Studies on the Flame Spectrochemical Analysis. II : Determination of Microamount of Calcium and Magnesium
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Various alcohols were adopted as solvents to intensify the excitation of flame emission of calcium and magnesium. Methyl alcohol was found to be the most effective solvent to rise the sensitivity of the emission intensity of these two elements. Also the influences of acids and some diverse elements were studied and the various conditions of applying this solvent effect to the microdetermination of calcium and magnesium were investigated.
- 東北大学の論文
- 1955-00-00
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関連論文
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- Determination of Oxygen in Metallic Manganese by Argon-Carrier Fusion Method
- Flame Spectrophotometric Determination of Calcium in Cast Iron
- Determination of Lanthanum by Flame Photometry
- Determination of Some Metals by X-Ray Fluorescence Apparatus. I : Determination of Copper and Silver in Aluminium Alloys
- Vacuum Emission Spectrometric Determination of Oxygen in Iron and Steel
- Interference of Aluminium in the Spectrometric Determination of Carbon in Steel with Vacuum Spectrometer
- Direct-Reading, Time-Resolving Technique in Emission Spectroscopy and its Application to the Analysis of Iron, Steel and Iron Ores
- Emission Spectrographic Determination of Carbon, Arsenic and Tin in Iron and Steel in Extreme-Ultraviolet Region
- A Study of Atomic Absorption Spectrometry : Determination of Magnesium and Calcium in Slag and Cast Iron
- Increased Sensitivity of Atomic Absorption Analysis
- Polarographic Determination of Tin and Antimony in Iron and Steel
- Determination of Hydrogen in Iron and Steel by the Argon Gas Carrier Hot-Extraction Method
- Determination of Component in Binary Alloy by Backscattering of Beta Particles
- Studies on the Microdetermination of Metals by Extracting the Inorganic Compounds with Organic Solvents. III : Microdetermination of Molybdenum
- Polarographic Determination of Arsenic in Lead Metal
- Catalytic Analysis. XX : Microdetermination of Selenium with Methylene Blue and Sodium Sulfide
- Studies on the Microdetermination of Metals by Extracting the Inorganic Compounds with Organic Solvents. II : Microdetermination of Mercury
- Catalytic Analysis. XXI : Rapid Determination of Tungsten in Iron and Steel
- Studies on the Flame Spectrochemical Analysis. X : Influences of Some Diverse Substances on the Flame Spectra of Alkaline Earth Metals
- Studies on the Flame Spectrochemical Analysis. IX : The Interaction of Alkaline Earth Elements
- Studies on the Flame Spectrochemical Analysis. II : Determination of Microamount of Calcium and Magnesium
- Studies on the Flame Spectrochemical Analysis. VII : Determination of Chromium
- Studies on the Flame Spectrochemical Analysis. VI : Determination of Strontium
- Studies on the Flame Spectrochemical Analysis. VIII : On the Self Interference and Mutual Interference of Alkali Elements
- Catalytic Analysis. XXV : Microdetermination of Copper with l-Ascorbic Acid
- Studies on the Flame Spectrochemical Analysis. V : Determination of Manganese
- Determination of Trace of Metals by the Extraction of Inorganic Compounds with Organic Solvents. I : Microdetermination of Cobalt
- Studies on the Flame Spectrochemical Analysis. I : Microdetermination of Sodium in Aluminium Metal