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Chemical compound
Fluorene /ˈflʊəriːn/, or 9H-fluorene is an organic compound with the formula (C6H4)2CH2. It forms white crystals that exhibit a characteristic, aromatic
Fluorene
Chemical compound
9-Methylene-fluorene or dibenzofulvene (DBF) is a polycyclic aromatic hydrocarbon with chemical formula (C6H4)2C=CH2. It is best known as one product from
9-Methylene-fluorene
Chemical compound
(C13H8)n, consisting of fluorene units linked in a linear chain — specifically, at carbon atoms 2 and 7 in the standard fluorene numbering. It can also
Polyfluorene
Chemical compound
Benzo[c]fluorene is a polycyclic aromatic hydrocarbon (PAH) with mutagenic activity. It is a component of coal tar, cigarette smoke and smog and thought
Benzo(c)fluorene
Chemical compound
hydrocarbon. The molecule can be thought of as being made up of three fluorene units arranged symmetrically and sharing a common central benzene. Truxene
Truxene
Chemical compound
11-methano-1H-benzo[5,6]cycloocta[1,2,3,4-def]fluorene and 5,6-didehydro-10,11-methano-1H-benzo[5,6]cycloocta[1,2,3,4-def]fluorene-1,14-dione and x-ray crystal structures
1,2-Dichloroethylene
Chemical compound
is a ketone with a fluorene moiety. It is a bright yellow, fluorescent solid. It is synthesised by aerobic oxidation of fluorene: (C6H4)2CH2 + O2 → (C6H4)2CO
Fluorenone
Benzo[g]chrysene Benzo[a]fluoranthene Benzo[ghi]fluoranthene Benzo[a]fluorene Benzo[b]fluorene Benzo[c]fluorene Benzo[ghi]perylene Benzo[e]pyrene p-Benzoquinone dioxime
IARC_group_3
Chemical compound
Fluoranthene Names Preferred IUPAC name Fluoranthene Other names Benzo[jk]fluorene Tetracyclo[7.6.1.05,16.010,15]hexadeca-1,3,5,7,9(16),10,12,14-octaene[citation
Fluoranthene
Class of chemical compounds
arrangement that can be described as the fusion of an indene core and a fluorene core (hence the common name). The five structural isomers (regioisomers)
Indenofluorene
Chemical compound
Benzo[a]fluorene (IUPAC name, 11H-benzo[a]fluorene) is a polycyclic aromatic hydrocarbon (PAH). It is currently listed as a Group 3 carcinogen by the IARC
Benzo(a)fluorene
Hydrocarbon compound (C6H6)
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Benzene
Hydrocarbon compound (C22H14) made of 5 fused benzene rings
(PLEDs) have been constructed using conjugated copolymers (1a–b) containing fluorene and pentacene. A few other conjugated pentacene polymers (2a–b and 3) have
Pentacene
Organic compound consisting entirely of hydrogen and carbon
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Hydrocarbon
Organic compounds with the formula (CH3)2C6H4
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Xylene
Inorganic compound
to 2,3-naphthalenedicarboxylic acid. Sodium dichromate can be used in fluorene to fluorenone conversion. Like all hexavalent chromium compounds, sodium
Sodium_dichromate
Total concentration of petroleum-derived hydrocarbons in environmental samples
that occur in TPH include hexane, benzene, toluene, xylenes, naphthalene, fluorene, and constituents of commonly used fuels among others. Petroleum hydrocarbon
Total_petroleum_hydrocarbon
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Methylcyclobutane
Group of isomeric chemical compounds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Trimethylbenzene
Chemical compound
inhibitor ellipticine fuses carbazole to a pyridine ring. Indole Carboline Fluorene Polychlorinated carbazoles Carbazole alkaloids International Union of Pure
Carbazole
Hydrocarbon compound containing one or more C=C bonds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Alkene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Butadiene
Chemical compound
Fluorenol, also known as hydrafinil, is an alcohol derivative of fluorene. In the most significant isomer, fluoren-9-ol or 9-hydroxyfluorene, the hydroxy
Fluorenol
Hydrocarbon composed of multiple aromatic rings
Benzo[a]pyrene Perylene Benzo[ghi]perylene Non-benzenoid hydrocarbons Biphenylene Fluorene Acenaphthene Acenaphthylene Fluoranthene Helicenes [4]Helicene [5]Helicene
Polycyclic aromatic hydrocarbon
Polycyclic_aromatic_hydrocarbon
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Styrene
Organic compounds with the empirical formula CH3C6H4CH2CH3
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Ethyltoluene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Housane
Type of saturated hydrocarbon compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Alkane
Hydrocarbon compound; precursor to styrene and polystyrene
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Ethylbenzene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Nonacene
Compound containing rings with delocalized pi electrons
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Aromatic_compound
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
1,2,4-Trimethylbenzene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Hexamethylbenzene
Index of chemical compounds with the same molecular formula
(molar mass: 166.22 g/mol, exact mass: 166.0783 u) may refer to: Fluorene, or 9H-fluorene Phenalene This set index page lists chemical structure articles
C13H10
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Pentamethylbenzene
Group of chemical compounds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Tetramethylbenzene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
P-Cymene
German chemist (1835–1910)
first lactones and investigated structures of piperine, naphthalene, and fluorene. Fittig studied chemistry at the University of Göttingen, graduating as
Wilhelm_Rudolph_Fittig
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Cyclodecyne
American organic medicinal chemist, historian, and author
"Study of Dye and Ylide Formation in Salts of 9-(p-dimethylaminophenyl) Fluorene." After receiving her master's degree, Brown began work as a research chemist
Jeannette_Brown
U.S. military base waste disposal area
benz[a]anthracene (BaA) fluoranthene (FLT) 10 furans benzo[a]pyrene (BaP) fluorene (FLU) 17 PAHs benzo[b]fluoranthene (BbF) indeno[1,2,3-cd]pyrene (IP) 2
Burn_pit
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Cyclopropyne
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Isobutylbenzene
Former industrial location in Harris County, Texas
1980s, the EPA had detected copper, vinyl chloride, 1,1,2-trichloroethane, fluorene, styrene, ethylbenzene, toluene, benzene and other toxic chemicals, including
Brio_Superfund_site
Man-made molecular machines
proteins in biological systems. In the fastest system to date, with a fluorene lower half, the half-life of the thermal helix inversion is 0.005 seconds
Synthetic_molecular_motor
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Durene
Organic compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Sec-Butylbenzene
Organic compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Isodurene
Petrochemical process to break down saturated hydrocarbons in smaller molecules
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Steam_cracking
1,3-dipolar cycloaddition
of a bis-azide and a bis-alkyne with copper(I) and TBTA to a conjugated fluorene based polymer. The degree of polymerization easily exceeds 50. With a stopper
Azide-alkyne Huisgen cycloaddition
Azide-alkyne_Huisgen_cycloaddition
Chemical compound
ppm Related compounds Related compounds 1-Naphthol 2-Naphthol Anthracene Fluorene Tetracene Lithium naphthalenide Sodium naphthalenide Except where otherwise
Naphthalene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Mesitylene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
P-Xylene
Chemical compound
Preferred IUPAC name 3-(Carboxymethyl)-5-hydroxy-1,4,8-trioxo-4,8-dihydro-1H-fluorene-9-carboxylic acid Identifiers CAS Number 851367-73-2 N 3D model (JSmol)
Hipposudoric_acid
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Cycloheptyne
British chemist (1933–2022)
Complexes of η6-Benzene, -Naphthalene, -Phenanthrene, -Indene, -Indole, -Fluorene and η5-Indenyl and -Indolyl". J. Chem. Soc., Dalton Trans. (17): 1654–1661
Peter_Maitlis
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Spiropentadiene
name is dihydrocoumarin lactonohydrolase. This enzyme participates in fluorene degradation. Kosuge T, Conn EE (1962). "The metabolism of aromatic compounds
Dihydrocoumarin_hydrolase
Allotropes of carbon with a cylindrical nanostructure
the Extraction of Single Species of Single-Walled Carbon Nanotubes Using Fluorene-Based Polymers". Nano Letters. 7 (10): 3013–3017. Bibcode:2007NanoL...7
Carbon_nanotube
Polycyclic aromatic hydrocarbon composed of three fused benzene rings
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Phenanthrene
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Diisobutene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Anthracene
Aromatic hydrocarbon
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Toluene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
2,2,4-Trimethylpentane
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Pyrene
Index of chemical compounds with the same name
formula C17H12 may refer to: Benzo[a]fluorene, a polycyclic aromatic hydrocarbon (PAH) Benzo[b]fluorene Benzo[c]fluorene, a polycyclic aromatic hydrocarbon
Benzofluorene
Species of bacterium
carbon and energy source, strain P16 is able to grow using phenanthrene, fluorene, naphthalene, and methylnaphthalenes. In conjunction with the anionic surfactant
Pseudomonas_stutzeri
curtisite sample were: picene (a PAH with 5 fused benzene rings), dibenzo[a,h]fluorene, 11H-indeno[2,1-a]phenanthrene, benzo[b]phenanthro[2,1-d]thiophene, indenofluorenes
Idrialite
Covalent compound that contains two double bonds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Diene
InterPro Family
degradation, toluene and xylene degradation, 1,4-dichlorobenzene degradation, fluorene degradation, carbazole degradation, ethylbenzene degradation, and styrene
2-oxopent-4-enoate_hydratase
Tar distillation byproduct used as wood preservative
compounds such as naphthalene, anthracene, phenanthrene, acenaphthene, and fluorene. Creosotes from vertical-retort and low temperature tars contain, in addition
Creosote
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
2-Methyloctane
American chemist
of molecules containing a 1-D chain of silicon atoms, as well as other fluorene-derivatives that can act as molecular wires. Klausen began her independent
Rebekka_Klausen
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Cyclohexyne
Saturated alicyclic hydrocarbon
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Cycloalkane
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
2-Phenylhexane
Unsaturated hydrocarbon compound (H2C=C(CH3)2)
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Isobutylene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Trans-Propenylbenzene
Chemical group (–CH2–C6H5)
carbon-hydrogen bonds in radical anions and radical cations derived from fluorenes, triphenylmethanes, and related compounds". Journal of the American Chemical
Benzyl_group
Hydrocarbon compound containing one or more C≡C bonds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Alkyne
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Azulene
class is fluoren-9-ol:NAD(P)+ oxidoreductase. This enzyme participates in fluorene degradation. Enzyme 1.1.1.256 at KEGG Pathway Database. Casellas M, Grifoll
Fluoren-9-ol_dehydrogenase
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
1,5-Hexadiene
Chemical compound
bearing an acidic N-H. Phase-transfer catalyst in geminal di-alkylation of fluorene, N,N-dialkylation of aniline and N-alkylation of carbazole using aqueous
Tetraethylammonium_chloride
Any chemical compound having one atom as the only common member of two rings
Carbonyl Groups: Synthesis of N-Methoxy-N-methylspiro[cyclopropane-1,9'-fluorene]-2-carboxamide". Organic Syntheses. 101: 61–80. doi:10.15227/orgsyn.101
Spiro_compound
Chemical company in Bydgoszcz, Poland
substances, such as toluene, nitrobenzene, naphthalene, anthracene, pyrene and fluorene. Furthermore, the area of the EPI waste landfill is polluted with both
Zachem Chemical Plant in Bydgoszcz
Zachem_Chemical_Plant_in_Bydgoszcz
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
N-Propylbenzene
Class of pharmaceutical compounds
et al. (October 2005). "Characterization of novel aryl-ether, biaryl, and fluorene aspartic acid and diaminopropionic acid analogs as potent inhibitors of
Excitatory amino acid reuptake inhibitor
Excitatory_amino_acid_reuptake_inhibitor
Organic polymers that conduct electricity
Heteroatoms present Nitrogen-containing Sulfur-containing Aromatic cycles Poly(fluorene)s polyphenylenes polypyrenes polyazulenes polynaphthalenes polybenzodifurandiones
Conductive_polymer
Chemical compound
9-Fluorenylidene is an aryl carbene derived from the bridging methylene group of fluorene. Fluorenylidene has the unusual property that the triplet ground state
Fluorenylidene
Chemical compound
et al. (October 2005). "Characterization of novel aryl-ether, biaryl, and fluorene aspartic acid and diaminopropionic acid analogs as potent inhibitors of
WAY-213,613
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
2-Methylpentane
Hydrocarbon compound made of a 5-carbon chain with two single and two double bonds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Pentadiene
and secondary carbon atoms R is the number of non-aromatic rings. For fluorene, there are 6 apparent double bonds (three pi bonds in each side benzene-like
F_number_(chemistry)
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Phenylacetylene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Prismane
Organic compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Cumene
Family of organic compounds
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Alkylbenzene
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Spiropentane
Chemical compound
Tetracene Pentacene Hexacene Heptacene Octacene Nonacene Other Azulene Fluorene Helicenes Circulenes Butalene Phenanthrene Chrysene Pyrene Corannulene
Tetracene
FLUORENE
FLUORENE
FLUORENE
FLUORENE
Girl/Female
Tamil
Meek, Soft, Calm
Boy/Male
Irish
Swift.
Boy/Male
Bengali, Hindu, Indian, Marathi, Telugu, Traditional
Lord of the Universe
Girl/Female
Hindu
Gold coin
Girl/Female
Indian
A river, Moon light
Girl/Female
Arabic, Muslim
Name of a Sahabiyah RA
Girl/Female
Muslim/Islamic
Sunrise
Girl/Female
Tamil
Variant of Jesse God exists
Boy/Male
Hindu, Indian
Brave
Boy/Male
Hindu, Indian, Marathi
A Magnificent Form
FLUORENE
FLUORENE
FLUORENE
FLUORENE
FLUORENE
n.
A colorless, crystalline hydrocarbon, C13H10 having a beautiful violet fluorescence; whence its name. It occurs in the higher boiling products of coal tar, and is obtained artificially.