Các phương pháp chuẩn độ điện thếCác phương pháp chuẩn độ điện thế (được Metrohm support) Các phương pháp chuẩn độ điện thế được cung cấp bởi Công ty Metrohm - Thụy Sỹ (Ứng dụng cho thiết bị chuẩn độ điện thế Basic Titrino) Acetate, chloride, and phosphate in an infusion solution Citric and oxalic acid in mixtures Free alkali in sodium hypochlorite Hydrofluoric and nitric acid in etching baths Alkalinity of amine-containing gas washing solutions Hydroxide and carbonate in alkaline plating baths for cadmium, copper, lead, or zinc Installation Instructions of TitrIC 7 Installation Instructions of TitrIC 6 Installation Instructions of TitrIC 5 Installation Instructions of TitrIC 4 Titration of whole blood and blood plasma for acid-base analysis according to Joergensen and Stirum Comprehensive tap water analysis including oxygenated halides with TitrIC 2 Comprehensive tap water analysis with TitrIC 2 Comprehensive tap water analysis with TitrIC 1 Simple wine analysis with the Titrino Standard methods in water analysis - use of Metrohm instruments Titer determination in potentiometry Determination of the acid number, hydroxyl number and isocyanates in raw materials for the fabrication of plastics by automatic potentiometric titration Titrimetric determination of free boric acid and tetrafluoroboric acid in nickel plating baths Automatic determination of the formalin number in fruit and vegetable juices Simple wine analysis Determination of ammonium with the ion-selective electrode Potentiometric analysis of anodizing baths Potentiometric determination of boric acid Potentiometric titration of calcium carbonate in raw meal from the cement industry Applications for 855 Robotic Transfer Analyzer (English) Monograph: Practical Titration Water analysis Determination of calcium pantothenate Astemizole in raw products Base number (TBN, basic N) of mineral oils Acid number (TAN) of mineral oils Determination of the phenylglycine content Determination of TAN in engine oil with 859 Titrotherm Determination of acidic and alkaline solids by non-aqueous titration Titer determination in potentiometry Determination of the acid number, hydroxyl number and isocyanates in raw materials for the fabrication of plastics by automatic potentiometric titration Interference-free non-aqueous titrations by using the 6.2129.000 Differential Amplifier: I. TAN and TBN in petroleum products Analysis of edible fats and oils Potentiometric determination of carboxyl and amino terminal groups in polyamide fibers Potentiometric determination of nitrating acid Applications for 855 Robotic TAN/TBN Analyzer (English) Monograph: Practical Titration Fully automated determination of TAN/TBN in industrial samples according to ASTM standards D 664 and D 2896 Determination of the water content in tablets by automated Karl Fischer titration Fully automated sample preparation for the content determination of tablets Fully automated determination of the permanganate index in accordance with DIN EN ISO 8467 Reducing sugars in wine and candies Iron and nickel in binary mixtures Calcium in cheese Titanium and iron in mixtures Citrate in mineral water drinks Bromine index in low-level standards Iron content of iron powder Nitrogen content of nitrocellulose Benzydamine hydrochloride in a disinfectant solution Tranexamic acid in injection solutions Hydrogen sulfide or sulfide in water Na2O (free base) and SiO2 (silicate) in water glass Ascorbic acid (vitamin C) in fruit juices Alkyllead (anti-knock agent) in gasoline Hydrogen sulfide and mercaptans in petroleum products Perborate, percarbonate, or persulfate in washing powder Hydrogen peroxide in aqueous solutions Metal contents of alkaline plating baths for cadmium, copper, lead or zinc Cyanide in alkaline plating baths for cadmium, copper, lead or zinc Sn(II) and sulfuric acid in a tin plating bath Cr(VI) and Cr(III) in chromium baths Cyanide and silver in a silver plating bath Determination of the total penicillin content Determination of the ampicillin content Sulfate in cement Sulfate in brine Trace chloride in cement and clinker Chloride in an acidic copper plating bath Salt content (NaCl) of meat products Salt content (NaCl) of canned food Salt content (NaCl) of broth Chloride in water samples Fully automated potentiometric determination of the hydroxyl number (HN) according to ASTM E 1899-08 and DIN 53240-2 Synthesis of phenyl azonaphthol Titrimetric determination of total and residual chlorine in drinking and process water Potentiometric titration of calcium (magnesium) in dairy products Standard methods in water analysis - use of Metrohm instruments Titer determination in potentiometry Determination of the acid number, hydroxyl number and isocyanates in raw materials for the fabrication of plastics by automatic potentiometric titration Potentiometric titration of aluminum and magnesium in the same solution Automatic determination of the bromine index and/or the bromine number in petroleum products Potentiometric determination of nitrilotriacetic acid (NTA) and/or ethylenediaminetetraacetic acid (EDTA) in washing agents Analysis of edible fats and oils Titrimetric determination of sulfate Simple wine analysis Potentiometric determination of hydrogen sulfide, carbonyl sulfide, and mercaptans in petroleum products Chloride titrations with potentiometric indication Simultaneous determination of calcium and magnesium in water samples and beverages and the different types of water hardness by complexometric titration with potentiometric indication Potentiometric determination of trace bromide and iodide in chlorides Quantitative determination of metals that can be precipitated by potassium hexacyanoferrate(II) in wine («décassage» of wine) Complexometric titrations with the Cu ISE Biamperometric determination of potassium and/or ammonium Determination of ascorbic acid (vitamin C) and its compounds Potentiometric analysis of cadmium plating baths Potentiometric analysis of lead plating baths Potentiometric analysis of brass and bronze plating baths Potentiometric analysis of tin plating baths Potentiometric analysis of anodizing baths Analysis of dairy products Analysis of jams, fruit and vegetable juices, and their concentrates Titrimetric analysis of vinegar Determination of sodium with the ion-selective electrode Determination of fluoride with the ion-selective electrode Determination of the acid and base numbers in petroleum products Potentiometric determination of mercury or silver in the presence of halides Titrimetric methods for the chemical analysis of pasta Platinization of platinum electrodes and conductivity measuring cells Potentiometric determination of silver Determination of ammonium or Kjeldahl nitrogen Potentiometric determination of cyanide Determination of chromium in iron and steel Potentiometric titration of chloride and bromide in the presence of each other Simultaneous determination of gold and copper in electroplating baths and/or alloys by potentiometric titration Routine determination of copper in brass, bronze, German silver and in electroplating baths Determination of nickel by potentiometric titration Determination of zinc by bi-amperometric titration with potassium hexacyanoferrate(II) Biamperometric titration method for the determination of antimony in lead Monograph: Practical Titration Fully automated determination of fluoride in blood samples Fully automated potentiometric determination of the hydroxyl number (HN) according to ASTM E 1899-08 and DIN 53240-2 Water analysis Titrimetric analyses of biofuels Determination of palladium using the «Ionic Surfactant» electrode Determination of coconut oil ethoxylates (nonionic surfactants) Determination of tallow ethoxylates (nonionic surfactants) Nonionic surfactant nonylphenol ethoxylate (8 EO) Cationic surfactants in a household cleaner by potentiometric two-phase titration Anionic surfactants in a shower oil by potentiometric two-phase titration Soaps and anionic surfactants in washing powder by potentiometric two-phase titration Soap content of soap noodles Lidocaine in ointments Nonionic surfactants in compact washing powders Nonionic surfactants in liquid household cleaners Chlorhexidine in a wash lotion Cationic surfactant (cetrimide) in an antiseptic disinfectant Cationic surfactants in hair conditioner Anionic surfactants in a nickel plating bath Anionic surfactants in shower lotions and shampoos Potentiometric two-phase titration of anionic surfactants in washing powders and liquid washing agents Titrimetric/potentiometric determination of ionic surfactants by two-phase titration using the Metrosensor Surfactrodes Potentiometric titration of surfactants and pharmaceutical compounds Titrimetric methods for the determination of betains Titrimetric/potentiometric determination of anionic and cationic surfactants Titrimetric/potentiometric determination of nonionic surfactants based on polyoxyethylene adducts using the NIO electrode Titer determination in potentiometry Monograph: Practical Titration Determination of anionic and cationic surfactants by potentiometric two-phase titration |