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Si–OH functional group in silicon chemistry
A silanol is a functional group in silicon chemistry with the connectivity Si–O–H. It is related to the hydroxy functional group (C–O–H) found in all
Silanol
Attachment of an organosilyl group to some chemical species
some chemical species. Almost always, silanization is the conversion of a silanol-terminated surface to an alkylsiloxy-terminated surface. This conversion
Silanization
Banded variety of chalcedony
3%. Most is chemically bound in the form of silanol (Si–OH), with lesser amounts of molecular H2O. Silanol presence decreases with age before levelling
Agate
Organic functional group (Si–O–Si)
formation of silanols (R3Si−OH): R3Si−Cl + H2O → R3Si−OH + HCl The siloxane bond can then form via a silanol + silanol pathway or a silanol + chlorosilane
Siloxane
of accessible silanol groups in a bonded stationary phase by trimethylsilyl groups. End-capped columns have much lower residual silanol group activity
Endcapping
Industrial and food chemical
Hydrolysis of Si(CH3)2Cl2 generates a polymer that is terminated with silanol groups (−Si(CH3)2OH). These reactive centers are typically "capped" by
Polydimethylsiloxane
Elastomer composed of silicone
experiences a hydrolysis step and is left with a hydroxyl or silanol group. The silanol condenses further with another hydrolyzable group on the polymer
Silicone_rubber
Chemical reaction damaging concrete
silica in contact with water is covered by siloxane bonds (≡Si–O–Si≡) and silanol groups (≡Si–OH) sensitive to an alkaline attack by OH− ions. The presence
Alkali–silica_reaction
Organometallic compound containing carbon–silicon bonds
frequently silanols are prepared by oxidation of silyl hydrides, a reaction that uses a metal catalyst: 2 R 3SiH + O 2 → 2 R 3SiOH Many silanols have been
Organosilicon_chemistry
Oxidizing acid mixture containing sulfuric acid and hydrogen peroxide
hydrophilic by hydroxylating its surface, thus increasing the number of silanol groups present on its surface. The effectiveness of piranha solution in
Piranha_solution
Chromatographic method that uses a non-polar stationary phase
different short-chain organosilanes used in a second step to cover remaining silanol groups (end-capping). While the overall retention mechanism remains the
Reversed-phase_chromatography
Compound with a similar structure to another
pharmacological effects, with the intent of human consumption. Alcohols Methanol Silanol, a structural analog of methanol Methanethiol, a structural analog of methanol
Structural_analog
Hydrated amorphous form of silica
familiar form of clusters of molecular water. Isolated water molecules, and silanols, structures such as SiOH, generally form a lesser proportion of the total
Opal
Organic compounds of the form >C=O
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Ketone
Organic compound
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Urea
Organic compounds made of alkyl/aryl groups bound to oxygen (R–O–R')
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Ether
Wafer bonding process in semiconductor production
opposing wafer surfaces. In consequence a significant fraction of Si-OH (silanol) groups start to polymerize at room temperature forming Si-O-Si and water
Direct_bonding
Chemical compound
with sodium hydroxide gives sodium trimethylsiloxide. TMS reacts with the silanols (R3SiOH) giving silyl ethers. In terms of its structure, the molecule is
Trimethylsilanol
Compound derived from an acid
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Ester
Family of polymers
polymerization typically produces linear chains terminated with Si−Cl or Si−OH (silanol) groups. Depending on conditions, the polymer can be cyclic, not a chain
Silicone
Any organic compound having a sulfanyl group (–SH)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Thiol
Chemical group (–OH)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Hydroxy_group
Chemical compound
preparation etanautine to help offset diphenhydramine induced drowsiness. A silanol–mannuronic acid conjugate of acefylline, acefylline methylsilanol mannuronate
Acefylline
Transparent form of opal
is thereby considered a mineraloid. It contains 3–8% water, either as a silanol group or in molecular form. Opalescent hyalite is used in jewellery, and
Hyalite
Chemical group (–N=C=O)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Isocyanate
Chemical compounds used in adhesives and sealants
reaction, a catalyst and moisture is required to form an intermediate silanol, which then reacts to form siloxane linkages in a condensation process
Silyl_modified_polymers
Functional group (C=O)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Carbonyl_group
Cyclic chemical group (–C6H5)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Phenyl_group
Functional group with the chemical structure R–S–S–R′
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Disulfide
Chemical group (–CH=CH2)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Vinyl_group
Chemical compounds
presence of platinum-based catalysts, hydrosilanes react with water to give silanols: R3SiH + H2O → R3SiOH + H2 The same transformation can be effected with
Hydrosilanes
Hydrocarbon compound (C6H6)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Benzene
Chemical compounds and groups containing nitrogen with a lone pair (:N)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Amine
Class of organic compounds
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Chlorofluorocarbon
Chemical group (>N–C(=O)–O–)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Carbamate
Catalyst or catalyst support material
these cover the rods. Later, calcination leads to a condensation of the silanol groups so that the silicon atoms are bridged by oxygen atoms. The organic
MCM-41
Molecular compound with applications in ceramics
impacts the relative rates of hydrolysis and condensation of intermediate silanols. Consequently, silsesquioxanes can be obtained directly by condensation
Silsesquioxane
Organic compounds with the structure R–S(=O)2–OH
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Sulfonic_acid
adsorbed at the SiO2 surface and forms silanol groups can never form. SiO2 + 2 H2O → Si(OH)4 The HF reacts with the silanol groups and forms SiF4 and H2O according
Vapor_etching
Technique in analytical chemistry
silica surface in between the bonded phase ligands is usually covered with silanol groups that can deprotonate. Act as ion pairing agents to neutralize analyte
High-performance liquid chromatography
High-performance_liquid_chromatography
Chemical compounds with the structure R–O–O–R'
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Peroxide
Chemical group, –C(=O)CH3
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Acetyl_group
Organic compound containing a –C(=O)OH group
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Carboxylic_acid
Organic compounds of the form RC(=O)NR′R″
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Amide
Chemical compound
substituent leaving group and reacting it with water to produce silanol. The silanol is then reacted with itself to produce the final disiloxane through
Disiloxane
Method of depositing thin films onto a substrate
These films can be contaminated with significant carbon and hydrogen as silanol, and can be unstable in air[citation needed]. Pressures of a few torr and
Plasma-enhanced chemical vapor deposition
Plasma-enhanced_chemical_vapor_deposition
Organic compounds of the form >C=N–OH
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Oxime
Group of atoms giving a molecule characteristic properties
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Functional_group
Chemical group derived from alkanes (one hydrogen removed)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Alkyl_group
Organic compound containing the functional group R–CH=O
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Aldehyde
SiO2 surface modified by chemically bonded hydrophobic groups
is hydrophilic due to the presence of the silanol (Si-OH) groups on the surface of the particle. These silanol groups can chemically react with various
Hydrophobic_silica
Organic compound with the structure >C(O–)2
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Acetal
Organic molecule with two different functional groups
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Bifunctionality
Class of chemical compounds
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Hydroperoxide
Group of chemical compounds
cation. Also called silanolates, they are derived by deprotonation of silanols. They also arise by the degradation of siloxanes by base: R3SiOSiR3 + 2
Siloxide
Organic compounds with a carbon-carbon-oxygen ring
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Epoxide
Hydrocarbon compound (H2C=CH2)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Ethylene
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Reductone
Organic compound containing C–PO(OR)2 groups
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Phosphonate
Organic compound containing an –NO2 group
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Nitro_compound
Chemical group (–CH3) derived from methane
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Methyl_group
Heterocyclic aromatic organic compound
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Pyridine
Chemical group (–CH2–CH3)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Ethyl_group
Indoor pet faeces and urine collection box
performance as a cat litter. The surface of silica gel is covered with silanol (Si-OH) and siloxane (Si-O-Si) functional groups. These groups interact
Litter_box
Hydrocarbon compound containing one or more C=C bonds
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Alkene
Polyatomic ion (NO3, charge –1) found in explosives and fertilisers
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Nitrate
Chemical group (–CH2–C6H5)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Benzyl_group
Class of chemical compounds
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Sulfinic_acid
Organic compound or functional group containing a C=N bond
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Imine
Organic compounds with the structure >C=S
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Thioketone
Group of chemical compounds derived from alkanes containing one or more halogens
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Haloalkane
Chemical compound
(CH3)2Si(OH)2. It is a colorless crystalline solid. It belongs to the category of silanols. Molecule of dimethylsilanediol has tetrahedral molecular geometry, where
Dimethylsilanediol
Organic molecule containing a neutral carbon with two unbound valence electrons
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Carbene
Chemical group (R–C=O)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Acyl_group
Chemical reaction
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Hydrodealkylation
Functional group
endcapping is the process of covering a bonded stationary phase's accessible silanol groups with trimethylsilyl groups. The resulting columns are much less
Trimethylsilyl_group
Salt that is a metal-thioate/O-esters of dithiocarbonate
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Xanthate
Organosulfur compound of the form >S(=O)2
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Sulfone
Organic compounds of the form R3–Si–OH
the silicon atom. Organosilanols are the silicon analogs to alcohols. Silanols are more acidic and more basic than their alcohol counterparts and therefore
Organosilanols
Chemical reaction
Nishihara, Y.; Hiyama, T. (2000), "Palladium-Catalyzed Cross-Coupling of Silanols, Silanediols, and Silanetriols Promoted by Silver(I) Oxide", The Journal
Hiyama_coupling
Chemical group (–C3H7) derived from propane
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Propyl_group
Chemical compound with the group –N+≡C–
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Isocyanide
Theoretical model for aggregation and stability of aqueous dispersions
surface in a liquid may be charged by dissociation of surface groups (e.g. silanol groups for glass or silica surfaces) or by adsorption of charged molecules
DLVO_theory
Organic compound with a –C≡N functional group
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Nitrile
CH3OH; simplest possible alcohol
data sheet (SDS) [1] Related compounds Related compounds Methanethiol Silanol Ethanol Supplementary data page Methanol (data page) Except where otherwise
Methanol
Chemical group (–C(=O)C6H5
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Benzoyl_group
Organosulfur compounds containing –S(=O)2–N< functional group
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Sulfonamide
Chemical group (R–O)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Alkoxy_group
Chemical group (–CH2–)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Methylene_group
Class of chemical compounds
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Imide
Type of organosulfur compound
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Sulfinylamine
Any organic compound containing a C=C=C group
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Allene
Rearrangement in organic chemistry
acylsilanes are well known for their hydrolysis in basic solution to a silanol and an aldehyde. This occurs through a Brook-rearrangement initiated by
Brook_rearrangement
Chemical group (–C4H9) derived from butane
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Butyl_group
Organic compounds with a diazenyl group (–N=N–)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Azo_compound
Chemical group (–CH2–CH=CH2)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Allyl_group
Chemical group (–OC(O)CH3)
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Acetoxy_group
Chemical compound
Trimethylsilyl acetate can also be used for acetylation of alcohols. "Silanol, 1,1,1-trimethyl-, 1-acetate". pubchem.ncbi.nlm.nih.gov. https://www.sigmaaldrich
Trimethylsilyl_acetate
Nitrogen-based molecule
NONOate Triazole Tetrazole Silicon Silane Hydrosilane Chlorosilane Silene Silanol Siloxide Siloxane Silanone Silether Silole Silatrane Silicate Phosphorus
Nitrene
Process
appreciable density of silanol groups for covalent attachment by silanes. A recent study reported that freshly cleaved mica carries 11% silanol groups (i.e., approximately
Silanization of silicon and mica
Silanization_of_silicon_and_mica
SILANOL
SILANOL
SILANOL
SILANOL
Boy/Male
Australian, British, English, French, German, Japanese
Ring; Apple; Peace be with You
Female
Hebrew
(חֶפְצִי-בָּהּ) Variant spelling of Hebrew Chephtsiy-bahh, CHEFTZI-BA means "she is my desire."Â
Girl/Female
Tamil
Poorvika | பூரà¯à®µà®¿à®•à®¾Â
Orient, Formerly
Boy/Male
Spanish American Italian Latin Shakespearean
From Rome.
Boy/Male
Hindu
Lord Ganesh
Surname or Lastname
English, Scottish, and northern Irish
English, Scottish, and northern Irish : variant of Caldwell.Perhaps also an Anglicized variant of Welsh Cadwallader.
Boy/Male
Indian, Sanskrit
Part of Existence
Girl/Female
Hindu, Indian, Marathi, Sanskrit
A Slender Woman
Girl/Female
German, Swedish
Grace; Favor
Boy/Male
Latin
Worthy of praise; of value. Saint Anthony is the patron sain of poor people. Famous Bearer:...
SILANOL
SILANOL
SILANOL
SILANOL
SILANOL