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• 861 results found.861

• Silylation with BSA

• Silylation with BSA in combination with other silylation reagents

• Silylation with BSTFA

• Methylation with DMF-DMA

• Analysis of amines

• Substituted anilines on a Carbowax Amine column

• Analysis of Cyclopropylamine and Related Amines

• Separation of an Amine-mixture

• Acylation with fluorinated acid anhydride (HFBA)

• Derivatization of THC carbonic acid with HFBA after extraction from urine

• Separation of Menthyl acetate enantiomers

• Separation of Hexobarbital enantiomers

• Separation of enantiomers of linalool and linalool oxide

• Separation of limonene enantiomers

• Analysis of Linalool Oxide

• Chiral GC Separation of beta-Hydroxy Esters

• Separation of α-Phenylethanol

• Separation of α-Phenylethanol (TFA)

• Enantiomeric composition of the chiral constituents of essential oils – part 3: Diterpene hydrocarbons (1)

• Potential of HYDRODEX beta-3P for enantiomer separation

• Separation of Dichlorprop methyl ester enantiomers on Hydrodex b-3P

• Separation of Ibuprofen methyl ester enantiomers on Hydrodex b-3P

• Separation of Mecoprop methyl ester enantiomers on Hydrodex beta-3P

• Separation of Fenoprop methyl ester enantiomers on Hydrodex beta-3P

• Phenol test mixture

• Separation of lavender oil components

• Separation of coriander oil components

• Separation of lavender oil components with GC-MS detection

• Separation of bergamot oil components

• Separation of lime oil components

• Chiral separation of a-ionone

• Chiral separation of (±)-camphor

• Chiral separation of (±)-camphene

• Chiral separation of (±)-menthyl acetate

• Chiral separation of 2-methyl butyric acid esters

• Chiral separation of racemic limonene

• Chiral separation of racemic 1-phenylethanol

• Chiral separation of racemic 1-phenylethanol TFAA derivate

• Chiral separation of (±)-pulegone

• Chiral separation of whiskey lactone

• Chiral separation of linalool, borneol and linalyl acetate according to Pharm. Eur.

• Separation of Fluoxetine and Norfluoxetine Enantiomers

• Separation of Chiral Sesquiterpenes

• Separation of linalool oxide enantiomers

• Separation of delta-dodecalactone enantiomers

• Separation of 3-Methyl undecan-4-one

• Separation of Diethyl-(2-butyl) malonate

• Chiral separation of 3-quinuclidinol

• Enantiomeric composition of the chiral constituents of essential oils – part 3: Diterpene hydrocarbons (2)

• Identification and enantioselective gas chromatogaphic mass-spectrometric separation of O-desmethylnaproxen, the main metabolite of the drug naproxen, as a new environmental contaminant

• Anti-inflammatory drugs

• Optimization of gas chromatographic method for the enantioseparation of arylpropionic non-steroidal anti-inflammatory drug methyl esters

• Potential of HYDRODEX beta-6TBDM for enantiomer separation

• Chiral separation of 5-[3-(phenoxy methyl)cyclopent-3-en-1-yl]pentan-1-ol and 5-[3-(phenoxy methyl)cyclopent-3-en-1-yl]pentylethanoat

• Separation of lavandulol enantiomers

• Separation of lavandulyl acetate enantiomers

• Chiral Separation of 2-Methylbutan-1-ol

• Separation of cis- and trans-Diaminocyclohexane (TFA Derivative)

• Separation of 1,3-butanediol enantiomers (TFA ester)

• Separation of 1,3-butanediol enantiomers (TFA monoester)

• Separation of octen-3-ol enantiomers (TFA esters)

• Separation of linalool enantiomers

• Separation of terpinen-4-ol enantiomers

• Separation of rose oxide enantiomers

• Separation of carvone enantiomers

• Separation of delta-nonalactone enantiomers

• Separation of delta-undadecalactone enantiomers

• Separation of α-terpineol enantiomers

• Separation of ethyl-2-methyl butyrate enantiomers

• Separation of citronellol enantiomers

• Separation of menthol enantiomers (TFA esters)

• Separation of gamma-valerolactone enantiomers

• Separation of borneol enantiomers

• Separation of dimethyl malate enantiomers

• Separation of gamma-nonalactone enantiomers

• Separation of limonene enantiomers

• Separation of α-ionone enantiomers

• Separation of methyl 2-methyl butyrate enantiomers

• Separation of sabinene enantiomers

• Separation of delta-octalactone enantiomers

• Separation of isoborneol enantiomers

• Separation of linalyl acetate enantiomers

• Analysis of Isomeric Paracyclophanes

• Determination of pesticides

• Isomeric PCBs

• Separation of Bromacil Isomers

• Analysis of aromatic hydrocarbons (BTX with toluene-d8)

• Potential of HYDRODEX beta-PM for enantiomer separation

• Separation of Xylene and Benzene Isomeres in Methanol

• Separation of α-methyl benzyl alcohol enantiomers

• Separation of Lactide enantiomers on Hydrodex beta-PM

• Separation of 2-Methylpentanol-1 (TFA) enantiomers on Hydrodex beta-PM

• Separation of Theaspiran diastereomers

• Separation of α-Ionone enantiomers

• Separation of Menthol enantiomers on HYDRODEX beta-PM

• Separation of Menthyl acetate enantiomers

• Separation of Vinyl-endo-Brevicomin enantiomers

• Separation of 1-tert.-Butyl-2-carboxymethyl aziridine enantiomers

• Separation of α-Damascone enantiomers

• Separation of α-Pinene enantiomers

• Separation of 2-Pentanol enantiomers

• Separation of enantiomers of linalool and linalool oxide

• Separation of α-Terpineol enantiomers

• Separation of exo-Brevicomin enantiomers

• Separation of enantiomers of limonene

• Separation of 1-i-Propyl-2-carboxymethyl aziridine enantiomers

• Separation of Linalool oxide enantiomers

• Separation of Vinyl-exo-Brevicomin

• Separation of α-Phenylethanol

• Analysis of Aromatic Hydrocarbons (BTX)

• Separation of styrene oxide enantiomers on Hydrodex beta-PM

• Separation of 2,3-Epoxy-3-methylbutanol-1 enantiomers on Hydrodex beta-PM

• Separation of trans-1,2-Cyclohexanediol enantiomers on Hydrodex beta-PM

• Separation of 1-Indanol (TFA) enantiomers on Hydrodex beta-PM

• Separation of butane-2,3-diol enantiomers on Hydrodex beta-PM

• Separation of 2,2-dimethyl-4-hydroxymethyl-1,3-dioxolan (glycerol) (TFA) enantiomers on Hydrodex beta-PM

• Separation of 2,3-Epoxy-3-methylbutanol-1 (ee = 80.8 %)

• Separation of gamma-Phenyl butyrolactone enantiomers on Hydrodex beta-PM

• Analysis of 2-Methylbutyric acid ethyl ester

• Analysis of 2-Methylbutyric acid

• Analysis of 2-Methylbutyric acid methyl ester

• BTX standard

• Separation of 4 stereoisomers from 4-butyl-3-methylbutyrolactone on Hydrodex beta-PM

• Analysis of D,L-Tartaric acid dimethyl esters (TFA)

• Analysis of Methyl lactate

• Separation of 2-Methyl butyric acid and the corresponding ethylester enantiomers on Hydrodex beta-PM

• Separation of Tartaric acid dimethyl ester enantiomers on Hydrodex beta-PM

• Separation of pantolactone enantiomers on Hydrodex beta-PM

• Separation of α-pinene enantiomers

• Chiral separation of racemic 1-(4-chlorophenyl)ethanol

• Chiral separation of racemic 1-(4-cyanophenyl)ethanol

• Chiral Separation of Fenchone

• Chromatographic resolution, characterisation and quantification of VX enantiomers in hemolysed swine blood samples

• Chiral Separation of Butanediol Enantiomers and Hydroxy Butanone

• Chiral Separation of 2-Methyltetrahydrofuran

• Potential of HYDRODEX beta-TBDAc for enantiomer separation

• Separation of Linalool and Linalyl Acetate Enantiomers

• Separation of Phenylethanol enantiomers

• Separation of Decanolide and Dodecanolide enantiomers

• Chiral separation of (±)-citronellal

• Chiral separation of ethyl 3-phenylbutyrate

• Separation of 1-Octen-3-ol and 2,2,2-Trifluorphenylethanol enantiomers

• Separation of Citronellal and Citronellol enantiomers

• Separation of 2-Methylpentan-1-ol enantiomers

• Separation of Rose oxide enantiomers

• Chiral separation of (±)-2-bromopentane

• Chiral separation of ?-phenyl-?-butyrolactone

• Separation of ethyl 4-chloroacetate and ethyl 4-chloro-3-hydroxybutyrate

• Chiral separation of (±)-2-Hydroxypentan-3-on and (±)-3-Hydroxypentan-2-on

• Chiral separation of racemic 1-(4-methoxyphenyl)ethanol

• Chiral separation of phenylethylamine (TFA)

• Chiral separation of carvone

• Chiral separation of 1-phenylethanol (25 m column)

• Chrial separation of pulegone

• Chiral separation of 1-octen-3-ol

• Chiral separation of (±)-1-indanol

• Chiral separation of (±)-2-phenyl-1-propanol

• Chiral separation of (±)-phenylethylene glycol

• Chiral separation of (±)-menthol

• Chiral separation of a-ionone

• Chiral separation of (±)-epichlorohydrine

• Chiral separation of whiskey lactone

• Chiral separation of (±)-pantolactone

• Chiral separation of ?-lactones

• Chiral separation of d-lactones

• Chiral separation of 4-methyl-2-pentanol

• Chiral separation of 2-methyl-1-pentanol

• Chiral separation of menthone

• Chiral separation of rose oxide

• Chiral separation of phenyloxirane (styrene oxide)

• Chiral separation of 1-phenylethanol (50 m column)

• Chiral separation of gamma-octalactone

• Chiral Separation of Mandelic Acid Methyl Ester

• Potential of HYDRODEX gamma-TBDAc for enantiomer separation

• Chiral Separation of Menthol

• Chiral Separation of Phenylpropanols (TFA)

• Chiral Separation of α-Ionone

• Chiral Separation of Menthone

• Chiral Separation of 2-Amino-1-butanol

• Enantioselective GC separation of 2-bromopropionicacid-methylester

• Enantioselective capillary GC separation of 2-aminobutanol-1 (N,O-TFA)

• Separation of 1-Indanol (TFA) enantiomers on Lipodex A

• Separation of Glycidyl butyrate enantiomers on Lipodex A

• Separation of styrene oxide enantiomers on Lipodex A

• Separation of 4 stereoisomers from 4-butyl-3-methylbutyrolactone on Lipodex® A

• Carvone D/L test mixture

• Separation of Tartaric acid dimethyl ester (TFA) enantiomers on Lipodex A

• Separation of Lactide enantiomers on Lipodex A

• Separation of 2,2-Dimethyl-4-hydroxymethyl-1,3-dioxolane (TFA) enantiomers on Lipodex A

• Enantiomer separation stereoisomeric lactides on Lipodex A

• Separation of 4 spiroacetal enantiomers

• Potential of LIPODEX® A for enantiomer separation

• Separation of 4-Methyl-3-heptanone enantiomers

• Separation of a-Phenylethylamine (TFA) enantiomers on Lipodex A

• Separation of Carvone enantiomers on Lipodex A

• Separation of 2-Heptanol (TFA) enantiomers on Lipodex A

• Separation of 1,7-Dioxaspiro-[5,5]-undecane enantiomers

• Separation of 2-Methylcyclohexanone enantiomers

• Separation of Cyclopentanonecarboxylic acid methyl ester enantiomers

• Separation of 2-tert.-Butyl-5-bromomethylene 1,3-dioxane enantiomers

• Separation of 3-methylcyclohexene enantiomers.

• Separation of Epichlorohydrin and Epibromohydrin enantiomers

• Separation of Trans-1,2-Cyclohexanediol Enantiomers on Lipodex A

• Separation of 2,3-Epoxypropanol-1 enantiomers (Glycidol) on Lipodex A

• Separation of 1-Octen-3-ol enantiomers

• Separation of 2,3-Epoxy-3-methylbutanol-1 enantiomers on Lipodex A

• Enantioselective capillary GC separation of menthol on LIPODEX® A

• Chiral separation of (±)-epichlorohydrine

• Separation of 2-Aminobutanol-1 (N,O-TFA) enantiomers

• Separation of Hexobarbital and Mephobarbital enantiomers

• Separation of enantiomers of 1-Phenylethanol and o- m- p-derivatives (TFA)

• Separation of Xylose enantiomers on Lipodex A

• Separation of 2-Chloro- and 2-Bromo-1-phenylethanol (TFA) enantiomers

• Separation of Rhamnose enantiomers on Lipodex A

• Separation of enantiomers of Butane-1,2,4-triol (TFA) on Lipodex A

• Separation of 4 stereoisomers of 5-norbornen-2-ol (TFA) on Lipodex A

• Separation of 2-Epoxy-4-octin-1-ol (TFA) enantiomers

• Determination of the enantiomer composition of glycidol (TFA) on Lipodex A

• Separation of the enantiomers from 1,5-Anhydroglucitol -galactitol and -mannitol (TFA) on Lipodex A

• Separation of Methyl lactate enantiomers on Lipodex A

• Separation of Mandelic Acid Methyl Ester Enantiomers on Lipodex A

• Separation of 4 stereoisomers of heptane-1,2,3-triol (TFA) on Lipodex A

• Separation of Lactic and 2-Hydroxybutyric acid methyl esters (TFA) enantiomers on Lipodex A

• Separation of 2-Bromo propionic acid methyl ester enantiomers on a Lipodex A

• Separation of Threonine allo-Threonine and Serine enantiomers on Lipodex A

• Chiral Separation of Epichlorhydrin

• Analysis of glucose (α- and beta-anomers methylglycosides TFA)

• Analysis of glucose (α- and beta-anomers TFA)

• Analysis of arabinose (α- and beta-anomers methylglycosides TFA

• Analysis of galactose (α- and beta-anomers methylglycosides TFA)

• Analysis of erythrose (TFA)

• Optical Purity of Solketal (TFA)

• Separation of α-Phenylethanol (TFA)

• Separation of Sorbitol (TFA)

• Separation of α-Phenylethanol

• Separation of 2,3-Epoxy-3-methylbutanol-1 (ee = 84,6 %)

• Separation of Arabinitol (TFA)

• Separation of enantiomers of 9 different 1,2-Diols (TFA).

• Separation of Glyceric and tartaric acid methyl esters (TFA) enantiomers on Lipodex A

• Analysis of (R)-Ethyl lactate

• Separation of Isobutyl lactate enantiomers on Lipodex A

• Separation of enantiomers from 1,4- and 1,5-Anhydroarabinitol (TFA) on Lipodex A

• Separation of Mandelic acid methyl ester (TFA) enantiomers on Lipodex A

• Separation of Galactonic acid methyl ester (TFA) enantiomers on Lipodex A

• Separation of α-methyl butyro lactone enantiomers on Lipodex A

• Separation of Ethyl lactate enantiomers on Lipodex A

• Potential of LIPODEX® B for enantiomer separation

• Separation of enantiomers of 4 different amino alcohols (N,O-TFA)

• Separation of antiepileptic drugs (mesuximide and phensuximide) enantiomers

• Separation of Glucose and Mannose enantiomers on Lipodex B

• Separation of 1-O-alkyl glycerols (cyclic carbonates) enantiomers on LIPODEX® B

• Chiral separation of (±)-pantolactone

• Separation of enantiomers of 10 different 1,2-Diols (cyclic carbonates) on Lipodex B

• Separation of 2 different Aldols (TFA) enantiomers on Lipodex B

• Analysis of Pantolactone (TFA)

• Separation of 3-phenyl- and 3-benzyl butyrolactone enantiomers on Lipodex B

• Separation of enantiomers from nine gamma-Lactones on Lipodex B

• Separation of 4 stereoisomers from 3,4-dimethylbutyrolactone on Lipodex B

• Separation of cyclic olefins enantiomers including limonene

• Separation of enantiomers of a-Methylrhamnoside and a-methylquinovoside (TFA)

• Separation of Linalool enantiomers

• Potential of LIPODEX® C for enantiomer separation

• Separation of Cyanohydrins (TFA) enantiomers on Lipodex C

• Separation of enantiomers from 3-methyl-1,4(Z)-hexadiene and 3,5-dimethyl-1,4-hexadiene.

• Separation of 2-Bromopentane enantiomers

• Separation of 3-methylcyclohexene enantiomers

• Chiral separation of bromoalkanes

• Separation of 2-Chloro propionic acid methyl ester enantiomers on Lipodex C

• Separation of enantiomers of 3 chiral alkyl bromides

• Separation of 1,2-dichloropropane and 1,2-dibromopropane enantiomers

• Separation of enantiomers of 3 chiral alkyl chlorides

• Separation of enantiomers of cis-Pinane

• Separation of enantiomers of 3-methyl-1-hexene 2-bromobutane and 3-methylcyclohexene.

• Separation of Grandisol (TFA) enantiomers on Lipodex C

• Separation of 1-Butin-3-ol (TFA) enantiomers

• Separation of Isoborneol (TFA) enantiomers on Lipodex C

• Separation of Mandelic acid methyl ester (TFA) enantiomers on Lipodex C

• Chiral separation of 3-vinylcyclohexene

• Separation of 2-Butylamine (TFA) enantiomers on Lipodex D

• Separation of p-Chlorophenylethylamine (TFA) enantiomers

• Separation of enantiomers from 6 different cycloalkanediols (TFA) on Lipodex D

• Separation of propane-1,2-diol and butane-1,3-diol enantiomers.

• Separation of Amino butyric acid isomers as methyl esters (N-TFA) on Lipodex D

• Alkyl nitrates and chiral solute probes in gas chromatography

• Potential of LIPODEX® D for enantiomer separation

• Chiral Separation of 2-Aminobutane

• Chiral Separation of 1-Methoxy-2-propanol

• Separation of Amphetamine Ephedrine and Norephedrine (N,O-TFA) enantiomers on Lipodex D

• Separation of Amphetamine Mexiletin Pholedrine and Tranylcypromine Enantiomers on Lipodex D

• Separation of 4 stereoisomers of 5-aminomethylnorbornene (N-TFA)

• Separation of 2-Methoxymethylpyrrolidine (N-TFA) enantiomers

• Separation of chiral amines and amino alcohols (N,O-TFA) enantiomers

• Analysis of 3-Hydroxybutric acid methyl ester (TFA)

• Enantiomer composition of a bicyclic lactone on Lipodex D

• Separation of 2-Methyl-3-vinylcyclopentanone enantiomers

• Separation of Fenchone enantiomers

• Separation of Camphor enantiomers

• Separation of 3-Isopropenyl-2-methylcyclopentanone enantiomers

• Separation of cis-3,3,5-Trimethylcyclohexanol enantiomers

• Separation of cis-3,3,5-Trimethylcyclohexanol (TFA) enantiomers

• Separation of Menthone and Isomenthone enantiomers

• Separation of Desoxyephedrine (TFA) enaniomers on Lipodex E

• Separation of 2,3-Epoxy-3-methylbutanol-1 enantiomers on Lipodex E

• Separation of trans-1,2-Cyclohexanediol (TFA) enantiomers on Lipodex E

• Separation of 1,2-Epoxyalkanes enantiomeres

• Separation of 2,3-Epoxy-3-methylbutanol-1 (ee = 83 %)

• Enantioselective GC separation of linalool and derivatives

• Separation of 4 stereoisomers from 4-butyl-3-methylbutyrolactone on Lipodex® E

• Enatioselective GC separation of amino acids

• Identification of Amino Acids by Capillary Gas Chromatography. Application to Martian Samples

• Separation of octen-3-ol enantiomers

• Separation of delta-3-carene enantiomers

• Separation of gamma-octalactone enantiomers

• Separation of gamma-decalactone enantiomers

• Separation of menthone enantiomers

• Separation of gamma-hexanolactone enantiomers

• Separation of citronellal enantiomers

• Separation of β-pinene enantiomers

• Separation of menthol enantiomers

• Separation of styrene oxide enantiomers

• Separation of camphor enantiomers

• Separation of gamma-dodecalactone enantiomers

• Separation of delta-decalactone enantiomers

• Separation of α-methyl benzyl alcohol enantiomers (TFA esters)

• Separation of isomenthone enantiomers

• Separation of gamma-undecalactone enantiomers

• Separation of citronellol enantiomers (TFA esters)

• Separation of gamma-heptalactone enantiomers

• Separation of linalyl acetate enantiomers

• Separation of 1,3-Butanediol Enantiomers

• Separation of 2-Chloro propionic acid isobutyl ester on Lipodex E (B)

• Separation of enantiomers amino acid methyl esters (TFA) on Lipodex E

• Separation of 2-Chloro propionic acid isobutyl ester on Lipodex E (A)

• Separation of 4-Pent-2-en-(methyl)-carbonat enantiomers

• Separation of 3-Cyclopenten-methyl-carbonat enantiomers

• Separation of Cycloheptenol enantiomers

• Separation of Thioacetic acid cyclopenten-3-ester enantiomers

• Separation of α-Phenylethanol (TFA)

• Separation of N-Phenyl-cyclohex-2-enamin enantiomers

• Separation of α-Phenylethanol

• Analysis of delta-Lactones C8 - C12

• Separation of 2-phenyl propionic acid methyl ester enantiomers on Lipodex E

• Separation of enantiomers from gamma-Lactones (C8 to C12) on Lipodex E

• Separation of enantiomers from gamma- and delta-lactones (C8 - C12) on Lipodex E

• Separation of gamma-Phenyl butyrolactone enantiomers on Lipodex E

• Separation of pantolactone enantiomers on Lipodex E

• Chiral separation of ethyl-4-chloro-3-hydroxybutyrate

• Potential of LIPODEX® E for enantiomer separation

• Separation of Frontalin enantiomers

• Separation of Vinyl-endo-Brevicomin enantiomers on Lipodex E

• Separation of 2-Pentanol (TFA) enantiomers on Lipodex E

• Separation of 2-Methylpentanol-1 (TFA) enantiomers on Lipodex E

• Separation of endo-Brevicomin enantiomers

• Separation of exo-Brevicomin enantiomers (ee = 79.4%)

• Separation of aliphatic alcohol enantiomers

• Separation of 2-Heptanol (TFA) enantiomers on Lipodex E

• Separation of of enantiomers from 3 different 1,2-Diols (TFA)

• Separation of pentane-2,4-diol (TFA) enantiomers

• Separation of butane-2,3-diol (TFA) enantiomers on Lipodex E

• Separation of Vinyl-exo-Brevicomin

• Separation of 2-Methyl butyric acid ethyl ester enantiomers on Lipodex E

• Separation of 2-Methyl butyric acid methylester enantiomers on Lipodex E

• Enantiomer separation of chiral constituents of peppermint oil

• Separation of Acetic acid cyclopenten-3-ester enantiomers

• Separation of 3-Cyclopenten-methyl-carbonat enantiomers

• Separation of 1-Benzyl-propan-1-ol enantiomers

• Separation of Hex-3-en-2-(methyl) carbonat enantiomers

• Separation of Thioacetic acid cyclopenten-3-ester enantiomers

• Separation of 4-Pent-2-en-(methyl)-carbonat enantiomers

• Separation of Acetic acid cyclohexen-3-ester enantiomers

• Separation of 3,3-Dimethyl-1-phenyl-butanol-1 enantiomers

• Separation of t-Butyl-(hept-3-en-5)-sulphone enantiomers

• Separation of atropisomeric alkylated biphenyles

• Chiral Separation of 2-Methyl-1,4-dioxaspiro[4,5]decane-2-methanol

• Potential of LIPODEX® G for enantiomer separation

• Chiral separation of (±)-menthone and (±)menthol

• Silylation with MBDSTFA

• Acylation with fluorinated acid amide (MBHFBA)

• Acylation with fluorinated acid amide (MBTFA)

• Silylation with MSHFBA

• Silylation with MSTFA

• O-Trimethylsilylation with MSTFA followed by N-trifluoroacetylation with MBTFA

• Fatty acid methyl esters

• Determination of Benzimidazole Anthelmintics in Meat Samples

• Analysis of D,L-α-tocopherol acetate (vitamin E acetate)

• Determination of picogram levels of midazolam and metabolites in human plasma

• Analysis of Heroin

• Analysis of cocaine

• Separation of 34 insecticides on an OPTIMA 1 column

• ECD analysis of 48 halogenated pesticides and PCBs on a 50 m OPTIMA® 1 column

• Analysis of pesticides and PCB in mothers milk (Southern Bavaria)

• Analysis of pesticides and PCB

• Analysis of pesticides and PCB

• Separation of Secondary and Tertiary Amines

• FAMEs on an apolar column (OPTIMA® 1)

• Analysis of Opiates

• Separation of 16 PAHs according to EPA on OPTIMA 1

• Analysis of caffeine and morphine on an OPTIMA 1

• Ultrafast analysis of 32 herbicides on an OPTIMA 1 column

• Analysis of hydrocarbons acc. to ISO 9377-4

• Very fast separation of phosphorus or nitrogen containing compounds on an OPTIMA 1 column

• Analysis of Fungicides

• Analysis of Triazine Herbicides

• Analysis of Herbicides (Silician soil sample)

• Analysis of pesticides acc. to EPA 507

• Analysis of Polycyclic Aromatic Hydrocarbons (PAH) acc. to EPA

• Analysis of Polycyclic Aromatic Hydrocarbons (PAH)

• Analysis of plasticisers

• Analysis of plasticisers acc. to EPA method 606

• Analysis of Methylene chloride / Pentane

• Separation of 30 Solvents on OPTIMA® 1 column

• Analysis of 2,4-Dinitrophenylhydrazones

• Analysis of Drugs on OPTIMA® 1

• Analysis of amphetamines

• OPTIMA 1 column test

• Qualitative determination of Organo tin compounds

• Analysis of Unleaded Gasoline

• Quantification of N-(3-chloro-2-hydroxypropyl)valine in human haemoglobin as a biomarker of epichlorohydrin exposure by gas chromatography-tandem mass spectrometry with stabl-isotope dilution

• EPA 8140 / 8141 / 8141 A organo-phosphor-pesticides

• Separation of Solvents with OPTIMA® 1 MS Accent

• Separation of aromatic compounds on an OPTIMA 1301

• Analysis of aromatic hydrocarbons

• Analysis of a pesticide mixture on OPTIMA® 1301

• Analysis of a PCB mixture on OPTIMA® 1301

• Analysis of a pesticide mixture on OPTIMA® 1301

• Analysis of a pesticide mixture on OPTIMA® 1301

• Separation of halogenated pesticides on an OPTIMA 1301 using ECD detection

• 49 common insecticides were separated within 15 min on an OPTIMA 1301 column

• Analysis of Triazine Herbicides

• Analysis of pesticides in rice

• Analysis of pesticides (PFB derivatives)

• Analysis of pesticides

• Analysis of pesticides

• Analysis of Polycyclic Aromatic Hydrocarbons (EPA Method 610)

• Ultra-fast analyses of 47 herbicides on an OPTIMA 1301 column

• Analysis of plasticizers acc. to EPA method 606

• Analysis of pesticides acc. to EPA method 627

• Separation of nitroaromatic compounds on OPTIMA® 1301

• Separation of nitroaromatic compounds according to EPA 609

• Separation of isomers of DDD; DDT and DDE on an OPTIMA 1301 column

• Analysis of Herbicides/ Fungicides

• Chlorinated pesticides on OPTIMA® 1301

• Separation of nitroaromatic compounds on a megabore OPTIMA 1301

• Stable-isotope dilution GC-MS approach for nitrite quantification in human whole blood, erythrocytes, and plasma using pentafluorobenzyl bromide derivatization: Nitrite distribution in human blood

• Analysis of fungicides

• Quantification of 2,3-dinor-thromboxane B2 and 2,3-dinor-6-oxo-prostagladin F1α in human urine

• Specific GC-MS/MS stable-isotope dilution methodology for free 9- and 10-nitro-oleic acid in human plasma challenges previous LC-MS/MS reports

• Separation of n-alkanes C10 - C20

• n-Alkanes in Oil-Contaminated Water and Soil Samples

• Separation of 26 pesticides and PCBs on an OPTIMA 17

• Analysis of pesticides

• Analysis of pesticides (PFB derivatives)

• Analysis of pesticides in soil (soil sample from a hop garden)

• Perfluoroalkyl ethanols are separated on an OPTIMA 210 with excellent selectivity.

• Transfer of Toxaphenes from Animal Feed to Laying Hens and their Eggs

• Gas oil sample on a 25 m OPTIMA 17

• Analysis of organochlorine pesticides

• Analysis of phenols (EPA 8040 A)

• Analysis of a Mixture of Neutral and Basic Organic Compounds

• Pesticide mixture of an european customer on OPTIMA 17

• Analysis of narcotic analgesic drugs in urine

• Mixture of neutral and basic organic compounds (EPA 625)

• Pesticide residue in foodstuffs applying capillary gas chromatography

• Analysis of aromatic compounds

• Analysis of Alcohols

• Separation of aromatic compounds on a medium polar column (OPTIMA 17)

• Analysis of organic pollutants from water-packaging materials

• Analysis of Free Steroids

• Separation of cypermethrin diastereomeres

• Analysis of free phenols in accordance with EPA 604 on mid-polar ultra low bleed column

• Analysis of phthalates in accordance with EPA 8060 on mid-polar ultra low bleed column

• Analysis of organochlorine pesticides in accordance with EPA 8081 on mid-polar ultra low bleed column

• Analysis of Triazine Herbicides in Accordance with EPA 619 on Ultra Low Bleed Column

• Analysis of Drugs of Abuse on Mid-polar Ultra Low Bleed Column

• Molecularly imprinted polymer applied to the selective isolation of urinary steroid hormones: An efficient tool in the control of natural steroid hormones abuse in cattle

• Screening of indoles in cheese

• Separation of 16 PAHs according to EPA on OPTIMA® 1701

• Determination of xylitol according to Pharm Eur

• Analysis of Halogenated Hydrocarbones

• Analysis of insecticides (organophosphoric acid esters)

• Analysis of aromatic hydrocarbons

• Analysis of organic nitrates of isoprene

• Separation of nitroaromatic compounds on OPTIMA® 1701

• Analysis of bifunctional alkyl nitrates

• Determination of Residual Solvents in Transdermal Drug-Delivery Systems

• Butyl nitrite on Optima® 1701

• Analysis of Fusarium Mycotoxins on OPTIMA 1701

• Pesticide mixture on a 50 m x 0.20 mm OPTIMA® 1701

• Separation of solvents on OPTIMA® 1701

• Separation of Triglycerides from Butter on OPTIMA® 17-TG

• Triglycerides (from olive oil)

• Separation of a wax containing aliphatic hydrocarbons up to C 45.

• Separation of Triglycerides from Butter on OPTIMA® 1-TG

• Analysis of aromatic solvents

• Analysis of aromatic solvents

• Analysis of aromatic solvents

• Analysis of chlorophenols and lindane

• Analysis of aromatic hydrocarbons

• Baseline separation of xylene-isomers on an OPTIMA 210 column

• Analysis of Aromatic Hydrocarbons

• Separation of aromatic hydrocarbons on an OPTIMA 210

• Perfluoroalkyl-ethanolacrylates are separated on an OPTIMA 210 column

• Perfluoroalkyl ethyl iodides are well separated on an OPTIMA 210 column

• Analysis of BTX with Headspace-GC

• Fast analysis of a 36 FAME mixture

• Analysis of Fatty Acid Methyl Esters from Butter after Derivatisation with TMSH

• Analysis of Fatty Acid Methyl Esters (FAME)

• Separation of α- and beta-lactose after Ph.Eur derivatization

• Analysis of cholesterol in poultry

• Analysis of a 37 FAME mixture

• Analysis of a FAME mixture from pork and salmon

• Analysis of FAMEs in porcine fat

• Analysis of an oxazole derivative of N,N-dimethylformide

• Comparison of Three Different Columns for the Separation of PCDD

• Comparison of 3 Different Columns for the Separation of PCDFs

• FAMEs incl. cis/trans C18:1 on a polar column (OPTIMA® 240)

• Analysis of 36 FAMEs

• Separation of organophosphor pesticides on OPTIMA® 35 MS

• Separation of PAHs on OPTIMA® 35 MS

• Separation of Nitro Compounds with OPTIMA® 35 MS (EPA 609)

• Separation of Halogenated Acetic Acids with OPTIMA® 35 MS (EPA 552.2)

• Separation of pesticides with OPTIMA® 35 MS (EPA 608)

• Separation of aromatic amines with OPTIMA® 35 MS (EN 14362-1)

• Separation of phenols with OPTIMA® 35 MS (EPA 8040)

• Separation of phenols with OPTIMA® 35 MS (EPA 604)

• Separation of PAHs acc. EPA with OPTIMA® 35 MS

• Separation of EFSA and EPA PAHs

• Determination of Phenoxy Carboxylic Acids acc. DIN 38407-14

• Analysis of diesel fuel

• Analysis of a test mixture for determination of diethylene glycol in wine (acetylated)

• Pesticide test mixture

• Analysis of Fatty Acid Methyl Esters and Alcohols C20:0 - C 26:0

• Analysis of organochlorine pesticides

• Analysis of Barbiturates

• Analysis of Polychlorinated Biphenyls (PCB Clophen A 30 / A 60)

• Analysis of Fatty Acid Methyl Esters C20:0 - C26:0

• Analysis of organochlorine pesticides and PCBs

• Analysis of halogen- and phosphororganic compounds

• Phosphororganic insecticides on an OPTIMA 5 column

• Fungicides on an OPTIMA 5 column

• Analysis of pesticides and PCB in mothers milk

• Analysis of pesticides and PCB

• Analysis of pesticides and PCB

• Analysis of pesticides and PCB in fat (pike)

• Analysis of pesticides in rice

• Analysis of Polychlorinated Biphenyls (PCB Clophen A 60 10 ng/ul)

• Analysis of Polychlorinated Biphenyls (PCB Clophen A 30 10 ng/ul)

• Analysis of pesticides (organophosphoric acid esters)

• Analysis of pesticides in EC semolina

• Analysis of organophosphoric acid esters acc. to EPA 8140

• Analysis of pesticides in soil

• Separation of 18 plasticisers on OPTIMA® 5

• Fast separation of 49 herbicides and fungicides on OPTIMA® 5 column

• 43 halogenated pesticides and PCBs were analyzed in less than 20 minutes on 50 m OPTIMA® 5 column

• Analysis of pesticides and PCBs in fat from blackbird egg

• Analysis of Clophen A 30 / A 60 on OPTIMA® 5 column

• Analysis of plasticisers acc. to EPA method 606

• Analysis of pesticides in soil from a hop garden

• On-column analysis of a pesticide mixture

• Chlorinated hydrocarbons (pesticides and PCBs) according to the German health administration

• Crude fraction from a cracking process (C4 - C13) on OPTIMA® 5

• Ceramide analysis utilizing gas chromatography-mass spectrometry

• Analysis of Triazine Herbicides

• PAH Test Mixture acc. to German Drinking Water Specifications

• Separation of PAHs according to EPA 610 on an OPTIMA 5 column.

• Analysis of Phenols in Building Materials

• Analysis of Polycyclic Aromatic Hydrocarbons (PAH) acc. to EPA

• Activity test mixture

• Determination of butyric acid content in edible fats

• Analysis of Brandy made from Wine

• Analysis of halogenated Hydrocarbones

• Separation of toluene and d8-toluene on an OPTIMA 5 column

• Analysis of halogenated hydrocarbons

• Analysis of organochlorine pesticides

• Analysis of organochlorine pesticides

• Haloform test mixture

• Phenol test mixture

• Analysis of polychlorinated biphenyls

• Analysis of Essential Oils

• Analysis of Essential Oils

• Rapid analysis of chlorinated organics in breast milk

• Grob test mixture

• Comparison of a separation on a 50 m standard capillary

• Analysis of Ethoxylated Fatty Alcohols C12 + C 14

• Analysis of Ethoxylated Fatty Alcohols C12 + C 14 (TMS)

• Analysis of Amines

• Analysis of Parsols

• Analysis of organo-nitrogen pesticides (EPA 633)

• Analysis of Triazine Herbicides

• Analysis of carbamate/urea pesticides (EPA 632)

• Pesticide mixture of european customer on OPTIMA 5

• Analysis of phenols (EPA 8040 A)

• Analysis of a Mixture of Neutral and Basic Organic Compounds

• Analysis of a mixture of neutral and basic organis compounds

• Analysis of commercial perfume

• Essential oils on an OPTIMA® 5

• PCBs according to EPA 525 on an OPTIMA® 5 column

• EPA 612 pesticide standard

• Impurities in Cocaine using GC/MS on an OPTIMA 5 column

• Analysis of Bacterial Fatty Acid Methyl Esters (FAME)

• Drug Standard for Analysis of Commercial Heroin

• Separation of steroids with GC/MS

• MN-Test on OPTIMA® 5

• Analysis of a triazine mixture on 60 m OPTIMA® 5

• Analysis of Solvents

• Separation of volatile alkanes (C1-C4)

• Separation of a technical gas on a thick film column

• Alcohols in Methylene Chloride

• Analysis of methylamines

• Analysis of azo dyes and aromatic amines

• Separation of ethanolamines in methanol

• Separation of ethylamines in water

• Analysis of amitriptyline, diphenhydramine and MPPH

• Analysis of pyridine compounds

• Triton Test with OPTIMA® 5 HT

• Triglycerides in Butter with OPTIMA® 5 HT

• Analysis of triazine herbicide standard

• Analysis of triazine herbicides

• Analysis of aniline compounds

• Amine test on OPTIMA® 5 Amine

• Separation of secondary and tertiary amines

• Rapid Determination of Diesel Sample With Calibration via a Steep Heating Rate

• Rapid Determination of Motor Oil/Mineral Oil (Type A & B) acc. to DIN H-53/ISO DIS 9377 With a Steep Heating Rate

• Simulated Distillation acc. ASTM method D 2887 with OPTIMA® 5 HT

• Separation of Steroids with OPTIMA® 5 HT

• Analysis of Drugs of Abuse

• MN-Test on OPTIMA® 5 MS

• Analysis of PCB (W22 congener mix)

• PCB from window putty

• Pyrolysis GC of Polyethylene and Polypropylene

• Pyrolysis GC of chlorophene rubber

• Analysis of organo-tin-compounds

• Separation of all 30 compounds of a pesticide standard on a 25 m OPTIMA® 5 MS column

• PCB separation on a 25 m OPTIMA® 5 MS column, according to W 22 Group of the european comitee of normalisation

• Analysis of a PCB mixture (Aroclor-1232)

• Simultaneous trace determination of organic UV-absorbing compounds (UV filters) in environmental samples

• PCB separation on a 50 m OPTIMA® 5 MS column, according to W 22 group of the european comitee of normalisation

• Analysis of various phenols

• Quantification of Free 3-Nitrotyrosine in Human Plasma at the Basal State

• Analysis of 3-Nitrotyrosinoalbumin

• Analysis of 3-Nitrotyrosine

• Determination of melamine, ammelide, ammeline and cyanuric acid acc. FDA regulation

• Determination of delta9-tetrahydrocannabinolic acid A in serum samples by GC-MS

• Determination of 2-monochloropropanediol and 3-monochloropropanediol with GC-MS after derivatization with PBA

• Analysis of PAHs, NSO-heterocyclic PAHs and Phenols

• Analysis of methylphenols

• Separation of pesticide test mixture on OPTIMA® 5-MS

• Analysis of PAH on Optima® 5 MS

• Analysis of PAHs from sea water

• Triazines with GC/MS

• Determination of gamma-Hydroxybutyric Acid in Serum and Urine by Headspace Solid-Phase Dynamic Extraction Combined with Gas Chromatography-Positive Chemical Ionization Mass Spectrometry

• Baseline Separation of PAHs

• Separation of phenols (EPA 528)

• Analysis of Glycophene on OPTIMA® delta-6

• Separation of pesticides (EPA 8270)

• Separation of phosphoric acid pesticides (EPA 526)

• Analysis of Drugs of Abuse on Non-polar Ultra Low Bleed Column

• Separation of bases, phenoles and pesticides (EPA 625)

• Separation of Trialkyl and Triaryl Phosphate Flame Resistants

• Separation of 60 volatile hydrocarbons on a 25 m GC capillary

• Analysis of chlorinated hydrocarbons

• Volatile halogenated hydrocarbons and BTX

• Haloform Test on OPTIMA® 624

• EPA 502 / EPA 524 Volatile Organics Calibration Mix

• Analysis of m-Chlorotoluene

• Analysis of Chlorotoluene Isomers

• Separation of volatile hydrocarbons with Headspace-GC

• Headspace analysis of solvents

• Headspace Analysis of Alcohols

• Separation of acetone and 2-propanol in ethanolic solution

• Solvents and Semivolatiles on OPTIMA® 624 LB

• Trace analysis on OPTIMA® 624 LB

• Determination of BTEX according to DIN 38407

• Determination of volatile halogenated hydrocarbons according to DIN 10301

• Components of blood alcohols are separated with OPTIMA 624 LB by Headspace GC.

• Separation of cis-1,2-Dichloroethene from Bromochloromethane and Chloroform

• Analysis of 14 fatty acid methyl esters (FAME) from biodiesel acc. to DIN EN-14103

• Analysis of 16 fatty acid methyl esters (FAMEs) from biodiesel acc. to DIN EN 14103:2011

• Analysis of glycerol and glycerides from biodiesel acc. to DIN EN-14105

• Analysis of Methanol from Biodiesel acc. to DIN EN-14110

• Aromatic Compounds (Basic/Neutral)

• FAMEs on a medium polar column (OPTIMA® delta-3)

• Analysis of a pesticide mixture

• Analysis of a pesticide mixture on OPTIMA® delta-3

• Analysis of a pesticide and PCB mixture on 50 m OPTIMA® delta-3

• Separation of a Complex Toxaphene Mixture (Parlar Standard)

• Analysis of a pesticide and PCB mixture

• EPA 502 / EPA 524 Volatile Organics Calibration Mix

• Analysis of a PCB mixture (Aroclor-1248) on a OPTIMA® delta-3

• Analysis of azo dyes and aromatic amines with fast-GC

• Deposition of endocrine disruptors into food

• Analysis of 28 pesticides (Ökotex 100) on a 30 m OPTIMA® delta-3

• Analysis of glycols on OPTIMA delta-3

• Analysis of BTX

• Analysis of chemicals for peel-treatment

• Analysis of aromatic hydrocarbons

• Analysis of Heroin (Street Quality)

• Chromatogram of Ethyl-phosphonic acid ethylester

• Analysis of phthalates on OPTIMA® delta-3

• Analysis of nitroaromatic compounds (explosives)

• Separation of phthalates on OPTIMA® delta-3 (EPA method 606)

• Analysis of Acidic Drugs from Waste Water

• Analysis of azo dyes and aromatic amines

• Rapid analysis of complex solvent mixture on OPTIMA® delta-3

• Ultra trace detection of a wide range of anabolic steroids in meat

• Analysis of nitromusk compounds from domestic dust

• Analysis of a standard of nitromusk compounds in n-hexane

• Analysis of amphetamines

• Beta-agonist analysis from urine on OPTIMA delta-3

• MN-Test on Optima delta-3

• Pesticide standard

• Analysis of pesticides from cod liver oil

• Analysis of organohalogen compounds incl. PCB from cod liver oil

• Analysis of a PCB mixture on a 60 m OPTIMA delta-3

• Organonitro pesticides according to EPA 633

• Phenols

• Dibenzofurans in dust

• Polycyclic Aromatic Hydrocarbons (PAH) according to EPA

• EPA 8140 / 8141 organo-phosphorus pesticides

• Cannabinoids

• Analysis of a pesticide and PCB mixture on OPTIMA® delta-3

• Analysis of Polychlorinated Dibenzodioxins

• Analysis of polychlorinated dibenzofurans

• Amine-Test on Optima delta-3

• Analysis of solvents on a 60 m OPTIMA delta-3

• Analysis of volatile solvents

• Fatty alcohols

• Analysis of a pesticide and PCB mixture on 50 m OPTIMA® delta-6

• Analysis of a pesticide and PCB mixture on 50 m OPTIMA® delta-6

• Analysis of a pesticide mixture on 50 m OPTIMA® delta-6

• Analysis of a pesticide mixture on 50 m OPTIMA® delta-6

• Analysis of Thiabendazole on OPTIMA® delta-6

• Analysis of a pesticide mixture on 50 m OPTIMA® delta-6

• Separation of C18 cis/trans FAME Isomers

• Separation of C18:1 9-cis / 9-trans FAME Isomers

• EPA 609 Nitroaromatics

• Perfume standard

• Commercial perfume sample

• Analysis of PCBs

• EPA 612 Chlorinated Hydrocarbons

• EPA 8140 / 8141 organo-phosphorus pesticides

• Separation of 16 PAHs according to EPA on OPTIMA® delta-6 (50 m length)

• Separation of 6 PAH s according to German drinking water specifications (TWV)

• EPA 8081 organo-chlorine pesticides

• EPA 502 / 524 Volatile organic compounds

• EPA 502 / 524 Trace Analysis of Volatile Organic Compounds

• FAMEs - Fatty acid methyl esters (OPTIMA® delta-6)

• Analysis of hydrocarbons on a 30 m OPTIMA delta-6

• Analysis of PAH on a 30 m OPTIMA delta-6

• Analysis of an organochlorine pesticide mixture on 30 m OPTIMA delta-6

• GC-MS determination of creatinine in human biological fluids as pentafluorobenzyl derivative in clinical studies and biomonitoring

• Separation of dicarboxylic acids for profiling of urinary acids metabolites

• Quantification of acetaminophen (paracetamol) in human plasma and urine by stable isotope-dilution GC-MS and GC-MS/MS as pentafluorobenzyl ether derivative

• Analysis of a pesticide mixture on 30 m OPTIMA delta-6

• Analysis of N-pesticide mixture on 30 m OPTIMA® delta-6

• Analysis of nitromusk compounds from domestic dust

• Analysis of a Grob test mixture on a 30 m OPTIMA® delta-6

• Separation of 16 PAHs according to EPA on OPTIMA® delta-6 (30 m length)

• Separation of endocrinic compounds

• Separation of Free Organic Acids with OPTIMA® FFAP

• Separation of Trifluoroacetic Acid and Acetic Acid

• Fast Separation of Free Organic Acids with OPTIMA® FFAP

• Fatty acid methyl esters C4:0 - C18:3 from naturalbutter fat after derivatisation with TMSH

• Analysis of FAMEs on OPTIMA FFAP

• Separation of Solvents in Water

• Separation of solvents on OPTIMA® FFAPplus

• Determination of 17 fatty acid methyl esters (FAMEs) from biodiesel acc. To DIN EN 14103:2011

• Temperature stability of OPTIMA® FFAPplus

• Separation of carboxylic acids on OPTIMA® FFAPplus

• Separation of cresols

• Separation of solvents with MS detection

• Separation of fragrances

• Separation of fermentation acids on OPTIMA® FFAPplus

• Separation of glycols on OPTIMA® FFAPplus

• Separation of xylene isomers and styrene

• Analysis of a mixture of 39 FAMEs included conjugated fatty acids with OPTIMA® FFAPplus

• Separation of fusel alcohols in alcoholic beverages

• Analysis of secondary compounds in benzyl alcohol acc. European Pharmacopeia

• Analysis of Chloroform/2-Butanol 1:1000

• Grob-Test Mixture with Optima® WAX

• Polarity mixture POL5 (qualitative)

• Determination of Alcohols from Blood by Headspace-GC

• Improved method to quantitatively determine powerful odorant volatile thiols in wine by headspace solid-phase microextraction after derivatization

• Determination of Solvents by Headspace-GC

• Determination of Alcohols by Headspace-GC

• Separation of solvents on OPTIMA® WAXplus

• Separation of bergamot oil ingredients on OPTIMA® WAXplus

• Fast separation of Biodiesel FAMEs on OPTIMA® WAXplus

• Separation of aldehydes on OPTIMA® WAXplus

• Separation of geranium oil ingredients on OPTIMA® WAXplus

• Determination of the fatty acid composition of coconut oil from cocos nucifera

• Determination of the fatty acid composition of refined palm oil

• Determination of the fatty acid composition of rape oil

• Determination of the fatty acid composition of sunflower oil

• Determination of the fatty acid composition of avocado

• Separation of rum ingredients on OPTIMA® WAXplus

• Separation of orange oil ingredients on OPTIMA® WAXplus

• Separation of peppermint oil ingredients on OPTIMA® WAXplus

• Separation of lemon oil ingredients on OPTIMA® WAXplus

• Separation of grappa ingredients on OPTIMA® WAXplus

• Separation of lime oil ingredients on OPTIMA® WAXplus

• Separation of diols

• Separation of alcohols on OPTIMA® WAXplus

• Separation of BTEX on OPTIMA® WAXplus

• Separation of carboxylic acid esters on OPTIMA® WAXplus

• Separation of whisky ingredients on OPTIMA® WAXplus

• Determination of antifreeze agents in ethanol

• Separation of PAHs, pesticides and phthalates (EPA 525)

• Determination of PCBs and PAHs from slag

• Analysis of Fatty Acid Methyl Esters C15:0 - C18:3

• Determination of PCBs and PAHs with PCB 28 / PCB 31 Separation in less than 10 min

• Baseline separation of xylene isomers on a Permabond Carbowax column

• Analysis of Alcohols C1-C5

• Analysis of Plum Spirit

• Separation of Essential Oils on a Permabond Carbowax Column

• Analysis of Ethanol and Fermentation Products (Standard)

• Analysis of Brandy made from Wine

• Analysis of Solvents

• Analysis of Alcohols

• Separation of solvents on PERMABOND® Carbowax

• Analysis of solvents

• Aromatic and higher boiling solvents

• Analysis of Alcohols in Water

• Separation of xylene isomers on a thick film Permabond Carbowax column

• Diethylene glycol standard in wine

• Analysis of free carboxylic acids C2–C7

• Separation of 4 isomeric C18-2 fattyacid-methylesters

• Free carboxylic acids (C2-C7) on a Permabond FFAP column.

• Analysis of Fatty Acid Methyl Esters C20:0 - C24:0

• Analysis of Fatty Acid Methyl Esters C8:0 - C22:1

• Analysis of Fatty Acid Methyl Esters C20:0 - C24:0

• Analysis of FAMEs from Liver Homogenate

• Analysis of a FAME Standard

• Key odorants in beer

• Rapeseed oil on fast GC PERMABOND® FFAP

• Fast GC-Application for rapeseed oil

• Analysis of FAMEs in olive oil

• Analysis of Free Carboxylic Acids

• Analysis of Carboxylic Acid Methyl Esters

• Analysis of Essential Oils

• Separation of Acetic Acid and Acetic Acid Anhydride

• FAMEs on a polar column (Permabond FFAP)

• Analysis of Fatty Acid Methyl Esters (FAME)

• Analysis of Triazine Herbicides

• Analysis of Triazine Herbicides

• Analysis of Fatty Acid Methyl Esters (FAME)

• Analysis of hydrocarbons C1 to C5

• Analysis of Unleaded Gasoline

• Analysis of Volatile Halogenated Hydrocarbons and BTX

• Analysis of volatile halogenated hydrocarbons

• Separation of silanes on a specially developed column.

• Analysis of Chloromethyl silanes

• Silicone monomers on a Permabond Silane column.

• Silylation with SILYL-1139 (TSIM - pyridine 11:39)

• Silylation with SILYL-21 (HMDS - TMCS 2:1)

• Silylation with SILYL-2110 (HMDS - TMCS - pyridine 2:1:10)

• Silylation with SILYL-991 (BSTFA + 1 % TMCS)

• Acylation with fluorinated acid anhydride (TFAA)

• Methylation with methanol – TMCS

• Methylation with TMSH

• Silylation with TSIM

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