|
8.000.6028EN
|
Ultratrace determination of uranium(VI) in drinking water by adsorptive stripping voltammetry according to DIN 38406-17 |
|
8.000.6029EN
|
Determination of copper in fuel ethanol for car engines by anodic stripping voltammetry |
|
AB-007
|
Literature dealing with the application of polarography for the analysis of petroleum and petroleum products |
|
AB-023
|
Literature dealing with the polarographic determination of organic nitro compounds |
|
AB-036
|
Polarographic analysis - half-wave potentials of inorganic substances |
|
AB-037
|
Determination of chromium in iron and steel |
|
AB-050
|
Determination of lead in petroleum products by stripping voltammetry |
|
AB-060
|
Polarographic determination of fructose |
|
AB-073
|
Polarographic analysis - half-wave potentials of organic substances |
|
AB-074
|
Polarographic and stripping voltammetric analysis methods for thallium, antimony, bismuth and iron (copper, vanadium) |
|
AB-076
|
Polarographic determination of nitrilotriacetic acid (NTA) and ethylenediaminetetraacetic acid (EDTA) according to DIN 38413 part 5 |
|
AB-098
|
Determination of ascorbic acid (vitamin C) and its compounds |
|
AB-104
|
Polarographic analysis - half-wave potentials of inorganic substances using complexing agents as supporting electrolytes |
|
AB-105
|
Determination of lead and cadmium released from crockery and glassware |
|
AB-108
|
Polarography - measuring conditions and half-wave potentials of 50 elements not yet listed in Application Bulletins Nos. 36, 73 and 104 |
|
AB-110
|
Polarographic determination of free cyanide |
|
AB-114
|
Polarographic determination of five metals (copper, cobalt, nickel, zinc and iron) in a single run |
|
AB-115
|
Bibliography for stripping voltammetry |
|
AB-116
|
Polarographic/voltammetric determination of chromium in small quantities |
|
AB-117
|
Determination of selenium by stripping voltammetry |
|
AB-123
|
Voltammetric determination of iron and manganese in water samples |
|
AB-124
|
Polarographic analysis of metals - half-wave and peak potentials using oxalate buffers as supporting electrolytes |
|
AB-126
|
Polarographic determination of quinine |
|
AB-127
|
Polarographic determination of ammonium and nitrite |
|
AB-131
|
Voltammetric determination of aluminum |
|
AB-132
|
Polarographic determination of molybdenum in strongly ferruginous materials |
|
AB-141
|
Analysis of edible fats and oils |
|
AB-146
|
Direct polarographic determination of trace amounts of molybdenum in water |
|
AB-147
|
Simultaneous trace determination of seven metals in «electronic grade» materials using stripping voltammetry |
|
AB-186
|
Determination of aluminum in water samples by adsorptive voltammetry |
|
AB-190
|
Polarographic determination of 4-carboxybenzaldehyde in terephthalic acid |
|
AB-192
|
Determination of thiourea in the lower ppm and ppb range by polarography and stripping voltammetry |
|
AB-196
|
Polarographic determination of formaldehyde |
|
AB-199
|
Polarographic determination of sulfide and sulfite |
|
AB-207
|
Stripping voltammetric determination of silver |
|
AB-213
|
Polarographic determination of nicotinamide |
|
AB-215
|
Polarographic determination of folic acid (vitamin B9, vitamin Bc) |
|
AB-218
|
Polarographic determination of thiamine (vitamin B1) |
|
AB-219
|
Polarographic determination of riboflavin (vitamin B2) |
|
AB-220
|
Determination of ultratrace amounts of platinum by stripping voltammetry |
|
AB-221
|
Standard methods in water analysis - use of Metrohm instruments |
|
AB-231
|
Voltammetric determination of zinc, cadmium, lead, copper, thallium, nickel and cobalt in water samples according to DIN 38406 Part 16 |
|
AB-250
|
Polarographic determination of diazepam in body fluids and pharmaceutical preparations |
|
AB-251
|
Polarographic determination of cinchocaine (dibucaine) in pharmaceutical preparations |
|
AB-254
|
Determination of zinc, cadmium, lead and copper by anodic stripping voltammetry using carbon electrodes |
|
AN-V-001
|
Iron, cadmium, lead and copper in cobalt acetate solution |
|
AN-V-002
|
Chromium, manganese and titanium in polyterephthalic acid solution |
|
AN-V-003
|
Nickel, cobalt and iron in polyterephthalic acid solution |
|
AN-V-004
|
Zinc, cadmium, lead, copper and chromium in triglyceride |
|
AN-V-005
|
Selenium in a standard solution |
|
AN-V-006
|
Cadmium, lead and antimony in acetic acid |
|
AN-V-007
|
Total arsenic in brine |
|
AN-V-008
|
Mercury in brine |
|
AN-V-009
|
Cadmium, lead and copper in brine and NaOH |
|
AN-V-010
|
Zinc, cadmium, lead, copper, iron, nickel and cobalt in NaOH in one run |
|
AN-V-011
|
Chromium in brine with the Multi-Mode Electrode (MME) and the «Ultra Trace» Graphite Electrode (UTGE) |
|
AN-V-012
|
Zinc, cadmium, lead, copper, iron, nickel and cobalt in elementary sulfur |
|
AN-V-013
|
Cadmium, lead and mercury in dissolved recycled glass |
|
AN-V-014
|
Iron and manganese in MgCl2 brine |
|
AN-V-015
|
Nickel, antimony, cadmium, thallium and copper in a neutral, highly concentrated zinc solution |
|
AN-V-016
|
Nickel, iron and copper in a silver plating bath |
|
AN-V-017
|
Chromium and selenium in a silver plating bath |
|
AN-V-018
|
Tin and lead in an organo plating bath |
|
AN-V-019
|
Lead in a nickel plating bath |
|
AN-V-020
|
Zinc, lead and iron in NH4Cl and CuSO4 |
|
AN-V-021
|
Chromium and nickel in NH4Cl and CuSO4 |
|
AN-V-022
|
Antimony and bismuth in an alkaline ZnO solution in one run |
|
AN-V-023
|
Aluminum in an alkaline ZnO solution |
|
AN-V-024
|
Copper and chromium in an etching bath |
|
AN-V-025
|
Iron in a nickel sulfamate bath containing surfactants |
|
AN-V-026
|
Iron and zinc in a nickel sulfate bath containing surfactants |
|
AN-V-027
|
Copper in a nickel sulfate bath containing surfactants |
|
AN-V-028
|
Zinc, cadmium, lead, nickel and cobalt in hydrochloric acid |
|
AN-V-029
|
Zinc, cadmium, lead, nickel and cobalt in Javelle water |
|
AN-V-030
|
Zinc, cadmium, lead, nickel and cobalt in FeCl3 solution (40%) |
|
AN-V-031
|
Coumarin and tartrazine in vodka |
|
AN-V-032
|
Zinc, cadmium, lead, copper, iron, nickel and cobalt in freeze-dried hops |
|
AN-V-033
|
Zinc, lead, copper and iron in sugar |
|
AN-V-035
|
Zinc, cadmium, lead and copper in chili sauce after digestion |
|
AN-V-037
|
Arsenic in chili sauce after digestion |
|
AN-V-038
|
Aluminum in albumin lyophilizate after digestion |
|
AN-V-039
|
Zinc, cadmium, lead and copper in whiskey after digestion |
|
AN-V-040
|
Aluminum and chromium in whiskey after digestion |
|
AN-V-041
|
Cadmium, lead, copper, nickel and cobalt in soybean oil after digestion |
|
AN-V-042
|
Mercury in soybean oil after digestion |
|
AN-V-043
|
Zinc in a herbal pharmaceutical drug against cancer of the prostate |
|
AN-V-044
|
Boron in human plasma using Beryllon(III) as a ligand |
|
AN-V-045
|
Uranium in water as an uranium(VI) chloranilic acid complex |
|
AN-V-046
|
Zinc, cadmium, lead, copper, nickel and cobalt in vitamin tablets |
|
AN-V-047
|
Manganese, iron and molybdenum in vitamin tablets |
|
AN-V-048
|
Clothiapine in a standard sample |
|
AN-V-049
|
Standard buffers and reagents in voltammetry |
|
AN-V-050
|
Concentrations and standards in voltammetry |
|
AN-V-051
|
Cadmium and lead in a herbicide |
|
AN-V-052
|
Vanadium, nickel, cobalt and chromium in solvents |
|
AN-V-053
|
Artemisin and artesunate in a standard sample |
|
AN-V-054
|
Palladium in pharmaceutical products |
|
AN-V-055
|
Beta-propiolactone in vaccine |
|
AN-V-056
|
Ascorbic acid in vitamin capsules |
|
AN-V-057
|
Thiomersal in eye drops |
|
AN-V-058
|
Cysteine and cystine in an infusion solution |
|
AN-V-059
|
1-Methyl-nicotinamide hydrochloride in a standard solution |
|
AN-V-060
|
Cysteine and cystine in caseinate |
|
AN-V-061
|
Speciation of Fe(II) and Fe(III) in a standard solution |
|
AN-V-062
|
4-Carboxybenzaldehyde in polyterephthalic acid |
|
AN-V-063
|
Cyanide in gases resulting from the incineration of plastic insulating materials |
|
AN-V-064
|
Free styrene in polystyrene and mixed polymers |
|
AN-V-065
|
Tungsten in the organic phase |
|
AN-V-067
|
Formaldehyde, acetaldehyde and acetone in methanol |
|
AN-V-068
|
Cadmium and lead in sea water |
|
AN-V-069
|
Nickel and cobalt in sea water |
|
AN-V-070
|
Iodide in glacial acetic acid |
|
AN-V-071
|
Rhodium and platinum in drinking water |
|
AN-V-072
|
NTA and EDTA in waste water |
|
AN-V-073
|
Ascorbic acid in orange juice |
|
AN-V-074
|
Riboflavin in vitamin tablets |
|
AN-V-075
|
Nicotinamide in vitamin tablets |
|
AN-V-076
|
Cobalt in gold plating baths |
|
AN-V-077
|
Nickel and cobalt in zinc plant electrolytes (concentrated ZnSO4 solutions) |
|
AN-V-078
|
Antimony in zinc solutions |
|
AN-V-079
|
Germanium in electroplating baths |
|
AN-V-080
|
Germanium in lead |
|
AN-V-081
|
Copper, iron and vanadium in sodium chloride |
|
AN-V-082
|
Different chromium species in sea water |
|
AN-V-083
|
Zinc, cadmium, lead and copper in wastewater after UV digestion |
|
AN-V-084
|
Total chromium in wastewater after UV digestion |
|
AN-V-085
|
Elementary sulfur in gasoline |
|
AN-V-086
|
Cadmium, lead and copper in drinking water |
|
AN-V-087
|
Nickel and cobalt in drinking water |
|
AN-V-088
|
Uranium in drinking water |
|
AN-V-089
|
Mercury in wastewater |
|
AN-V-090
|
Manganese in drinking water |
|
AN-V-091
|
Iron in drinking water |
|
AN-V-092
|
Nickel in white wine |
|
AN-V-093
|
Cadmium, lead and copper in red wine |
|
AN-V-094
|
Rhodium and platinum in red wine |
|
AN-V-095
|
Quinine in bitter lemon |
|
AN-V-096
|
Platinum in urine |
|
AN-V-097
|
Chromium in sulfuric acid |
|
AN-V-098
|
Molybdenum in sulfuric acid |
|
AN-V-099
|
Cadmium, lead and copper in triphosphate |
|
AN-V-100
|
Nickel and cobalt in triphosphate |
|
AN-V-101
|
Iron in triphosphate |
|
AN-V-102
|
Manganese in triphosphate |
|
AN-V-103
|
Chromium in lime (CaCO3) |
|
AN-V-104
|
Formaldehyde in metalworking lubricants |
|
AN-V-105
|
Thallium in the presence of an excess of cadmium in zinc plant electrolytes (concentrated ZnSO4 solutions) |
|
AN-V-106
|
Nickel in waste water |
|
AN-V-107
|
Tin in waste water |
|
AN-V-108
|
Thallium in waste water |
|
AN-V-109
|
Selenium in waste water |
|
AN-V-110
|
Chromium in waste water |
|
AN-V-111
|
Germanium in zinc plant electrolytes (concentrated ZnSO4 solutions) |
|
AN-V-113
|
Titanium in polyethylene terephthalate (PET) |
|
AN-V-114
|
Cobalt in polyethylene terephthalate (PET) |
|
AN-V-115
|
Antimony in polyethylene terephthalate (PET) |
|
AN-V-116
|
Zinc and lead in ethanol |
|
AN-V-117
|
Iron in ethanol |
|
AN-V-118
|
Gold in ammonium thiosulfate solution |
|
AN-V-120
|
Ni in glycol after UV digestion |
|
AN-V-121
|
Fe(total) in waste water after UV digestion (triethanolamine-bromate-method) |
|
AN-V-122
|
Fe(total) in deionized water (triethanolamine-bromate-method) |
|
AN-V-123
|
Fe(total) in ethylene glycol with 2,3 dihydroxynaphthalene |
|
AN-V-124
|
Fe(III) traces in standard solution with solochrome violet RS |
|
AN-V-125
|
Fe traces with 1-Nitroso-2-naphthol |
|
AN-V-126
|
Se in vitamin tablets |
|
AN-V-127
|
Fe(II) in iron sucrose injection solution acc. to USP 26 / NF21 |
|
AN-V-128
|
Fe(total) in a Cr electroplating bath |
|
AN-V-129
|
Fe(total) in phosphoric acid |
|
AN-V-130
|
Al in the ppb range in aqueous eluates of filter layers (Solochrome violet RS method) |
|
AN-V-131
|
Ni and Co in sulfuric acid |
|
AN-V-132
|
Fe in sulfuric acid |
|
AN-V-139
|
Thiourea in acid Cu bath |
|
AN-V-140
|
Sb(total) in acid Cu bath |
|
AN-V-148
|
Ni in sulfamate Ni plating bath |
|
AN-V-149
|
Co in sulfamate Ni plating bath |
|
AN-V-150
|
Cu in Ni plating bath |
|
AN-V-152
|
Tl in cyanidic Au bath |
|
AN-V-153
|
Au(I) in Au bath |
|
AN-V-154
|
NTA in cyanidic Au bath |
|
AN-V-158
|
In in Sn bath |
|
AN-V-159
|
Bi in Sn bath |
|
AN-V-160
|
Pd in activator |
|
AN-V-161
|
Cu in cyanidic Cu bath |
|
AN-V-162
|
Fe in deoxidation solution (oxalate method) |
|
AN-V-163
|
Fe in degreasing bath |
|
AN-V-164
|
Ti in Ti pickle bath |
|
AN-V-165
|
Zn in phosphatation bath |
|
AN-V-166
|
Ni in phosphatation bath |
|
AN-V-167
|
Cd in phosphatation bath |
|
AN-V-168
|
Pb in phosphatation bath |
|
AN-V-169
|
Pb in tin soldering contacts |
|
AN-V-170
|
Se in zinc plant electrolyte |
|
AN-V-171
|
Te in zinc plant electrolyte |
|
AN-V-172
|
Co in zinc plant electrolyte with a furildioxime as complexing agent |
|
AN-V-173
|
Pb in zinc sulfate solution |
|
AN-V-174
|
As in zinc plant electrolyte |
|
AN-V-175
|
Sb(III) in zinc plant electrolyte with chloranilic acid as complexing agent |
|
AN-V-176
|
Se(total) in tap water after reduction of Se(VI) to Se(IV) by means of 705 UV Digester |
|
AN-V-177
|
Fe in Cr bath (triethanolamine-bromate-method) |
|
AN-V-178
|
Cu in sea water with the mercury film electrode (MFE) |
|
AN-V-179
|
Iron in boiler feed water for power plants (DHN method) |
|
AN-V-180
|
Nitrobenzene in aniline |
|
AN-V-181
|
Cr(VI) in cement |