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30 KiB
30 KiB
1 | ABBR | MEANING |
---|---|---|
2 | A | Atom |
3 | a | atto prefix (10-18) |
4 | AA | Acetic Acid |
5 | AA | Amino Acid |
6 | AA | Atomic Absorption spectroscopy |
7 | AACC | American Association for Clinical Chemistry |
8 | AADC | Amino Acid DeCarboxylase |
9 | AADC | Aromatic L-Amino acid DeCarboxylase |
10 | AAS | Atomic Absorption Spectroscopy |
11 | AB | Acid Base |
12 | AB | Acid Bath |
13 | ABCC | Advanced Biomedical Computing Center |
14 | ABCC | American Board of Clinical Chemistry |
15 | ABS | Absorb |
16 | ABS | Acrylonitrile Butadiene Styrene |
17 | ABV | Alcohol By Volume |
18 | ABW | Alcohol By Weight |
19 | Ac | Actinium |
20 | AC | Aromatic Carbon |
21 | ACC | American Chemical Council |
22 | ACE | Acetate |
23 | ACS | American Chemical Society |
24 | ADP | Adenosine DiPhosphate |
25 | AE | Acid Equivalent |
26 | AE | Activation Energy |
27 | AE | Atomic Emission |
28 | AFS | Atomic Fluorescence Spectroscopy |
29 | Ag | Silver |
30 | AH | Aryl Hydrocarbon |
31 | AHA | Alpha Hydroxy Acid |
32 | Al | Aluminum |
33 | ALDH | ALdehyde DeHydrogenase |
34 | Am | Americium |
35 | AM | Atomic Mass |
36 | AMP | Adenosine MonoPhosphate |
37 | AMU | Atomic Mass Unit |
38 | AN | Ammonium Nitrate |
39 | ANSI | American National Standards Institute |
40 | AO | Aldehyde Oxidase |
41 | AO | Aqueous Oxygen |
42 | API | Aromatic PolyImide |
43 | AR | Analytical Reagent |
44 | Ar | Argon |
45 | AS | Ammonium Sulfate |
46 | As | Arsenic |
47 | ASA | AcetylSalicylic Acid |
48 | ASP | ASParate |
49 | ATNO | Atomic Number |
50 | AT | Adenine and Thymine |
51 | AT | Alkaline Transition |
52 | At | Astatine |
53 | ATP | Adenosine TriPhosphate |
54 | ATP | Ambient Temperature Pressure |
55 | Au | Gold |
56 | AW | Atomic Weight |
57 | B | Boron |
58 | Ba | Barium |
59 | BA | Benzyl Alcohol |
60 | BA | Bonding Activity |
61 | BA | Butyl Acetate |
62 | BAP | Benzyl Amino Purine |
63 | BC | Bond Centered |
64 | BC | Boron Carbide |
65 | BCAA | Branched Chain Amino Acid |
66 | BCC | Body Centered Cubic |
67 | BCF | Black Carbon Fiber |
68 | BD | Black Diamond |
69 | Be | Beryllium |
70 | BE | Bond Energy |
71 | BeV | Billion Electron Volt (equal to 1 GeV) |
72 | BFR | Brominated Flame Retardants |
73 | Bh | Bohrium |
74 | BHA | Butylated Hydroxy Acid |
75 | BHA | Butylated HydroxyAnisole |
76 | BHD | Benzene Hydrogen Donor |
77 | BHT | Butylated Hydroxy Toluene |
78 | Bi | Bismuth |
79 | Bk | Berkelium |
80 | BLEVE | Boiling Liquid Expanding Vapor Explosion |
81 | BM | Base Metal |
82 | BMDL | Below Method Detection Limits |
83 | BOD | Biological Organic Deposit |
84 | BOV | Blow Off Valve |
85 | BP | Benzoyl Peroxide |
86 | BP | Boiling Point |
87 | BPDE | Benzo[A]Pyrene-Diol-Epoxide BPE,Boiling Point Elevation |
88 | BPO | Benzoyl PerOxide |
89 | Br | Bromine |
90 | BTA | BuTylated hydroxyAnisole |
91 | BTEX | Benzene, Toluene, Ethylbenzene, and Xylene |
92 | BTTN | 1,2,4-ButaneTriol TriNitrate |
93 | BTX | Benzene, Toluene, Xylene |
94 | BWR | Boiling Water Reactor |
95 | Bz | Benzoyl functional group |
96 | BZP | BenZylPiperazine |
97 | B[a]P | Benzo[a]Pyrene |
98 | C | Carbon |
99 | C | Celsius |
100 | c | centi prefix (10-2) |
101 | C | Coulomb |
102 | C | Cytosine |
103 | Ca | Calcium |
104 | CA | Citric Acid |
105 | CAB | Cation-Anion Balance |
106 | CADS | Chemical Agent Detection System |
107 | CAR | Commercial And Residential |
108 | CAS | Chemical Abstracts Service |
109 | CAW | Catalyst Altered Water |
110 | CB | Conduction Band |
111 | CBA | Cytometric Bead Array |
112 | CBR | Chemical, Biological, Radiological |
113 | CBRE | Chemical, Biological, Radiological Element |
114 | CBRN | Chemical, Biological, Radiological, or Nuclear |
115 | CC | Cubic Centimeter |
116 | CCBA | Chemical Coordinate Bonding and Adsorption |
117 | CCL | Contaminant Candidate List |
118 | CCM | cubic centimeter |
119 | CCS | Carbon Capture Storage |
120 | Cd | Cadmium |
121 | CDA | Clean Dry Air |
122 | CDR | Chemical Distribution Room |
123 | CDSL | Chemical Data Summary List |
124 | CDU | Chemical Dispensing Unit |
125 | Ce | Cerium |
126 | CE | Chemical Engineering |
127 | CEP | Chemical Engineering Process |
128 | Cf | Californium |
129 | CF | Carbon Fiber |
130 | CF | Ceramic Fiber |
131 | CFA | Cetylated Fatty Acid |
132 | CFC | Chlorofluorocarbon |
133 | CFRP | Carbon Fiber Reinforced Plastic |
134 | cg | centigram |
135 | CGS | Centimeter, Gram, Second |
136 | CHC | Chlorinated HydroCarbon |
137 | Chem | Chemistry |
138 | CHM | Chemistry |
139 | CHO | Carbohydrate |
140 | Ci | Curie |
141 | CLC | Cross Linked Cellulose |
142 | cm | centimeter |
143 | Cm | Curium |
144 | CML | Chemical Markup Language |
145 | CN | Coordination Number |
146 | CN | Cyanide |
147 | CNO | Carbon Nitrogen Oxygen |
148 | CNP | Cyclic Nucleotide Phosphodiesterase |
149 | CNT | Carbon NanoTube |
150 | CO | Carbon monoxide |
151 | Co | Cobalt |
152 | CP | Chemically Pure |
153 | CP | Creatine Phosphate |
154 | CPA | CoPolymer Alloy |
155 | CPE | Chemical Potential Energy |
156 | Cr | Chromium |
157 | CR | Corrosion Resistant |
158 | CRAP | Crude Reagent And Products |
159 | CRC | Chemical Rubber Company |
160 | CRT | Cathode Ray Tube |
161 | Cs | Cesium |
162 | CSAC | Chemical Safety Analysis and Control |
163 | CSAD | Cysteine Sulfinic Acid Decarboxylase |
164 | CSTR | Continuously Stirred Tank Reactor |
165 | Cu | Copper |
166 | CVCS | Chemical Volume Control System |
167 | CW | Chemical Warfare |
168 | CWA | Chemical Warfare Agent |
169 | d | day |
170 | d | deci prefix (10-1) |
171 | D | Deuterium |
172 | D | Dilute |
173 | D- | Dextrorotatory |
174 | D2O | Deuterium Oxide or Heavy Water |
175 | da | dalton |
176 | da | deca prefix (101) |
177 | DAB | Diaminobenzidine |
178 | DAP | DiAmmonium Phosphate |
179 | dB | decibel |
180 | DB | Double Bond |
181 | Db | Dubnium |
182 | DDT | Dichloro Diphenyl Trichloroethane |
183 | DE | Dissociation Energy |
184 | DEC | Direct Evaporative Cooling |
185 | DEG | Degree |
186 | DEG | DiEthylene Glycol |
187 | DGA | Dissolved Gas Analysis |
188 | DHA | DocosaHexanoic Acid |
189 | DHMO | DiHydrogen MonOxide (water) |
190 | DHY | Dehydrate |
191 | DI | Diffusion Index |
192 | DIAPHOX | DIAmino PHosphine OXide |
193 | DIN | Dissolved Inorganic Nitrogen |
194 | DIP | Dissolved Inorganic Phosphate |
195 | DIW | De-Ionized Water |
196 | DLC | Dry Liquid Concentrate |
197 | DLS | Dynamic Light Scattering |
198 | DM | Dipole Moment |
199 | DM | Dry Matter |
200 | DMAE | DiMethyl Amino Ethanol |
201 | DMAP | 4-DiMethylAminoPyridine |
202 | DMBP | DiMethyl BenzoPhenone |
203 | DME | DiMethyl Ether |
204 | DMG | DiMethyl Glycine |
205 | DMHg | DiMethyl mercury |
206 | DMK | DiMethyl Ketone |
207 | DMSO | DiMethyl SulfOxide |
208 | DMT | DiMethylTryptamine |
209 | DNA | DeoxyriboNucleic Acid |
210 | DOC | Dissolved Organic Compounds |
211 | DP | Differential Pressure |
212 | DP | Dry Process |
213 | DPM | Dynamic Proton Model |
214 | DQS | Discrete Quantum State |
215 | DRR | Double Replacement Reaction |
216 | DU | Depleted Uranium |
217 | Dy | Dysprosium |
218 | E | Energy |
219 | E | Exa- prefix (1018) |
220 | E1520 | Propylene Glycol |
221 | EA | Epoxy Adhesive |
222 | EA | Ethyl Acetate |
223 | EAA | Ethylene Acrylic Acid |
224 | EAM | Embedded Atom Method |
225 | EAS | Electrophilic Aromatic Substitution |
226 | EB | Electrode Barrier |
227 | EBSD | Electron BackScatter Diffraction |
228 | EBT | Eriochrome Black T indicator |
229 | EC | Electron Capture |
230 | EC | Ethyl Carbonate |
231 | ECD | Electron Capture Detector |
232 | ECH | Enoyl-CoA Hydratase |
233 | EDI | Electrical De-Ionization |
234 | EDP | Ethylene Diamine Pyrocatehol |
235 | EDT | 1,2-Ethane DiThiol |
236 | EDTA | Ethylene-Diamine-Tetra-Acetic acid |
237 | EE | Ether Extract |
238 | EEC | Equilibrium Equivalent Concentration |
239 | EEC | Evaporation Emission Control |
240 | EEEI | Effective Electron-Electron Interaction |
241 | EER | Equilibrium Exchange Rate |
242 | EET | Excitation Energy Transfer |
243 | EG | Ethylene Glycol |
244 | EGE | Ethylene Glycol Ether |
245 | EGO | Exhaust Gas Oxygen |
246 | EGR | Entropy Gradient Reversal |
247 | EGTA | Ethylene Glycol Tetraacetic Acid |
248 | EHF | Extremely High Frequency |
249 | EIC | Electromagnetically-Induced Chirality |
250 | ELF | Extremely Low Frequency |
251 | EM | ElectroMagnetic |
252 | EM | Elevated Moisture |
253 | EMA | Ethylene Methacrylic Acid |
254 | EMF | ElectroMotive Force |
255 | EN | Ethylene Naphthalate |
256 | EOF | ElectroOsmotic Flow |
257 | EP | Ethylene Polypropylene |
258 | EPA | Environmental Protection Agency |
259 | EPD | End Point Dilution |
260 | EPDM | Ethyl Propyl Diene Monomer |
261 | EPH | Extractable Petroleum Hydrocarbons |
262 | EPI | EPInephrine |
263 | Eq | Equivalent |
264 | Er | Erbium |
265 | ERW | Electrolyzed Reduced Water |
266 | Es | Einsteinium |
267 | ES | Excited State |
268 | ETOH | EThyl Alcohol |
269 | Eu | Europium |
270 | EV | Exceptional Vacuum |
271 | EVA | Ethylene Vinyl Acetate |
272 | EVOH | Ethylene Vinyl Alcohol |
273 | e– | electron |
274 | f | femto prefix (10-15) |
275 | F | Fluorine |
276 | FA | Fully Amorphous |
277 | FA | Furnace Annealing |
278 | FAC | Free Available Chlorine |
279 | FAD | Flavin Adenine Dinucleotide |
280 | FADE | Fast Atomic Density Evaluation |
281 | FAN | Free Amino Nitrogen |
282 | FAS | Fluorescence Actin Staining |
283 | FAS | Folic Acid Synthesis |
284 | FBC | Fesser, Bishop and Campbell model |
285 | FBD | Free Body Diagram |
286 | FBR | Fast Breeder Reactor |
287 | FC | Face Cell |
288 | FC | Face Centered |
289 | FC | Fragment Crystallization |
290 | FCC | Face Centered Cubic |
291 | FCC | Fluid Catalytic Cracking |
292 | FCC | Food Chemical Codex |
293 | FCCU | Fluidized Catalytic Cracking Unit |
294 | FCHC | Face Centered Hyper-Cubic |
295 | FCS | Fellow of the Chemical Society |
296 | FCS | Fire Control System |
297 | FCS | Fluorescence Correlation Spectroscopy |
298 | FE | Ferredoxin |
299 | FE | Free Energy |
300 | Fe | Iron |
301 | FGC | Flue Gas Conditioning |
302 | FIGD | Flow Injection/Gas Diffusion |
303 | FIGE | Field Inversion Gel Electrophoresis |
304 | FIPS | Fast Imaging Plasma Spectrometer |
305 | Fm | Fermium |
306 | FOS | FructoOligoSaccharide |
307 | FP | Freezing Point |
308 | FPD | Freezing Point Depression |
309 | FPLC | Fast Performance Liquid Chromatography |
310 | Fr | Francium |
311 | FRAP | Fluorine-Resistant Acid Phosphatase |
312 | FRS | Fellow of the Royal Society |
313 | FS | Free State |
314 | FSA | Formamidine Sulphinic Acid |
315 | FW | Formula Weight |
316 | G | Gauss |
317 | G | Gibbs Free Energy |
318 | G | Giga prefix (109) |
319 | G | Glycine g,gram |
320 | G | Guanosine |
321 | Ga | Gallium |
322 | Ga | Gauge |
323 | GABA | Gamma-AminoButyric Acid |
324 | GAD | Glutamate Decarboxylase |
325 | GAG | Glycosaminoglycan |
326 | GBB | Gas Blow Back |
327 | GC | Geiger Counter |
328 | GCC | Global Carbon Cycle |
329 | GCC | Global Climate Change |
330 | GCC | Glucocorticoid |
331 | GCC | Guanylyl Cyclase C |
332 | GCMS | Gas Chromatographic Mass Spectrometer |
333 | Gd | Gadolinium |
334 | GDP | Guanosine DiPhosphate |
335 | GE | Genetic Engineering |
336 | Ge | Germanium |
337 | GE | Group Element |
338 | Gel | Gelatin |
339 | GEM | Genetically Engineered Microorganism |
340 | GEP | Good Engineering Practice |
341 | GER | Gains Electrons,Reduction |
342 | GFM | Gram Formula Mass |
343 | GFW | Gram Formula Weight |
344 | GHB | Gamma-Hydroxy Butyrate |
345 | GI | Galvanized Iron |
346 | GI | Glycemic Index |
347 | GLA | GaLactosidase Alpha |
348 | GLA | Gamma-caroxyglutamic Acid |
349 | GLA | Gamma-Linolenic Acid |
350 | GLC | Gas Liquid Chromatography |
351 | Glc | Glucose |
352 | Glk | Glucokinase |
353 | GM | Geiger-Mueller tube |
354 | GMM | Gram Molecular Mass |
355 | GP | Gas Phase |
356 | GP | Glycerate 3-Phosphate |
357 | GP | GlycoProtein |
358 | GPC | Gel Permeation Chromatography |
359 | GS | Guanosine Synthetase |
360 | GT | Greater Than |
361 | GTL | Gas To Liquid |
362 | GTN | Glyceryl TriNitrate |
363 | Gy | Gray (radiation unit) |
364 | h | convection heat transfer coefficient |
365 | H | Enthalpy |
366 | h | hecto prefix (102) |
367 | H | Hydrogen |
368 | h | Planck’s constant |
369 | Ha | Hahnium (initial name for dubnium) |
370 | HA | Hemagglutinin |
371 | HAA | HaloAcetic Acid |
372 | HAc | Acetaldehyde |
373 | HAc | Acetic Acid |
374 | HACCP | Hazard Analysis and Critical Control Points |
375 | HAP | Hazardous Air Pollutant |
376 | HAS | Helium Atom Scattering |
377 | HAS | HyAluronan Synthase |
378 | HAT | Hypoxanthine, Aminopterin, Thymidine |
379 | HAZMAT | HAZardous MATerials |
380 | Hb | Hemoglobin |
381 | HB | Hydrogen Bonded |
382 | HBC | Hemoglobin C |
383 | HBCD | HexaBromoCycloDodecane |
384 | HBD | Hydrogen Bond Donor |
385 | HC | HydroCarbon |
386 | HCA | HydroxyCarbonate Apatite |
387 | HCA | HydroxyCitric Acid |
388 | HCB | HexaChloroBenzene |
389 | HCFC | HydroChloroFluoroCarbon |
390 | HDA | High Density Amorphous ice |
391 | HDA | HydroxyDecanoic Acid |
392 | HDI | Hexamethylene DiIsocyanate |
393 | HE | Hektoen Enteric agar |
394 | He | Helium |
395 | HE | High Explosive |
396 | HEA | Hektoen Enteric Agar |
397 | HEK | HEKtoen enteric agar |
398 | HEL | High Energy Laser |
399 | HEMA | HydroxyEthylMethAcrylate |
400 | HEP | Half Equivalence Point |
401 | HEPA | High-Efficiency Particulate Air |
402 | HEPH | Heavy Extractable Petroleum Hydrocarbons |
403 | HEU | Highly Enriched Uranium |
404 | Hf | Hafnium |
405 | HF | Hartree-Fock Method |
406 | HF | Heat Flux |
407 | HF | High Frequency |
408 | HF | Hydrogen Fuel |
409 | HFA | HydroFluoroAlkane |
410 | HFB | HexaFluoroBenzene |
411 | HFC | HydroFluoroCarbon |
412 | HFLL | Half-Filled Landau Level |
413 | HFP | HexaFluoroPropylene |
414 | Hg | Mercury |
415 | Hgb | Hemoglobin |
416 | HHV | High Heating Value |
417 | HIC | Household And Industrial Chemical |
418 | HL | Half-Life |
419 | HL | Hydrogen Line |
420 | HLA | HyaLuronic Acid |
421 | HLB | Helium Light Band |
422 | HMF | HydroxyMethyl Furfural |
423 | HMW | High Molecular Weight |
424 | Ho | Holmium |
425 | HO | Hydroxyl radical |
426 | HOAc | Acetic Acid |
427 | HOMO | Highest Occupied Molecular Orbital |
428 | HOQS | Highest Occupied Quantum State |
429 | HP | High Pressure |
430 | hp | horsepower |
431 | HPHT | High Pressure/High Temperature |
432 | HPLC | High Pressure Liquid Chromatography |
433 | HPPT | High Pressure Phase Transformation |
434 | HPSV | High Pressure Sodium Vapor |
435 | Hr | Hour |
436 | HRA | Health Risk Assessment |
437 | Hs | Hassium |
438 | HS | Hidden States |
439 | HSAB | Hard and Soft Acids and Bases |
440 | HSV | High Shear Viscosity |
441 | HT | Heat Transport |
442 | HT | Heat Treated |
443 | HT | High Temperature |
444 | HTC | Heat Transfer Coefficient |
445 | HTGR | High Temperature Gas Reactor |
446 | HTH | High Test Hypochlorite |
447 | HTS | High Temperature Superconductor |
448 | HTST | High Temperature/Short Time |
449 | HV | High Viscosity |
450 | HV | High Voltage |
451 | HVLP | High Volume/Low Pressure |
452 | HY | High Yield |
453 | Hz | Hertz |
454 | HZT | HydroChloroThiazide |
455 | I | electrical current |
456 | I | Iodine |
457 | I | Isoleucine |
458 | i.i.d. | independent and identically distributed |
459 | IAEA | International Atomic Energy Agency |
460 | IAQ | Indoor Air Quality |
461 | IB | Ion Balance |
462 | IC | Ice Crystals |
463 | ICE | Initial, Change, Equilibrium |
464 | ICE | Internal Combustion Engine |
465 | ICP | Inductively Coupled Plasma |
466 | ICSC | International Chemical Safety Card |
467 | ICSD | Inorganic Crystal Structure Database |
468 | ICSN | Institut de Chimie des Substances Naturelles |
469 | IE | Inert Electrolyte |
470 | IE | Ionization Energy |
471 | IEA | International Energy Agency |
472 | IG | Inert Gas |
473 | iHOP | information Hyperlinked Over Proteins |
474 | IK | Inverse Kinematics |
475 | IMBR | Immersed Membrane BioReactor |
476 | IMF | InterMolecular Force |
477 | IMS | Industrial Methylated Spirit |
478 | In | Indium |
479 | InChI | International Chemical Identifier |
480 | IOC | InOrganic Contaminant |
481 | IOCB | Institute of Chemistry and Biochemistry |
482 | IOCM | International Organic Chemistry Meeting |
483 | IPA | IsoPropyl Alcohol |
484 | IQ | Iron Quality |
485 | IR | Incident Report |
486 | IR | InfraRed |
487 | IR | Ionizing Radiation |
488 | Ir | Iridium |
489 | IRM | Interference Reflection Microscopy |
490 | ISI | In-Situ Interfermometer ISM,Industrial, Scientific, or Medical |
491 | ISI | Initial State Interaction |
492 | IUPAC | International Union of Pure and Applied Chemistry |
493 | J | Joule |
494 | JAC | Journal of Analytical Chemistry |
495 | JAW | Just Add Water |
496 | JBC | Journal of Biological Chemistry |
497 | JCG | Journal of Crystal Growth |
498 | JCS | Journal of the Chemical Society |
499 | JOC | Journal of Organic Chemistry |
500 | k | Boltzmann constant |
501 | K | Karat |
502 | K | Kelvin |
503 | k | kilo prefix (102) |
504 | K | Potassium |
505 | Ka | Acid dissociation constant |
506 | Kd | Dissociation constant |
507 | KE | Kinetic Energy |
508 | Keq | Equilibrium constant |
509 | kg | kilogram |
510 | KGA | KetoGlutaric Acid |
511 | kHz | kilohertz |
512 | km | kilometer |
513 | KMT | Kinetic Molecular Theory |
514 | Kr | Krypton |
515 | KTM | Kinetic Thermal Mixing |
516 | kW | kilowatt |
517 | L | azimuthal quantum number |
518 | L | Inductance |
519 | L | Length |
520 | L | Leucine |
521 | L | liter |
522 | L | luminosity |
523 | Li | Lithium |
524 | LIBS | Laser Induced Breakdown Spectroscopy |
525 | LiP | Lithium Polymer battery |
526 | Liq | Liquid |
527 | LLD | Liquid Level Detection |
528 | LLE | Liquid-Liquid Equilibrium |
529 | LLNL | Lawrence Livermore National Laboratory |
530 | LMA | Low Moisture Absorption |
531 | LME | Liquid Metal Embrittlement |
532 | LMH | Liquid Hydrogen |
533 | LN | Liquid Nitrogen |
534 | ln | natural logarithm |
535 | LNG | Liquid Natural Gas |
536 | LO | Localized Orbitals |
537 | LOD | Loss On Drying |
538 | LOQ | Limit Of Quantification |
539 | LOX | Liquid Oxygen |
540 | LP | Liquid Petroleum |
541 | LP | Liquid Propane |
542 | LPA | Liquid Pressure Amplifier |
543 | LPG | Liquid Petroleum Gas |
544 | Lq | Liquid |
545 | Lqd | Liquid |
546 | Lr | Lawrencium |
547 | LSD | Lysergic Acid Diethylamide |
548 | LSE | Low Surface Energy |
549 | LT | Less Than |
550 | Lt | light |
551 | LT | Low Temperature |
552 | LTE | Local Thermodynamic Equilibrium |
553 | LTG | Liquid To Gas |
554 | LTOEL | Long Term Occupational Exposure Limit |
555 | Lu | Lutetium |
556 | LUMO | Lowest Unoccupied Molecular Orbital |
557 | LV | Low Volatility |
558 | LVS | Large Volume Sampler |
559 | Lw | Lawrencium (Changed to Lr) |
560 | LWC | Light Water Content |
561 | LWG | Liquid Water in Grams |
562 | M | concentration (Molarity) |
563 | m | mass |
564 | M | Mega prefix (106) |
565 | m | meter |
566 | M | Methyl |
567 | m | Milli prefix (10-3) |
568 | M | Molar |
569 | M | Molecule |
570 | M3/H | Cubic Meters per Hour |
571 | mA | milliampere |
572 | MAC | Mobile Analytical Chemical |
573 | MADG | Moisture Activated Dry Granulation |
574 | MAM | Methyl Azoxy Methanol |
575 | MASER | Microwave Amplification by Stimulated Emission of Radiation |
576 | MAX | MAXimum |
577 | mbar | millibar |
578 | MBBA | N-(4-MethoxyBenzylidene)-4-ButylAniline |
579 | MC | MethylCellulose |
580 | MCA | Multi Channel Analyzer |
581 | MCL | Maximum Contaminant Level |
582 | MCR | MultiComponent Reaction |
583 | MCT | Medium Chain Triglyceride |
584 | MCT | MonoCarboxylate Transporter |
585 | Md | Mendelevium |
586 | MDA | MethyleneDiAniline |
587 | MDCM | Mechanistically Defined Chemical Mixtures |
588 | MDI | Methylene Diphenyl diIsocyanate |
589 | MDMA | MethyleneDioxy-MethylAmphetamine |
590 | MDQ | Minimum Daily Quantity |
591 | me | mass of an electron |
592 | ME | Materials Engineering |
593 | ME | MEthyl group |
594 | MEE | Minimum Explosive Energy |
595 | MEG | MonoEthylene Glycol |
596 | MEL | MethylEthylLead |
597 | MES | MethylEthylSulfate |
598 | MeV | Million electronVolt or MegaelectronVolt |
599 | MF | Methyl Formate |
600 | MF | Micro Fiber |
601 | MFG | Molecular Frequency Generator |
602 | MFP | Maximum Freezing Point |
603 | MFP | Molecular Free Path |
604 | MFP | MonoFluoroPhosphate |
605 | Mg | Magnesium |
606 | mg | milligram |
607 | MGA | Modular Gas Analyser |
608 | MH | Metal Halide |
609 | MH | Methyl Hydroxide |
610 | MHz | MegaHertz |
611 | MIBK | MethylIsoButylKetone |
612 | MIDAS | Molecular Interactions Dynamics And Simulations |
613 | MIG | Metal Inert Gas |
614 | MIN | MINimum |
615 | min | minutes |
616 | MIT | MethylIsoThiazolinone |
617 | MKS | Meter-Kilogram-Second |
618 | MKSA | Meter-Kilogram-Second-Ampere |
619 | mL or ml | milliliter |
620 | ML | Mono Layer |
621 | mm | millimeter |
622 | MM | Molar Mass |
623 | mmHg | millimeters of mercury |
624 | Mn | Manganese |
625 | MNT | Molecular NanoTechnology |
626 | MO | Molecular Orbital |
627 | Mo | Molybdenum |
628 | MOAH | Mineral Oil Aromatic Hydrocarbon |
629 | MOH | Measurement of Hardness |
630 | mol | mole |
631 | MOL | molecule |
632 | MP | Melting Point |
633 | MP | Metal Particulate |
634 | MPD | 2-Methyl-2,4-PentaneDiol |
635 | MPD | m-PhenyleneDiamine |
636 | MPH | Miles Per Hour |
637 | MPS | Meters Per Second |
638 | Mr | Relative Molecular mass |
639 | MRT | Mean Radiant Temperature |
640 | MS | Mass Spectrometry |
641 | ms | millisecond |
642 | MSDS | Material Safety Data Sheet |
643 | MSG | MonoSodium Glutamate |
644 | Mt | Meitnerium |
645 | MTBE | Methyl Tert-butyl Ether |
646 | MW | MegaWatt |
647 | mW | MilliWatt |
648 | MW | Molecular Weight |
649 | MWCNT | Multi-Walled Carbon NanoTube |
650 | MWCO | Molecular Weight CutOff |
651 | MWM | Molecular Weight Marker |
652 | n | nano prefix (10-9) |
653 | n | neutron |
654 | n | neutron emission |
655 | N | Newton |
656 | N | Nitrogen |
657 | N | Normal (concentration) |
658 | n | number of moles |
659 | n0 | neutron |
660 | NA | Avogadro constant |
661 | NA | Not Active |
662 | NA | Nucleic Acid |
663 | Na | Sodium |
664 | NAA | N-AcetylasPartate |
665 | NAA | Naphtalic Acetic Acid |
666 | NAC | Naphthenic Acid Corrosion |
667 | NAD+ | Nicotinamide Adenine Dinucleotide |
668 | NADH | Nicotinamide Adenine Dinucleotide,Hydrogen (reduced) |
669 | NADP | Nicotinamide Adenine Dinucleotide Phosphate |
670 | NAS | National Academy of Science |
671 | Nb | Niobium |
672 | NBC | Nuclear, Biological, Chemical |
673 | NBO | Natural Bond Orbital |
674 | NCE | New Chemical Entity |
675 | NCEL | New Chemical Exposure Limit |
676 | NCR | No Carbon Required |
677 | NCW | National Chemistry Week |
678 | Nd | Neodymium |
679 | Ne | Neon |
680 | NE | Non Equilibrium |
681 | NE | Nuclear Energy |
682 | NG | Natural Gas |
683 | NHE | Normalized Hydrogen Electrode |
684 | Ni | Nickel |
685 | NIH | National Institutes of Health |
686 | NiMH | Nickel Metal Halide |
687 | NIST | National Institute of Standards and Technology |
688 | nm | nanometer |
689 | NM | Non Metal |
690 | NMR | Nuclear Magnetic Resonance |
691 | NNK | Nicotine-derived Nitrosamine Ketone |
692 | No | Nobelium |
693 | NOAA | National Oceanic and Atmospheric Administration |
694 | NORM | Naturally Occurring Radioactive Material |
695 | NOS | Nitric Oxide Synthase |
696 | NOS | Nitrous Oxide |
697 | NOx | Nitrogen Oxides |
698 | Np | Neptunium |
699 | NR | Not Recorded |
700 | NS | Not Significant |
701 | NU | Natural Uranium |
702 | NV | Non-Volatile |
703 | NVC | Non-Volatile Chemical |
704 | NVOC | Non–Volatile Organic Chemical |
705 | NW | Nuclear Weapon |
706 | O | Oxygen |
707 | O3 | Ozone |
708 | OA | Oleic Acid |
709 | OAA | OxaloAcetic Acid |
710 | OAc | Acetoxy functional group |
711 | OAM | Orbital Angular Momentum |
712 | OB | Oligosaccharide Binding |
713 | OC | Organic Carbon |
714 | OD | Optical Density |
715 | OD | Oxygen Demand |
716 | ODC | Ornithine DeCarboxylase |
717 | OER | Oxygen Enhancement Ratio |
718 | OF | Oxygen Free |
719 | OFC | Oxygen Free Copper |
720 | OFHC | Oxygen Free High thermal Conductivity |
721 | OH | alcohol |
722 | OH | hydroxide |
723 | OH | hydroxyl functional group |
724 | OI | Oxygen Index |
725 | OILRIG | Oxygen Is Losing, Reduction Is Gaining |
726 | OM | Organic Matter |
727 | ON | Oxidation Number |
728 | OP | Organophosphate |
729 | OQS | Occupied Quantum State |
730 | OR | Oxidation-Reduction |
731 | ORNL | Oak Ridge National Laboratory |
732 | ORP | Oxidation-Reduction Potential |
733 | ORR | Oxidation-Reduction Reaction |
734 | Os | Osmium |
735 | OSHA | Occupational Safety and Health Administration |
736 | OSL | Optically Stimulated Luminescence |
737 | OTA | OchraToxin A |
738 | OV | Organic Vapor |
739 | OVA | Organic Vapor Analyser |
740 | OVA | OVAlbumin |
741 | OWC | Oil-Water Contact |
742 | OX | Oxidation |
743 | OX | oxygen |
744 | OXA | OXanilic Acid |
745 | OXT | OXyTocin |
746 | OXY | Oxygen |
747 | p+ | Proton |
748 | P | Peta prefix (1015) |
749 | P | Phosphorus |
750 | p | pico prefix (10-12) |
751 | P | Pressure |
752 | P | Proton |
753 | Pa | Pascal |
754 | PA | Phosphatidic Acid |
755 | Pa | Protactinium |
756 | PA | Proton Affinity |
757 | PAA | PolyAcrylic Acid |
758 | PABA | ParaAminoBenzoic Acid |
759 | PAC | Pharmaceutically Active Compound |
760 | PAC | Polycyclic Aromatic Content |
761 | PAC | Powdered Activated Carbon |
762 | PAEK | PolyArylEtherKetone |
763 | PAGE | PolyAcrylamide Gel Electrophoresis |
764 | PAH | Polycyclic Aromatic Hydrocarbon |
765 | PAI | PolyAmide Imide |
766 | PAO | PolyAlphaOlefin |
767 | PASA | PolyAmide, Semi-Aromatic |
768 | Pb | Lead |
769 | PB | PolyButylene |
770 | PBB | PolyBrominated Biphenyl |
771 | PBD | PolyButaDiene |
772 | PBI | PolyBenzImidazole |
773 | PBN | PolyButylene Naphthalate |
774 | PBS | Phosphate Buffered Saline |
775 | PBT | PolyButylene Terephthalate |
776 | PC | PolyCarbonate |
777 | PC | Pyruvate Carboxylase |
778 | PCA | Pyrrolidone Carboxylic Acid |
779 | PCC | Pyridine Chloro Chromate |
780 | PCE | Tetrachloroethylene |
781 | PCR | Polymerase Chain Reaction |
782 | PCV | Pressure Control Valve |
783 | Pd | Palladium |
784 | PD | Positive Displacement |
785 | PD | Potential Difference |
786 | PE | PhycoErythrin |
787 | PE | Polyethylene |
788 | PE | Potential Energy |
789 | PEA | PolyEster Amine |
790 | PEEK | PolyEtherEtherKetone |
791 | PEG | PolyEthylene Glycol |
792 | PEK | Poly Ether Ketone |
793 | PEL | Permissible Exposure Limit |
794 | PERC | Tetrachloroethylene |
795 | PES | PolyEtherSulfone |
796 | PET | PolyEthylene Terephthalate |
797 | PETP | PolyEthyleneTerePhthalate |
798 | PEX | Cross-linked PolyEthylene |
799 | PFC | Perfluorocarbon |
800 | pg | picogram |
801 | PG | Propylene Glycol |
802 | PG | Prostaglandin |
803 | PGA | 3-PhosphoGlyceric Acid |
804 | PGA | PolyGlutamic Acid |
805 | PGE | Platinum Group Elements |
806 | PGM | Platinum Group Metals |
807 | pH | measurement of H+ ions in aqueous solution |
808 | PH | Phenol functional group |
809 | PHA | PolyHydroxyAlkanoate |
810 | PHB | PolyHydroxyButyrate |
811 | PHC | Petroleum HydroCarbon |
812 | PHMB | PolyHexaMethyleneBiguanide |
813 | PHT | PHThalate |
814 | PI | Phosphate Ion |
815 | PI | PolyImide |
816 | PIB | PolyIsoButylene |
817 | pK | measurement of the dissociation constant |
818 | PLA | Polymerized Lactic Acid |
819 | PLC | PhosphoLipase-C |
820 | PM | Particulate Matter |
821 | PM | Photo Multiplier |
822 | pm | picometer |
823 | PM | Plasma Membrane |
824 | PM | Powder Metallurgy |
825 | Pm | Promethium |
826 | PM10 | Particulates smaller than 10 μm. |
827 | PM3 | Parameterized Model number 3 |
828 | PMA | PhosphoMolybdic Acid |
829 | PMA | PolyMethyl Acrylate |
830 | PMID | PubMed IDentifier |
831 | PMMA | PolyMethylMethAcrylate |
832 | PMO | PolyMethylene Oxide |
833 | PNPA | PolyNucleotide Phosphorylase A |
834 | PNPB | PolyNucleotide Phosphorylase B |
835 | Po | Polonium |
836 | POC | Polar Organic Contaminant |
837 | pOH | measurement of OH- ions in aqueous solution |
838 | POL | Petroleum, Oils, and Lubricants |
839 | POP | Persistent Organic Pollutant |
840 | PORC | Porcelain |
841 | PPA | PhenylPropanolAmine |
842 | PPA | PolyPhthalAmide |
843 | ppb | Parts per billion |
844 | ppm | Parts per million |
845 | PPO | PolyPhenylene Oxide |
846 | PPS | PolyPhenylene Sulfide |
847 | PPT | Parts Per Trillion |
848 | PPT | PolyPyrimidine Tract |
849 | PPT | Precipitate |
850 | Pr | Praseodymium |
851 | PRV | Pressure Relief Valve |
852 | PSI | Pounds per Square Inch |
853 | PSV | Pressure Safety Valve |
854 | Pt | Platinum |
855 | PTFE | PolyTetraFluoroEthylene |
856 | Pu | Plutonium |
857 | PU | PolyUrethane |
858 | PV | Parity Violation |
859 | PV | Pressure Volume |
860 | PVC | PolyVinyl Chloride |
861 | PVT | Pressure, Volume, Temperature |
862 | PXY | Para-XYlene |
863 | Q | Heat energy |
864 | QA | Quinolinic Acid |
865 | QC | Quality Control |
866 | QCD | Quantum ChromoDynamics |
867 | QED | Quantum ElectroDynamics |
868 | QED | Quod Erat Demonstradum (Latin for “which was to be demonstrated”) |
869 | QM | Quantum Mechanics |
870 | QS | Quantum State |
871 | QS | Quantum Sufficit (Latin for “as much as needed”) |
872 | qt | quart |
873 | QW | Quit Whining |
874 | QY | Quantum Yield |
875 | R | Arginine amino acid |
876 | R | Chiral center for R/S system |
877 | R | functional group or side chain of atoms variable |
878 | R | Ideal Gas Constant |
879 | R | Reactive |
880 | R | Redux |
881 | R | Resistance |
882 | R | Rydberg Constant |
883 | R | Röntgen unit |
884 | Ra | Radium |
885 | RA | Retinoic Acid |
886 | RACHEL | Remote Acess Chemical Hazards Electronic Library |
887 | rad | Radiation, Absorbed Dose |
888 | rad | radian |
889 | Rad | Radioactive |
890 | Rb | Rubidium |
891 | RBA | Rutherford Backscattering Analysis |
892 | RBD | Refined, Bleached and Deodorized |
893 | RCS | Reactive Chemical Species |
894 | RDA | Recommended Daily Allowance |
895 | RDT | Recombinant DNA Technology |
896 | RDX | cyclotrimethylenetrinitramine |
897 | RDX | Research Department Explosive |
898 | RE | Rare Earth |
899 | Re | Rhenium |
900 | REACH | Registration, Evaluation, Authorization, and restriction of CHemical substances |
901 | REE | Rare Earth Element |
902 | Ref | Reference |
903 | rem | Radiation Equivalent, Man |
904 | REM | Rare Earth Metal |
905 | REQ | Required |
906 | RER | Respiratory Exchange Ratio |
907 | RF | Radio Frequency |
908 | RF | Resonance Frequency |
909 | Rf | Rutherfordium |
910 | RFIC | Reagent-Free Ion Chromatography |
911 | RFM | Relative Formula Mass |
912 | RG | Rare Gas |
913 | Rg | Roentgenium |
914 | RH | Relative Humidity |
915 | Rh | Rhodium |
916 | RH | Rydberg Constant for Hydrogen |
917 | RHE | Reversible Hydrogen Electrode |
918 | RHIC | Relativistic Heavy Ion Collider |
919 | RHS | Right Hand Side |
920 | RI | Radical Initiator |
921 | RIO | Red IronOxide |
922 | RL | Reaction Level |
923 | RMM | Relative Molar Mass |
924 | RMS | Root Mean Square |
925 | Rn | Radon |
926 | RNA | RiboNucleic Acid |
927 | RNS | Reactive Nitrogen Species |
928 | RO | Red Oxide |
929 | RO | Reverse Osmosis |
930 | ROHS | Restriction Of Hazardous Substances |
931 | ROS | Reactive Oxygen Species |
932 | ROWPU | Reverse Osmosis Water Purification Unit |
933 | RPM | Revolutions Per Minute |
934 | RPT | Repeat |
935 | RSC | Royal Society of Chemistry |
936 | RT | Energy (Rydberg Constant x Temperature) |
937 | RT | Reverse Transcriptase |
938 | RT | Room Temperature |
939 | RTM | Read The Manual |
940 | RTP | Room Temperature and Pressure |
941 | RTSC | Room Temperature Super Conductor |
942 | Ru | Ruthenium |
943 | S | Entropy |
944 | s | seconds |
945 | s | solid |
946 | s | spin quantum number |
947 | S | Sulfur |
948 | SA | Salicylic Acid |
949 | SA | Surface Area |
950 | SAC | S-Allyl Cysteine |
951 | SAC | Strong Acid Cation |
952 | sal | salt (Latin) |
953 | SAM | S-Adenosyl Methionine |
954 | SAM | Spin Angular Momentum |
955 | SAN | Styrene-AcryloNitrile |
956 | SAP | Super Absorbent Polymer |
957 | SAQ | Soluable AnthraQunone |
958 | SAS | Small Angle Scattering |
959 | SATP | Standard Ambient Temperature and Pressure |
960 | Sb | Antimony |
961 | SB | Solvent Based |
962 | SBA | Strong Base Anion |
963 | SBC | Styrene Butadiene Copolymer |
964 | SBR | Sequencing Batch Reactor |
965 | SBS | Styrene Butadiene Styrene |
966 | Sc | Scandium |
967 | SC | Silicon Carbide |
968 | SCBA | Specific Chemical and Biologic Agents |
969 | SCC | Stress Corrosion Cracking |
970 | Sci | Science |
971 | SCN | Thiocyanate |
972 | SCO | Super Charged Oxygen |
973 | SCS | Single Crystal Silicon |
974 | SCU | SCoville Units |
975 | SCVF | Single Chamber Vacuum Furnace |
976 | SCW | Super Critical Water |
977 | SCX | Strong Cation eXchanger |
978 | SDMS | Scientific Data Management System |
979 | SDV | Shut Down Valve |
980 | SDW | Spin Density Wave |
981 | SE | Sample Error |
982 | Se | Selenium |
983 | Sec | Seconds |
984 | SEP | Separate |
985 | SEU | Slightly Enriched Uranium |
986 | SF | Safety Factor |
987 | SF | Significant Figures |
988 | SFC | Supercritical Fluid Chromatography |
989 | SFPM | Suspended Fine Particulate Matter |
990 | Sg | Seaborgium |
991 | SG | Specific Gravity |
992 | SG | Spheroidal Graphite |
993 | SH | Thiol functional group |
994 | SHC | Synthetic HydroCarbon |
995 | SHE | Standard Hydrogen Electrode |
996 | SHF | Super High Frequency |
997 | SI units | Système international d’unités (International System of Units) |
998 | Si | Silicon |
999 | SL | Sea Level |
1000 | SL | Short Lived |
1001 | SLI | Solid-Liquid Interface |
1002 | SLP | Sea Level Pressure |
1003 | Sm | Samarium |
1004 | SM | Semi-Metal |
1005 | SM | Standard Model |
1006 | SMILES | Simplified Molecular Input Line Entry System |
1007 | SN | Sodium Nitrate |
1008 | Sn | Tin |
1009 | SNAP | S-Nitroso-N-AcetylPenicillamine |
1010 | SNP | Single-Nucleotide Polymorphism |
1011 | sp | hybrid orbital between s and p orbitals |
1012 | SP | Solubility Product |
1013 | Sp | Special |
1014 | SP | Starting Point |
1015 | SPDF | atomic electron orbital names |
1016 | SQ | squared |
1017 | Sr | Strontium |
1018 | SS | Solid Solution |
1019 | SS | Stainless Steel |
1020 | SSP | Steady State Plasma |
1021 | STEL | Short Term Exposure Limit |
1022 | STM | Scanning Tunneling Microscope |
1023 | STP | Standard Temperature and Pressure |
1024 | SUS | SUSpension |
1025 | T | Period of a wave |
1026 | T | Tera prefix (1012) |
1027 | T | Thymine |
1028 | t | time |
1029 | T | Transition Metal |
1030 | T | Tritium |
1031 | Ta | Tantalum |
1032 | TaC | Tantalum Carbide |
1033 | TAC | Teiacetyl Cellulose |
1034 | TAG | TriAcylGlyceride |
1035 | tan | tangent |
1036 | TAN | Total Acid Number |
1037 | TAS | Total Alkali versus Silica |
1038 | TAS | Total Analysis System |
1039 | TAT | TriAcetone TriPeroxide |
1040 | Tb | Terbium |
1041 | TBA | 2,4,6-TriBromoAnisole |
1042 | TBA | TertButylArsine |
1043 | TBC | 4-TertButylCatechol |
1044 | TBHQ | TertButylHydroQuinone |
1045 | TBP | True Boiling Point |
1046 | TBT | TriButylTin |
1047 | Tc | Critical Temperature |
1048 | Tc | Technitium |
1049 | TC | Temperature Compensated |
1050 | TC | Temperature Controlled |
1051 | TC | Theoretical Chemistry |
1052 | TCA | TauroCholic Acid |
1053 | TCA | TCA cycle (citric acid cycle) |
1054 | TCA | TriChloroAcetic Acid |
1055 | TCE | TriChloroEthane |
1056 | TCF | ThiolCarbon Fiber |
1057 | TCM | TetraChloromethane |
1058 | TCP | 1,2,3-TriChloropropane |
1059 | TCP | Thermal Conversion Process |
1060 | TCP | Tocopherol |
1061 | TCP | TriCalcium Phosphate |
1062 | TCP | TriChloroPhenol |
1063 | TCS | Toxic Chemical System |
1064 | TCT | ToCoTrienol |
1065 | TCV | Temperature Control Valve |
1066 | TCVF | Two Chamber Vacuum Furnace |
1067 | TD | Temperature Displacement |
1068 | TD | Thermal Deposition |
1069 | TDA | Thermal Dilatometric Analysis |
1070 | TDC | Three Degrees Centigrade |
1071 | TDG | ThymineDNA Glycosylase |
1072 | TDI | Tolerable Daily Intake |
1073 | TDI | Toluene DiIsonate |
1074 | TDO | Tryptophan 2,3-DiOxygenase |
1075 | TDP | Thermal DePolymerization |
1076 | TDP | Thiamine DiPhosphate |
1077 | TDP | Thymidine DiPhosphate |
1078 | Te | Tellurium |
1079 | TEA | Terminal Electron Acceptor |
1080 | TEC | Thermal Electric Cooler |
1081 | TEL | Tetra Ethyl Lead |
1082 | TFM | Total Fatty Matter |
1083 | Th | Thorium |
1084 | THC | Tetra Hydra Cannabinol |
1085 | THM | TriHaloMethanes |
1086 | TI | Thermal Index |
1087 | Ti | Titanium |
1088 | TIC | Total Ion Current |
1089 | TIMS | Thermal Ionization Mass Spectroscopy |
1090 | TIP | TrisIsopropyl Phenyl |
1091 | Tl | Thallium |
1092 | TLC | Thin Layer Chromatography |
1093 | TLV | Toxic Level Value |
1094 | Tm | Thulium |
1095 | TM | Transition Metal |
1096 | TMD | Theoretical Maximum Density |
1097 | TMG | TriMethylGlycine |
1098 | TMMA | TetraMethylMalonAmide |
1099 | TMP | TriMethylPhosphate |
1100 | TMS | TriMethylSilane |
1101 | TNB | TriNitroBenzene |
1102 | TNS | Test No Ether |
1103 | TNT | TriNitroToluene |
1104 | TOBSY | Total ThroughBond Correlation Spectroscopy |
1105 | TOC | Total Organic Carbon |
1106 | TOI | Table Of Isotopes |
1107 | TON | Table Of Nuclides |
1108 | TOX | Toxic |
1109 | TP | Transition Point |
1110 | TP | Triple Point |
1111 | TPE | ThermoPlastic Elastomer |
1112 | TPM | Total Particulate Matter |
1113 | TR | Table Row |
1114 | TRAP | Tartrate Resistant Acid Phosphatase |
1115 | TRFM | Time Resolved Fluorescence Microscopy |
1116 | TRP | Tryptophan |
1117 | TS | Temperature Sensitive |
1118 | TSCB | TriSilaCycloButane |
1119 | TSP | Thermally Stable Polycrystalline |
1120 | TSP | TriSodium Phosphate |
1121 | TSPM | Total Suspended Particulate Matter |
1122 | TSS | Total Soluble Solids |
1123 | TST | Transitional State Theory |
1124 | TT | Test Tube |
1125 | TTC | Triphenyl Tetrazolium Chloride |
1126 | TTFD | Thiamine TetraHydroFurfurylDisulfide |
1127 | TTLC | Total Threshold Limit Concentration |
1128 | TTO | Total Toxic Organics |
1129 | TTP | Thymine TriPhosphate |
1130 | TTX | Tetrodotoxin |
1131 | TU | Thermally Unbound |
1132 | TWMC | Time Weighted Mean Concentration |
1133 | TWV | Total Water Vapor |
1134 | U | Internal Energy |
1135 | U | Undetectable |
1136 | U | Uranium |
1137 | UAFM | Uranyl Acetate Fluorescence Method |
1138 | UCK | Universal Chemical Key |
1139 | UG | Undisturbed Gas UHC,Unburned HydroCarbons |
1140 | UHF | Ultra High Frequency |
1141 | UHMW | Ultra High Molecular Weight |
1142 | UHP | Ultra High Pressure |
1143 | UHP | Ultra High Purity |
1144 | UHT | Ultra High Temperature |
1145 | UHV | Ultra High Vacuum |
1146 | ULG | Universal Liquid Gas |
1147 | ULO | Ultra Low Oxygen |
1148 | ULOQ | Upper Limit Of Quantitation |
1149 | ULS | Ultra Low Sulfur |
1150 | ULT | Ultra Low Temperature |
1151 | UNK | UNKnown |
1152 | UPW | Ultra Pure Water |
1153 | UQY | Ultimate Quality and Yield |
1154 | UUD | UnUnDuium (Element 112, now Cn) |
1155 | UUH | UnUnHexium (Element 116) |
1156 | UUO | UnUnOctium (Element 118) |
1157 | UUP | UnUnPentium (Element 115) |
1158 | UUQ | UnUnQuadium (Element 114) |
1159 | UUS | UnUnSeptium (Element 117) |
1160 | UUU | UnUnUnium (Element 111, now Rg) |
1161 | UV | UltraViolet |
1162 | UV-A | UltravViolet band A |
1163 | UV-B | UltraViolet band B |
1164 | UVA | UltraViolet band A |
1165 | UVB | UltraViolet band B |
1166 | UVF | UtraViolet Filter |
1167 | UVL | UltraViolet Lamp |
1168 | UVR | UltraViolet Reactive |
1169 | UXS | Glucuronic Acid DeCarboxylase |
1170 | UYQ | Uranium Yield Quantity |
1171 | V | Vacuum |
1172 | V | Valene |
1173 | V | Vanadium |
1174 | v | velocity |
1175 | V | Volt |
1176 | V | Volume |
1177 | VA | Nitrogen group |
1178 | VA | Volume Analyzer |
1179 | VAC | Vacuum |
1180 | VAC | Vacuum Assisted Closure |
1181 | VB | Vacuum Break |
1182 | VB | Valence Band |
1183 | VBJ | Vacuum Bell Jar |
1184 | VBT | Valence Bond Theory |
1185 | VC | Vapor Cloud |
1186 | VC | Vinyl Chloride |
1187 | VC | Viscous Coupled |
1188 | VCE | Vapor Cloud Explosion |
1189 | VCM | Vinyl Chloride Monomer |
1190 | Vd | Volume distribution |
1191 | VDB | VanDyke Brown test |
1192 | VDF | Van der Waals force |
1193 | VDW | Van der Waals radius |
1194 | VEQ | EQuilibrium Volume |
1195 | VEQ | EQuivalence point Volume |
1196 | VFn | Vertical Face number (n is a number) |
1197 | VH | Vapor Hazard |
1198 | VHH | Volatile Halogenated Hydrocarbon |
1199 | VHI | Vapor Hazard Index |
1200 | VHN | Vickers Hardness Number |
1201 | VHP | Vaporized Hydrogen Peroxide |
1202 | VHP | Very High Pressure |
1203 | VHT | Very High Temperature |
1204 | VHY | Very High Yield |
1205 | VI | Viscosity Index |
1206 | VLD | Vacuum Leak Detector |
1207 | VLE | Vapor Liquid Equilibrium |
1208 | VMD | Visual Molecular Dynamics |
1209 | VO | Vacuum Oven |
1210 | VOA | Volatile Organic Analysis |
1211 | VOC | Volatile Organic Compound |
1212 | VOL | Volume |
1213 | VP | Vapor Point |
1214 | VP | Vapor Pressure |
1215 | VPE | Virtual Potential Energy |
1216 | VR | Very Rapid |
1217 | VS | Very Saturated |
1218 | VS | Volatile Solid |
1219 | VSC | Volatile Sulfur Compound |
1220 | VSS | Volatile Suspended Solid |
1221 | VTC | Variable Temperature Cutoff |
1222 | VTP | Volume, Temperature, Pressure |
1223 | VU | Volume Units |
1224 | VV | Vacuum Vessel |
1225 | VV | Valence-Valence |
1226 | VW | Varies Widely |
1227 | W | Tryptofan |
1228 | W | Tungsten |
1229 | W | Watt |
1230 | W | wavelength |
1231 | W | Weight |
1232 | W | width |
1233 | W | Work |
1234 | W5 | Which Was What We Wanted |
1235 | WA | Weak Acid |
1236 | WAC | Weak Acid Cation |
1237 | WB | Water Based |
1238 | WB | Weak Base |
1239 | WB | Weak Bond |
1240 | WBA | Weak Base Anion |
1241 | WC | Water Cosolvent |
1242 | WCS | Worst Case Scenario |
1243 | WD | Water Dispersant |
1244 | WD | Water Displacement |
1245 | WD | Wet/Dry |
1246 | WIAP | Water In All Phases |
1247 | WIN | Water Insoluble Nitrogen |
1248 | WNA | World Nuclear Association |
1249 | WO | Weak Oxidizer |
1250 | WP | White Phosphorus |
1251 | WPS | Water Phase Salt |
1252 | WR | Water Repellent |
1253 | WS | Wash Solution |
1254 | WS | Water Soluble |
1255 | WSNZ | Water Soluble Zinc |
1256 | WSPI | Water-Soluble Phosphorous, Inorganic |
1257 | WSPO | Water-Soluble Phosphorous, Organic |
1258 | WSS | Water Soluble Stabilizer |
1259 | WST | Weighted Settling Time |
1260 | WV | Water Vapor |
1261 | WVDA | Water Vapor Diffusion Analysis |
1262 | WVM | Water Vapor Monitor |
1263 | WVN | Water Vapor Nitrogen |
1264 | WVP | Water Vapor Permeability |
1265 | WVT | Water Vapor Transport |
1266 | WW | Waste Water |
1267 | WWIX | Waste Water Ion eXchange |
1268 | WYOL | Write Your Own Lab |
1269 | WYOLA | Write Your Own Lab Assignment |
1270 | WYU | What You Use |
1271 | X | Halogen |
1272 | X | unknown |
1273 | XAG | Silver Troy Ounce |
1274 | XAN | XANthine |
1275 | XAU | Gold Troy Ounce |
1276 | XDB | eXtra Dense Bonding |
1277 | Xe | Xenon |
1278 | XLS | Xenon Light Source |
1279 | XOD | Xanthine Oxidase |
1280 | XPD | Palladium Troy Ounce |
1281 | XPT | Platinum Troy Ounce |
1282 | XUM | X-ray Ultra-Microscope |
1283 | XYD | XYliDine |
1284 | Y | Tyrosine |
1285 | y | yocto prefix (10-24) |
1286 | Y | Yotta prefix (1024) |
1287 | Y | Yttrium |
1288 | YA | Yield Analysis |
1289 | YAG | Yttrium Aluminum Garnet |
1290 | YAP | Yield Analysis Pattern |
1291 | Yb | Ytterbium |
1292 | YBCO | Yttrium Barium Copper Oxide |
1293 | YBG | Your Best Guess |
1294 | YCC | American Chemical Society Younger Chemists Committee |
1295 | Yd | Yard |
1296 | YIC | Yttrium Lithium Fluoride |
1297 | Yr | Year |
1298 | YZN | Yellow ZiNc dichromate |
1299 | Z | Atomic Number |
1300 | Z | azimuth |
1301 | Z | Impedance |
1302 | Z | proton number |
1303 | z | zepto prefix (10-21) |
1304 | Z | zero |
1305 | Z | Zetta prefix (1021) |
1306 | ZB | Zinc Blende |
1307 | ZC | Zero Calibration |
1308 | ZC | Zinc Composite |
1309 | ZCG | Zeolite Crystal Growth |
1310 | ZCR | Zinc Chromium |
1311 | ZCS | Zinc Coated Steel |
1312 | ZDC | Zero Degrees Kelvin |
1313 | ZE | Zone Electrophoresis |
1314 | ZEKE | Zero Electron Kinetic Energy |
1315 | ZG | Zero Gravity |
1316 | ZINC | Zinc Is Not Copper |
1317 | ZK | Zero Kelvin |
1318 | Zn | Zinc |
1319 | ZO | Zinc Oxide |
1320 | ZP | Zero Pressure |
1321 | Zr | Zirconium |
1322 | ZRE | Zinc Responsive Element |