Volume
|
||
PVC,PolyVinyl Chloride
|
||
PVT,"Pressure, Volume, Temperature"
|
||
PXY,Para-XYlene
|
||
Q,Heat energy
|
||
QA,Quinolinic Acid
|
||
QC,Quality Control
|
||
QCD,Quantum ChromoDynamics
|
||
QED,Quantum ElectroDynamics
|
||
QED,Quod Erat Demonstradum (Latin for “which was to be demonstrated”)
|
||
QM,Quantum Mechanics
|
||
QS,Quantum State
|
||
QS,Quantum Sufficit (Latin for “as much as needed”)
|
||
qt,quart
|
||
QW,Quit Whining
|
||
QY,Quantum Yield
|
||
R,Arginine amino acid
|
||
R,Chiral center for R/S system
|
||
R,functional group or side chain of atoms variable
|
||
R,Ideal Gas Constant
|
||
R,Reactive
|
||
R,Redux
|
||
R,Resistance
|
||
R,Rydberg Constant
|
||
R,Röntgen unit
|
||
Ra,Radium
|
||
RA,Retinoic Acid
|
||
RACHEL,Remote Acess Chemical Hazards Electronic Library
|
||
rad,"Radiation, Absorbed Dose"
|
||
rad,radian
|
||
Rad,Radioactive
|
||
Rb,Rubidium
|
||
RBA,Rutherford Backscattering Analysis
|
||
RBD,Refined, Bleached and Deodorized
|
||
RCS,Reactive Chemical Species
|
||
RDA,Recommended Daily Allowance
|
||
RDT,Recombinant DNA Technology
|
||
RDX,cyclotrimethylenetrinitramine
|
||
RDX,Research Department Explosive
|
||
RE,Rare Earth
|
||
Re,Rhenium
|
||
REACH,"Registration, Evaluation, Authorization, and restriction of CHemical substances"
|
||
REE,Rare Earth Element
|
||
Ref,Reference
|
||
rem,"Radiation Equivalent, Man"
|
||
REM,Rare Earth Metal
|
||
REQ,Required
|
||
RER,Respiratory Exchange Ratio
|
||
RF,Radio Frequency
|
||
RF,Resonance Frequency
|
||
Rf,Rutherfordium
|
||
RFIC,Reagent-Free Ion Chromatography
|
||
RFM,Relative Formula Mass
|
||
RG,Rare Gas
|
||
Rg,Roentgenium
|
||
RH,Relative Humidity
|
||
Rh,Rhodium
|
||
RH,Rydberg Constant for Hydrogen
|
||
RHE,Reversible Hydrogen Electrode
|
||
RHIC,Relativistic Heavy Ion Collider
|
||
RHS,Right Hand Side
|
||
RI,Radical Initiator
|
||
RIO,Red IronOxide
|
||
RL,Reaction Level
|
||
RMM,Relative Molar Mass
|
||
RMS,Root Mean Square
|
||
Rn,Radon
|
||
RNA,RiboNucleic Acid
|
||
RNS,Reactive Nitrogen Species
|
||
RO,Red Oxide
|
||
RO,Reverse Osmosis
|
||
ROHS,Restriction Of Hazardous Substances
|
||
ROS,Reactive Oxygen Species
|
||
ROWPU,Reverse Osmosis Water Purification Unit
|
||
RPM,Revolutions Per Minute
|
||
RPT,Repeat
|
||
RSC,Royal Society of Chemistry
|
||
RT,Energy (Rydberg Constant x Temperature)
|
||
RT,Reverse Transcriptase
|
||
RT,Room Temperature
|
||
RTM,Read The Manual
|
||
RTP,Room Temperature and Pressure
|
||
RTSC,Room Temperature Super Conductor
|
||
Ru,Ruthenium
|
||
S,Entropy
|
||
s,seconds
|
||
s,solid
|
||
s,spin quantum number
|
||
S,Sulfur
|
||
SA,Salicylic Acid
|
||
SA,Surface Area
|
||
SAC,S-Allyl Cysteine
|
||
SAC,Strong Acid Cation
|
||
sal,salt (Latin)
|
||
SAM,S-Adenosyl Methionine
|
||
SAM,Spin Angular Momentum
|
||
SAN,Styrene-AcryloNitrile
|
||
SAP,Super Absorbent Polymer
|
||
SAQ,Soluable AnthraQunone
|
||
SAS,Small Angle Scattering
|
||
SATP,Standard Ambient Temperature and Pressure
|
||
Sb,Antimony
|
||
SB,Solvent Based
|
||
SBA,Strong Base Anion
|
||
SBC,Styrene Butadiene Copolymer
|
||
SBR,Sequencing Batch Reactor
|
||
SBS,Styrene Butadiene Styrene
|
||
Sc,Scandium
|
||
SC,Silicon Carbide
|
||
SCBA,Specific Chemical and Biologic Agents
|
||
SCC,Stress Corrosion Cracking
|
||
Sci,Science
|
||
SCN,Thiocyanate
|
||
SCO,Super Charged Oxygen
|
||
SCS,Single Crystal Silicon
|
||
SCU,SCoville Units
|
||
SCVF,Single Chamber Vacuum Furnace
|
||
SCW,Super Critical Water
|
||
SCX,Strong Cation eXchanger
|
||
SDMS,Scientific Data Management System
|
||
SDV,Shut Down Valve
|
||
SDW,Spin Density Wave
|
||
SE,Sample Error
|
||
Se,Selenium
|
||
Sec,Seconds
|
||
SEP,Separate
|
||
SEU,Slightly Enriched Uranium
|
||
SF,Safety Factor
|
||
SF,Significant Figures
|
||
SFC,Supercritical Fluid Chromatography
|
||
SFPM,Suspended Fine Particulate Matter
|
||
Sg,Seaborgium
|
||
SG,Specific Gravity
|
||
SG,Spheroidal Graphite
|
||
SH,Thiol functional group
|
||
SHC,Synthetic HydroCarbon
|
||
SHE,Standard Hydrogen Electrode
|
||
SHF,Super High Frequency
|
||
SI units,Système international d’unités (International System of Units)
|
||
Si,Silicon
|
||
SL,Sea Level
|
||
SL,Short Lived
|
||
SLI,Solid-Liquid Interface
|
||
SLP,Sea Level Pressure
|
||
Sm,Samarium
|
||
SM,Semi-Metal
|
||
SM,Standard Model
|
||
SMILES,Simplified Molecular Input Line Entry System
|
||
SN,Sodium Nitrate
|
||
Sn,Tin
|
||
SNAP = S-Nitroso-N-AcetylPenicillamine
|
||
SNP,Single-Nucleotide Polymorphism
|
||
sp,hybrid orbital between s and p orbitals
|
||
SP,Solubility Product
|
||
Sp,Special
|
||
SP,Starting Point
|
||
SPDF,atomic electron orbital names
|
||
SQ,squared
|
||
Sr,Strontium
|
||
SS,Solid Solution
|
||
SS,Stainless Steel
|
||
SSP,Steady State Plasma
|
||
STEL,Short Term Exposure Limit
|
||
STM,Scanning Tunneling Microscope
|
||
STP,Standard Temperature and Pressure
|
||
SUS,SUSpension
|
||
T,Period of a wave
|
||
T,Tera prefix (1012)
|
||
T,Thymine
|
||
t,time
|
||
T,Transition Metal
|
||
T,Tritium
|
||
Ta,Tantalum
|
||
TaC,Tantalum Carbide
|
||
TAC,Teiacetyl Cellulose
|
||
TAG,TriAcylGlyceride
|
||
tan,tangent
|
||
TAN,Total Acid Number
|
||
TAS,Total Alkali versus Silica
|
||
TAS,Total Analysis System
|
||
TAT,TriAcetone TriPeroxide
|
||
Tb,Terbium
|
||
TBA,"2,4,6-TriBromoAnisole"
|
||
TBA,TertButylArsine
|
||
TBC,4-TertButylCatechol
|
||
TBHQ,TertButylHydroQuinone
|
||
TBP,True Boiling Point
|
||
TBT,TriButylTin
|
||
Tc,Critical Temperature
|
||
Tc,Technitium
|
||
TC,Temperature Compensated
|
||
TC,Temperature Controlled
|
||
TC,Theoretical Chemistry
|
||
TCA,TauroCholic Acid
|
||
TCA,TCA cycle (citric acid cycle)
|
||
TCA,TriChloroAcetic Acid
|
||
TCE,TriChloroEthane
|
||
TCF,ThiolCarbon Fiber
|
||
TCM,TetraChloromethane
|
||
TCP,"1,2,3-TriChloropropane"
|
||
TCP,Thermal Conversion Process
|
||
TCP,Tocopherol
|
||
TCP,TriCalcium Phosphate
|
||
TCP,TriChloroPhenol
|
||
TCS,Toxic Chemical System
|
||
TCT,ToCoTrienol
|
||
TCV,Temperature Control Valve
|
||
TCVF,Two Chamber Vacuum Furnace
|
||
TD,Temperature Displacement
|
||
TD,Thermal Deposition
|
||
TDA,Thermal Dilatometric Analysis
|
||
TDC,Three Degrees Centigrade
|
||
TDG,ThymineDNA Glycosylase
|
||
TDI,Tolerable Daily Intake
|
||
TDI,Toluene DiIsonate
|
||
TDO,Tryptophan 2,3-DiOxygenase
|
||
TDP,Thermal DePolymerization
|
||
TDP,Thiamine DiPhosphate
|
||
TDP,Thymidine DiPhosphate
|
||
Te,Tellurium
|
||
TEA,Terminal Electron Acceptor
|
||
TEC,Thermal Electric Cooler
|
||
TEL,Tetra Ethyl Lead
|
||
TFM,Total Fatty Matter
|
||
Th,Thorium
|
||
THC,Tetra Hydra Cannabinol
|
||
THM,TriHaloMethanes
|
||
TI,Thermal Index
|
||
Ti,Titanium
|
||
TIC,Total Ion Current
|
||
TIMS,Thermal Ionization Mass Spectroscopy
|
||
TIP,TrisIsopropyl Phenyl
|
||
Tl,Thallium
|
||
TLC,Thin Layer Chromatography
|
||
TLV,Toxic Level Value
|
||
Tm,Thulium
|
||
TM,Transition Metal
|
||
TMD,Theoretical Maximum Density
|
||
TMG,TriMethylGlycine
|
||
TMMA,TetraMethylMalonAmide
|
||
TMP,TriMethylPhosphate
|
||
TMS,TriMethylSilane
|
||
TNB,TriNitroBenzene
|
||
TNS,Test No Ether
|
||
TNT,TriNitroToluene
|
||
TOBSY,Total ThroughBond Correlation Spectroscopy
|
||
TOC,Total Organic Carbon
|
||
TOI,Table Of Isotopes
|
||
TON,Table Of Nuclides
|
||
TOX,Toxic
|
||
TP,Transition Point
|
||
TP,Triple Point
|
||
TPE,ThermoPlastic Elastomer
|
||
TPM,Total Particulate Matter
|
||
TR,Table Row
|
||
TRAP,Tartrate Resistant Acid Phosphatase
|
||
TRFM,Time Resolved Fluorescence Microscopy
|
||
TRP,Tryptophan
|
||
TS,Temperature Sensitive
|
||
TSCB,TriSilaCycloButane
|
||
TSP,Thermally Stable Polycrystalline
|
||
TSP,TriSodium Phosphate
|
||
TSPM,Total Suspended Particulate Matter
|
||
TSS,Total Soluble Solids
|
||
TST,Transitional State Theory
|
||
TT,Test Tube
|
||
TTC,Triphenyl Tetrazolium Chloride
|
||
TTFD,Thiamine TetraHydroFurfurylDisulfide
|
||
TTLC,Total Threshold Limit Concentration
|
||
TTO,Total Toxic Organics
|
||
TTP,Thymine TriPhosphate
|
||
TTX,Tetrodotoxin
|
||
TU,Thermally Unbound
|
||
TWMC,Time Weighted Mean Concentration
|
||
TWV,Total Water Vapor
|
||
U,Internal Energy
|
||
U,Undetectable
|
||
U,Uranium
|
||
UAFM,Uranyl Acetate Fluorescence Method
|
||
UCK,Universal Chemical Key
|
||
UG,Undisturbed Gas UHC,Unburned HydroCarbons
|
||
UHF,Ultra High Frequency
|
||
UHMW,Ultra High Molecular Weight
|
||
UHP,Ultra High Pressure
|
||
UHP,Ultra High Purity
|
||
UHT,Ultra High Temperature
|
||
UHV,Ultra High Vacuum
|
||
ULG,Universal Liquid Gas
|
||
ULO,Ultra Low Oxygen
|
||
ULOQ,Upper Limit Of Quantitation
|
||
ULS,Ultra Low Sulfur
|
||
ULT,Ultra Low Temperature
|
||
UNK,UNKnown
|
||
UPW,Ultra Pure Water
|
||
UQY,Ultimate Quality and Yield
|
||
UUD,UnUnDuium (Element 112, now Cn)
|
||
UUH,UnUnHexium (Element 116)
|
||
UUO,UnUnOctium (Element 118)
|
||
UUP,UnUnPentium (Element 115)
|
||
UUQ,UnUnQuadium (Element 114)
|
||
UUS,UnUnSeptium (Element 117)
|
||
UUU,"UnUnUnium (Element 111, now Rg)"
|
||
UV,UltraViolet
|
||
UV-A,UltravViolet band A
|
||
UV-B,UltraViolet band B
|
||
UVA,UltraViolet band A
|
||
UVB,UltraViolet band B
|
||
UVF,UtraViolet Filter
|
||
UVL,UltraViolet Lamp
|
||
UVR,UltraViolet Reactive
|
||
UXS,Glucuronic Acid DeCarboxylase
|
||
UYQ,Uranium Yield Quantity
|
||
V,Vacuum
|
||
V,Valene
|
||
V,Vanadium
|
||
v,velocity
|
||
V,Volt
|
||
V,Volume
|
||
VA,Nitrogen group
|
||
VA,Volume Analyzer
|
||
VAC,Vacuum
|
||
VAC,Vacuum Assisted Closure
|
||
VB,Vacuum Break
|
||
VB,Valence Band
|
||
VBJ,Vacuum Bell Jar
|
||
VBT,Valence Bond Theory
|
||
VC,Vapor Cloud
|
||
VC,Vinyl Chloride
|
||
VC,Viscous Coupled
|
||
VCE,Vapor Cloud Explosion
|
||
VCM,Vinyl Chloride Monomer
|
||
Vd,Volume distribution
|
||
VDB,VanDyke Brown test
|
||
VDF,Van der Waals force
|
||
VDW,Van der Waals radius
|
||
VEQ,EQuilibrium Volume
|
||
VEQ,EQuivalence point Volume
|
||
VFn,Vertical Face number (n is a number)
|
||
VH,Vapor Hazard
|
||
VHH,Volatile Halogenated Hydrocarbon
|
||
VHI,Vapor Hazard Index
|
||
VHN,Vickers Hardness Number
|
||
VHP,Vaporized Hydrogen Peroxide
|
||
VHP,Very High Pressure
|
||
VHT,Very High Temperature
|
||
VHY,Very High Yield
|
||
VI,Viscosity Index
|
||
VLD,Vacuum Leak Detector
|
||
VLE,Vapor Liquid Equilibrium
|
||
VMD,Visual Molecular Dynamics
|
||
VO,Vacuum Oven
|
||
VOA,Volatile Organic Analysis
|
||
VOC,Volatile Organic Compound
|
||
VOL,Volume
|
||
VP,Vapor Point
|
||
VP,Vapor Pressure
|
||
VPE,Virtual Potential Energy
|
||
VR,Very Rapid
|
||
VS,Very Saturated
|
||
VS,Volatile Solid
|
||
VSC,Volatile Sulfur Compound
|
||
VSS,Volatile Suspended Solid
|
||
VTC,Variable Temperature Cutoff
|
||
VTP,Volume, Temperature, Pressure
|
||
VU,Volume Units
|
||
VV,Vacuum Vessel
|
||
VV,Valence-Valence
|
||
VW,Varies Widely
|
||
W,Tryptofan
|
||
W,Tungsten
|
||
W,Watt
|
||
W,wavelength
|
||
W,Weight
|
||
W,width
|
||
W,Work
|
||
W5,Which Was What We Wanted
|
||
WA,Weak Acid
|
||
WAC,Weak Acid Cation
|
||
WB,Water Based
|
||
WB,Weak Base
|
||
WB,Weak Bond
|
||
WBA,Weak Base Anion
|
||
WC,Water Cosolvent
|
||
WCS,Worst Case Scenario
|
||
WD,Water Dispersant
|
||
WD,Water Displacement
|
||
WD,Wet/Dry
|
||
WIAP,Water In All Phases
|
||
WIN,Water Insoluble Nitrogen
|
||
WNA,World Nuclear Association
|
||
WO,Weak Oxidizer
|
||
WP,White Phosphorus
|
||
WPS,Water Phase Salt
|
||
WR,Water Repellent
|
||
WS,Wash Solution
|
||
WS,Water Soluble
|
||
WSNZ,Water Soluble Zinc
|
||
WSPI,Water-Soluble Phosphorous, Inorganic
|
||
WSPO,Water-Soluble Phosphorous, Organic
|
||
WSS,Water Soluble Stabilizer
|
||
WST,Weighted Settling Time
|
||
WV,Water Vapor
|
||
WVDA,Water Vapor Diffusion Analysis
|
||
WVM,Water Vapor Monitor
|
||
WVN,Water Vapor Nitrogen
|
||
WVP,Water Vapor Permeability
|
||
WVT,Water Vapor Transport
|
||
WW,Waste Water
|
||
WWIX,Waste Water Ion eXchange
|
||
WYOL,Write Your Own Lab
|
||
WYOLA,Write Your Own Lab Assignment
|
||
WYU,What You Use
|
||
X,Halogen
|
||
X,unknown
|
||
XAG,Silver Troy Ounce
|
||
XAN,XANthine
|
||
XAU,Gold Troy Ounce
|
||
XDB,eXtra Dense Bonding
|
||
Xe,Xenon
|
||
XLS,Xenon Light Source
|
||
XOD,Xanthine Oxidase
|
||
XPD,Palladium Troy Ounce
|
||
XPT,Platinum Troy Ounce
|
||
XUM,X-ray Ultra-Microscope
|
||
XYD,XYliDine
|
||
Y,Tyrosine
|
||
y,yocto prefix (10-24)
|
||
Y,Yotta prefix (1024)
|
||
Y,Yttrium
|
||
YA,Yield Analysis
|
||
YAG,Yttrium Aluminum Garnet
|
||
YAP,Yield Analysis Pattern
|
||
Yb,Ytterbium
|
||
YBCO,Yttrium Barium Copper Oxide
|
||
YBG,Your Best Guess
|
||
YCC,American Chemical Society Younger Chemists Committee
|
||
Yd,Yard
|
||
YIC,Yttrium Lithium Fluoride
|
||
Yr,Year
|
||
YZN,Yellow ZiNc dichromate
|
||
Z,Atomic Number
|
||
Z,azimuth
|
||
Z,Impedance
|
||
Z,proton number
|
||
z,zepto prefix (10-21)
|
||
Z,zero
|
||
Z,Zetta prefix (1021)
|
||
ZB,Zinc Blende
|
||
ZC,Zero Calibration
|
||
ZC,Zinc Composite
|
||
ZCG,Zeolite Crystal Growth
|
||
ZCR,Zinc Chromium
|
||
ZCS,Zinc Coated Steel
|
||
ZDC,Zero Degrees Kelvin
|
||
ZE,Zone Electrophoresis
|
||
ZEKE,Zero Electron Kinetic Energy
|
||
ZG,Zero Gravity
|
||
ZINC,Zinc Is Not Copper
|
||
ZK,Zero Kelvin
|
||
Zn,Zinc
|
||
ZO,Zinc Oxide
|
||
ZP,Zero Pressure
|
||
Zr,Zirconium
|
||
ZRE,Zinc Responsive Element |