USE decanoic acid
caproic acid
USE hexanoic acid
caprylic acid
USE octanoic acid CAPSICUM
*BT1 magnoliopsida RT peppers RT spices CAPSULES
BT1 containers RT encapsulation
capsules (irradiation)
USE irradiation capsules CAPTURE
1996-01-24
For capture cross sections, see also INTEGRAL CROSS SECTIONS.
UF neutron capture UF radiative capture NT1 electron capture RT capture-to-fission ratio RT electron capture decay RT interactions
RT nuclear reactions RT panofsky ratio RT r process RT valency model
CAPTURE-TO-FISSION RATIO UF neutron capture-to-fission ratio BT1 dimensionless numbers RT capture
RT fission ratio RT interactions RT nuclear reactions
carassius
USE goldfish
caraway
USE ranunculaceae CARBAMATES
*BT1 carbonic acid derivatives BT1 carboxylic acid salts
*BT1 organic nitrogen compounds NT1 dedtc
NT1 urethane
RT carbamic acid esters CARBAMIC ACID ESTERS
*BT1 carboxylic acid esters RT carbamates
carbamide
USE urea
carbanions
INIS: 2000-04-12; ETDE: 1981-05-18 Negatively charged organic ions having one more electron than the corresponding free radical.
(Prior to February 1997 this was a valid ETDE descriptor.)
USE anions CARBAZIDES
*BT1 carbonic acid derivatives
*BT1 organic nitrogen compounds CARBAZOLES
UF dibenzopyrroles
*BT1 azaarenes
*BT1 azoles RT pyrroles
CARBAZONES 154 CARBON 12 CARBAZONES
1996-10-23 (Prior to March 1997
DIPHENYLCARBAZONES was a valid ETDE descriptor.)
UF diphenylcarbazones
*BT1 carbonic acid derivatives
*BT1 organic nitrogen compounds NT1 dithizone
CARBENES
INIS: 1983-02-03; ETDE: 1978-03-03 Organic radicals containing divalent carbon as CH2, CHOH, CHF, etc.
BT1 radicals
RT reaction intermediates CARBIDES
1997-06-19
UF americium carbides UF indium carbides UF protactinium carbides UF selenium carbides BT1 carbon compounds NT1 aluminium carbides NT1 barium carbides NT1 beryllium carbides NT1 boron carbides NT1 cadmium carbides NT1 calcium carbides NT1 cerium carbides NT1 cesium carbides NT1 chromium carbides NT1 cobalt carbides NT1 copper carbides NT1 dysprosium carbides NT1 erbium carbides NT1 europium carbides NT1 gadolinium carbides NT1 gallium carbides NT1 germanium carbides NT1 hafnium carbides NT1 holmium carbides NT1 iridium carbides NT1 iron carbides
NT2 cementite NT2 ni-hard
NT1 lanthanum carbides NT1 lead carbides NT1 lithium carbides NT1 lutetium carbides NT1 magnesium carbides NT1 manganese carbides NT1 molybdenum carbides NT1 neodymium carbides NT1 neptunium carbides NT1 nickel carbides NT1 niobium carbides NT1 nitrogen carbides NT1 osmium carbides NT1 palladium carbides NT1 platinum carbides NT1 plutonium carbides NT1 potassium carbides NT1 praseodymium carbides NT1 rhenium carbides NT1 rhodium carbides NT1 rubidium carbides NT1 ruthenium carbides NT1 samarium carbides NT1 scandium carbides NT1 silicon carbides NT1 sodium carbides NT1 strontium carbides NT1 tantalum carbides NT1 technetium carbides NT1 terbium carbides NT1 thallium carbides NT1 thorium carbides
NT1 thulium carbides NT1 tin carbides NT1 titanium carbides NT1 tungsten carbides NT1 uranium carbides NT1 vanadium carbides NT1 ytterbium carbides NT1 yttrium carbides NT1 zinc carbides NT1 zirconium carbides RT carbon additions RT carbonitrides RT ceramics RT decarburization RT oxycarbides
carbinol
USE methanol
carbitols
1996-06-26
Diglycol monoalkyl ethers.
(Until June 1996 this was a valid descriptor.) USE ethers
USE glycols USE organic solvents CARBOHYDRATES
BT1 organic compounds NT1 glycosides
NT2 cardiac glycosides NT3 digitalis glycosides
NT4 digitoxin NT4 digoxin NT3 strophanthins
NT4 ouabain NT2 saponins NT2 strophantin
NT2 uridine diphosphoglucose NT1 saccharides
NT2 glycolipids NT3 cerebrosides NT3 gangliosides NT2 glycoproteins
NT3 avidin NT3 glucoproteins
NT4 lactoferrin NT4 ovalbumin NT3 luteinizing hormone NT2 monosaccharides
NT3 erythritol NT3 hexoses
NT4 fructose NT4 galactose NT4 glucose NT4 hexosamines
NT5 glucosamine NT4 mannose NT4 sorbose NT3 inositols
NT4 inositol NT3 pentoses NT4 arabinose NT4 deoxyribose NT4 ribose NT4 ribulose NT4 xylose NT3 sorbitol NT2 oligosaccharides
NT3 disaccharides NT4 cellobiose NT4 lactose NT4 maltose NT4 saccharose NT3 raffinose NT2 polysaccharides
NT3 agar NT3 alginic acid NT3 cellophane NT3 cellulose
NT3 dextran NT3 dextrin NT3 glycogen NT3 gum acacia NT3 hemicellulose
NT4 xylans NT3 inulin NT3 lignin
NT3 lipopolysaccharides NT3 mucopolysaccharides
NT4 chitin NT4 chondroitin NT4 heparin NT4 hyaluronic acid NT3 mucoproteins
NT4 haptoglobins NT4 intrinsic factor NT4 phytohemagglutinin NT3 nitrocellulose NT3 pectins NT3 rayon NT3 starch NT3 viscose NT3 xanthan gum RT food
RT glycolysis
RT phosphoenolpyruvate CARBOLOY
2000-04-12
*BT1 cobalt alloys
*BT1 tantalum alloys
*BT1 titanium alloys
*BT1 tungsten alloys CARBON
*BT1 nonmetals NT1 activated carbon NT1 carbon black NT1 carbynes NT1 diamonds NT1 fullerenes NT1 graphite NT1 pyrolytic carbon RT carbon fibers RT carbon meters RT decarburization CARBON 10
*BT1 beta-plus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei
*BT1 seconds living radioisotopes CARBON 10 BEAMS
INIS: 1988-11-16; ETDE: 1988-12-02
*BT1 radioactive ion beams CARBON 11
*BT1 beta-plus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-odd nuclei
*BT1 light nuclei
*BT1 minutes living radioisotopes CARBON 11 BEAMS
INIS: 1985-05-15; ETDE: 1985-07-18
*BT1 radioactive ion beams
*BT1 secondary beams CARBON 11 TARGET
INIS: 1986-04-02; ETDE: 1979-07-24 BT1 targets
CARBON 12
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei
*BT1 stable isotopes RT carbon 12 beams
CARBON 12 BEAMS 155 CARBON ADDITIONS CARBON 12 BEAMS
*BT1 ion beams RT carbon 12 CARBON 12 DECAY
RADIOISOTOPES 1995-06-29
*BT1 heavy ion decay radioisotopes NT1 barium 114
RT carbon 12 emission decay CARBON 12 EMISSION DECAY
INIS: 1995-06-29; ETDE: 1991-05-17
*BT1 heavy ion emission decay RT carbon 12 decay radioisotopes CARBON 12 REACTIONS
*BT1 heavy ion reactions CARBON 12 TARGET
ETDE: 1976-07-09 BT1 targets CARBON 13
*BT1 carbon isotopes
*BT1 even-odd nuclei
*BT1 light nuclei
*BT1 stable isotopes RT carbon 13 beams CARBON 13 BEAMS
*BT1 ion beams RT carbon 13
CARBON 13 REACTIONS
*BT1 heavy ion reactions CARBON 13 TARGET
ETDE: 1976-07-09 BT1 targets CARBON 14
UF radiocarbon dating
*BT1 beta-minus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei
*BT1 years living radioisotopes RT carbon 14 beams RT carbon 14 compounds RT carbon 14 reactions RT isotope dating CARBON 14 BEAMS
*BT1 radioactive ion beams RT carbon 14
CARBON 14 COMPOUNDS BT1 carbon compounds BT1 labelled compounds RT carbon 14 RT labelling CARBON 14 DECAY
RADIOISOTOPES
INIS: 1986-03-04; ETDE: 1988-10-12
*BT1 heavy ion decay radioisotopes NT1 radium 222
NT1 radium 223 NT1 radium 224 NT1 radium 226
RT carbon 14 emission decay CARBON 14 EMISSION DECAY
INIS: 1986-03-04; ETDE: 1988-10-12
*BT1 heavy ion emission decay RT carbon 14 decay radioisotopes CARBON 14 REACTIONS
*BT1 heavy ion reactions RT carbon 14
CARBON 14 TARGET ETDE: 1976-07-09
BT1 targets CARBON 15
*BT1 beta-minus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-odd nuclei
*BT1 light nuclei
*BT1 seconds living radioisotopes CARBON 16
*BT1 beta-minus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei
*BT1 milliseconds living radioisotopes CARBON 16 EMISSION DECAY
INIS: 2000-04-12; ETDE: 1991-05-17
*BT1 heavy ion emission decay CARBON 16 TARGET
INIS: 1992-09-22; ETDE: 1977-05-07 BT1 targets
CARBON 17
*BT1 beta-minus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-odd nuclei
*BT1 light nuclei
*BT1 milliseconds living radioisotopes CARBON 18
*BT1 beta-minus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei
*BT1 milliseconds living radioisotopes CARBON 19
*BT1 carbon isotopes
*BT1 even-odd nuclei
*BT1 light nuclei CARBON 20
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei CARBON 22
INIS: 1979-02-21; ETDE: 1979-03-28
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei CARBON 8
*BT1 carbon isotopes
*BT1 even-even nuclei
*BT1 light nuclei CARBON 9
*BT1 beta-plus decay radioisotopes
*BT1 carbon isotopes
*BT1 even-odd nuclei
*BT1 light nuclei
*BT1 milliseconds living radioisotopes CARBON ADDITIONS
1996-11-13 BT1 alloys
NT1 alloy-co43cr20fe18ni13w3 NT2 havar
NT1 alloy-hs-31 NT1 alloy-in-102 NT1 alloy-n-10m NT1 alloy-n-9m NT1 alloy-n28t3
NT1 alloy-ni60co15cr10al6ti5mo3 NT2 alloy-in-100
NT1 alloy-s-816 NT1 alloy-v-36 NT1 ascoloy
NT1 astroloy NT1 austenite NT1 cast iron NT1 discaloy NT1 duriron NT1 ferrite NT1 martensite NT1 rene 41 NT1 rene 95 NT1 steels
NT2 austenitic steels NT3 steel-cr15ni15motib NT3 steel-cr16ni13monbv NT3 steel-cr16ni15mo3nb NT3 steel-cr16ni16monb NT3 steel-cr16ni8mo2
NT4 stainless steel-16-8-2 NT3 steel-cr17ni12mo3
NT4 stainless steel-316 NT3 steel-cr17ni12mo3-l NT4 stainless steel-316l NT4 stainless steel-zcnd17-13 NT3 steel-cr17ni12monb NT3 steel-cr17ni13 NT3 steel-cr17ni13mo2ti NT3 steel-cr17ni13mo3ti NT3 steel-cr17ni7
NT4 stainless steel-301 NT3 steel-cr18ni10
NT4 stainless steel-18-10 NT3 steel-cr18ni10-l NT3 steel-cr18ni10ti
NT4 stainless steel-321 NT3 steel-cr18ni11
NT4 steel-x6crni1811 NT3 steel-cr18ni11nb
NT4 stainless steel-347 NT3 steel-cr18ni11nbco
NT4 stainless steel-348 NT3 steel-cr18ni12
NT4 stainless steel-305 NT3 steel-cr18ni12ti NT3 steel-cr18ni8
NT4 stainless steel-18-8 NT3 steel-cr18ni9
NT4 stainless steel-302 NT3 steel-cr18ni9ti NT3 steel-cr19ni10
NT4 stainless steel-304 NT3 steel-cr19ni10-l
NT4 stainless steel-304l NT3 steel-cr20ni11
NT4 stainless steel-308 NT3 steel-cr20ni11-l
NT4 stainless steel-308l NT3 steel-cr21mn9ni6
NT4 stainless steel-21-6-9 NT3 steel-cr23ni14
NT4 stainless steel-309 NT4 stainless steel-309s NT3 steel-cr23ni18 NT3 steel-cr25ni20 NT4 alloy-hk-40 NT4 stainless steel-310 NT3 steel-ni25cr20
NT4 stainless steel-20-25 NT3 steel-ni26cr15ti2movalb
NT4 alloy-a-286 NT2 carbon steels
NT3 steel-astm-a105 NT3 steel-astm-a106 NT3 steel-astm-a212 NT3 steel-astm-a285 NT3 steel-astm-a516 NT3 steel-astm-a533-b NT3 steel-in-787 NT3 steel-sae-1045 NT2 croloy
NT3 steel-cr13
CARBON BLACK 156 CARBON COMPLEXES NT4 stainless steel-410
NT3 steel-cr16 NT4 stainless steel-430 NT3 steel-cr18ni10
NT4 stainless steel-18-10 NT3 steel-cr2mo
NT4 steel-astm-a542 NT3 steel-cr5mo NT2 ferritic steels
NT3 steel-cr12moniv NT3 steel-cr13al
NT4 stainless steel-405 NT3 steel-cr16
NT4 stainless steel-430 NT3 steel-cr25
NT4 stainless steel-446 NT3 steel-cr9mo NT3 steel-cr9monbv NT2 high alloy steels
NT3 stainless steels NT4 chromium-nickel steels
NT5 alloy-d-9 NT5 carpenter NT5
chromium-nickel-molybdenum steels NT6 alloy-m-813 NT6 steel-cr11ni10mo2ti-l NT6 steel-cr15ni15motib NT6 steel-cr16ni13monbv NT6 steel-cr16ni15mo3nb NT6 steel-cr16ni16monb NT6 steel-cr16ni8mo2
NT7 stainless steel-16-8-2 NT6 steel-cr16ni9mo2 NT6 steel-cr17ni12mo3
NT7 stainless steel-316 NT6 steel-cr17ni12mo3-l NT7 stainless steel-316l NT7 stainless steel-zcnd17-13 NT6 steel-cr17ni12monb NT6 steel-cr17ni13mo2ti NT6 steel-cr17ni13mo3ti NT6 steel-ni26cr15ti2movalb
NT7 alloy-a-286 NT5 durco NT5 enduro
NT5 stainless steel-17-7ph NT5 stainless steel-303 NT5 stainless steel-329 NT5 stainless steel-ph-15-7-mo NT5 steel-cr17ni13
NT5 steel-cr17ni7 NT6 stainless steel-301 NT5 steel-cr18ni10
NT6 stainless steel-18-10 NT5 steel-cr18ni10-l NT5 steel-cr18ni10ti
NT6 stainless steel-321 NT5 steel-cr18ni11
NT6 steel-x6crni1811 NT5 steel-cr18ni11nb
NT6 stainless steel-347 NT5 steel-cr18ni11nbco
NT6 stainless steel-348 NT5 steel-cr18ni12
NT6 stainless steel-305 NT5 steel-cr18ni12ti NT5 steel-cr18ni8
NT6 stainless steel-18-8 NT5 steel-cr18ni9
NT6 stainless steel-302 NT5 steel-cr18ni9ti NT5 steel-cr19ni10
NT6 stainless steel-304 NT5 steel-cr19ni10-l
NT6 stainless steel-304l NT5 steel-cr20ni11
NT6 stainless steel-308 NT5 steel-cr20ni11-l
NT6 stainless steel-308l NT5 steel-cr23ni14
NT6 stainless steel-309 NT6 stainless steel-309s NT5 steel-cr23ni18 NT5 steel-cr25ni20 NT6 alloy-hk-40 NT6 stainless steel-310 NT5 steel-ni25cr20
NT6 stainless steel-20-25 NT5 steel-ni36cr12ti3al-l NT5 timken alloys NT4 chromium steels
NT5 chromium-molybdenum steels NT6
chromium-nickel-molybdenum steels NT7 alloy-m-813 NT7 steel-cr11ni10mo2ti-l NT7 steel-cr15ni15motib NT7 steel-cr16ni13monbv NT7 steel-cr16ni15mo3nb NT7 steel-cr16ni16monb NT7 steel-cr16ni8mo2
NT8 stainless steel-16-8-2 NT7 steel-cr16ni9mo2 NT7 steel-cr17ni12mo3
NT8 stainless steel-316 NT7 steel-cr17ni12mo3-l NT8 stainless steel-316l NT8 stainless steel-zcnd17-13 NT7 steel-cr17ni12monb NT7 steel-cr17ni13mo2ti NT7 steel-cr17ni13mo3ti NT7 steel-ni26cr15ti2movalb
NT8 alloy-a-286 NT5 magnet steel-ks NT5 miduale NT5 stainless steel-406 NT5 steel-cr10mo2 NT5 steel-cr12
NT6 stainless steel-403 NT5 steel-cr12moniv NT5 steel-cr12mov
NT6 alloy-ht-9 NT5 steel-cr13
NT6 stainless steel-410 NT5 steel-cr13al
NT6 stainless steel-405 NT5 steel-cr16
NT6 stainless steel-430 NT5 steel-cr16ni NT5 steel-cr17cu4ni4nb-l
NT6 stainless steel-17-4ph NT5 steel-cr17mo
NT6 stainless steel-440 NT5 steel-cr17ni4mo3 NT5 steel-cr18 NT5 steel-cr25
NT6 stainless steel-446 NT5 steel-cr9mo NT5 steel-cr9monbv
NT4 low carbon-high alloy steels NT5 steel-cr11ni10mo2ti-l NT5 steel-cr17cu4ni4nb-l
NT6 stainless steel-17-4ph NT5 steel-cr17ni12mo3-l
NT6 stainless steel-316l NT6 stainless steel-zcnd17-13 NT5 steel-cr18ni10-l
NT5 steel-cr19ni10-l NT6 stainless steel-304l NT5 steel-cr20ni11-l
NT6 stainless steel-308l NT5 steel-ni36cr12ti3al-l NT4 stainless steel-317 NT4 stainless steel-318 NT4 stainless steel-422 NT4 stainless steel-fv-548 NT4 stainless steel-jbk-75
NT4 stainless steel m-50 NT4 steel-cr21mn9ni6
NT5 stainless steel-21-6-9 NT4 sweetalloy
NT2 low alloy steels NT3 steel-astm-a350 NT3 steel-astm-a387 NT3 steel-astm-a508 NT3 steel-astm-a533 NT3 steel-cr2mo
NT4 steel-astm-a542 NT3 steel-cr2moninb NT3 steel-cr2mov NT3 steel-cr2nimov NT3 steel-cr5mo NT3 steel-cralnimo NT3 steel-crmo NT3 steel-crmov NT3 steel-crni NT3 steel-mncumo
NT4 steel-astm-a537 NT3 steel-mnmo
NT4 steel-astm-a302 NT3 steel-mnnimo
NT4 steel-astm-a533-b NT3 steel-mnnimov NT3 steel-ni3cr NT3 steel-ni3crmo
NT4 steel-astm-a543 NT3 steel-ni3crmov NT3 steel-ni4crw NT3 steel-nicr NT3 steel-nicrmo NT3 steel-nimocr NT2 manganese steels NT2 martensitic steels NT3 maraging steels NT3 steel-cr10mo2 NT3 steel-cr12
NT4 stainless steel-403 NT3 steel-cr12mov
NT4 alloy-ht-9 NT3 steel-cr13
NT4 stainless steel-410 NT3 steel-cr16ni NT3 steel-cr17cu4ni4nb-l
NT4 stainless steel-17-4ph NT3 steel-cr17mo
NT4 stainless steel-440 NT3 steel-cr18 NT2 nickel steels NT3 sweetalloy NT2 steel-astm-a572 RT carbides CARBON BLACK
*BT1 carbon CARBON BURNING
INIS: 1978-08-30; ETDE: 1978-10-19 Astrophysical processes only.
BT1 star burning RT nucleosynthesis RT star evolution RT star models RT stars
CARBON-CARBON LYASES INIS: 1986-12-03; ETDE: 1981-01-30 Code number 4.1.
*BT1 lyases NT1 aldehyde-lyases NT1 aldolases NT1 carboxy-lyases
NT2 carboxylase NT2 decarboxylases
NT2 ribulose diphosphate carboxylase CARBON COMPLEXES
BT1 complexes
CARBON COMPOUNDS 157 CARBON DIOXIDE FIXATION CARBON COMPOUNDS
NT1 carbides
NT2 aluminium carbides NT2 barium carbides NT2 beryllium carbides NT2 boron carbides NT2 cadmium carbides NT2 calcium carbides NT2 cerium carbides NT2 cesium carbides NT2 chromium carbides NT2 cobalt carbides NT2 copper carbides NT2 dysprosium carbides NT2 erbium carbides NT2 europium carbides NT2 gadolinium carbides NT2 gallium carbides NT2 germanium carbides NT2 hafnium carbides NT2 holmium carbides NT2 iridium carbides NT2 iron carbides
NT3 cementite NT3 ni-hard NT2 lanthanum carbides NT2 lead carbides NT2 lithium carbides NT2 lutetium carbides NT2 magnesium carbides NT2 manganese carbides NT2 molybdenum carbides NT2 neodymium carbides NT2 neptunium carbides NT2 nickel carbides NT2 niobium carbides NT2 nitrogen carbides NT2 osmium carbides NT2 palladium carbides NT2 platinum carbides NT2 plutonium carbides NT2 potassium carbides NT2 praseodymium carbides NT2 rhenium carbides NT2 rhodium carbides NT2 rubidium carbides NT2 ruthenium carbides NT2 samarium carbides NT2 scandium carbides NT2 silicon carbides NT2 sodium carbides NT2 strontium carbides NT2 tantalum carbides NT2 technetium carbides NT2 terbium carbides NT2 thallium carbides NT2 thorium carbides NT2 thulium carbides NT2 tin carbides NT2 titanium carbides NT2 tungsten carbides NT2 uranium carbides NT2 vanadium carbides NT2 ytterbium carbides NT2 yttrium carbides NT2 zinc carbides NT2 zirconium carbides NT1 carbon 14 compounds NT1 carbon fluorides NT1 carbon nitrides NT1 carbon oxides
NT2 carbon dioxide NT2 carbon monoxide NT1 carbon oxysulfide NT1 carbon sulfides NT1 carbonates
NT2 americium carbonates NT2 ammonium carbonates
NT3 auc
NT2 barium carbonates NT2 beryllium carbonates NT2 cadmium carbonates NT2 calcium carbonates NT2 cerium carbonates NT2 cesium carbonates NT2 cobalt carbonates NT2 copper carbonates NT2 erbium carbonates NT2 europium carbonates NT2 gadolinium carbonates NT2 holmium carbonates NT2 iron carbonates NT2 lanthanum carbonates NT2 lead carbonates NT2 lithium carbonates NT2 lutetium carbonates NT2 magnesium carbonates NT2 manganese carbonates NT2 molybdenum carbonates NT2 neodymium carbonates NT2 neptunium carbonates NT2 nickel carbonates NT2 plutonium carbonates NT2 polycarbonates NT2 potassium carbonates NT2 praseodymium carbonates NT2 rhenium carbonates NT2 rubidium carbonates NT2 samarium carbonates NT2 scandium carbonates NT2 sodium carbonates NT2 strontium carbonates NT2 terbium carbonates NT2 thallium carbonates NT2 thorium carbonates NT2 uranium carbonates NT2 uranyl carbonates NT2 ytterbium carbonates NT2 yttrium carbonates NT2 zinc carbonates NT2 zirconium carbonates NT1 carbonic acid NT1 carbonitrides NT1 carbonium compounds NT1 carboranes
NT1 oxycarbides RT soot CARBON CYCLE
INIS: 1982-07-22; ETDE: 1979-03-05 RT air-water interactions RT carbon dioxide fixation RT carbon sinks
RT carbon sources RT deforestation
RT ecological concentration RT ecosystems
RT metabolism RT mineral cycling RT photosynthesis
RT ribulose diphosphate carboxylase CARBON DIOXIDE
*BT1 carbon oxides RT carbon dioxide fixation RT carbon sequestration RT greenhouse gases RT inert atmosphere RT landfill gas RT phosphoenolpyruvate