金属石けんの特性研究
著者
書誌事項
金属石けんの特性研究
（海外研究開発レポート）
JTRA, [19--]
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キンゾク セッケン ノ トクセイ ケンキュウ
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注記
Title from cover
Collected offprints from various periodicals
収録内容
- Determination of the plastic and viscoelastic properties of a metallic soap by a hot hardness measurement
- Studies on thermal decomposition of metal soaps
- An examination of soduim stearate soap
- Viscometric investigations of nickel soaps
- Studies on physical properties of cadmium soaps. I. Infrared, solubility, conductivity and viscosity studies in water
- Solid-state kinetics and infrared spectra of cadmium soaps
- Viscometric investigations of rubidium soaps
- Soap technology. 6. Potassium soaps
- On the thermal behaviour of the n.C13 -n.C20 lithium soaps
- Electrometric study of alkaline earth metal-soap solutions
- Thermal decomposition of magnesium soaps
- Conductance behavior of aqueous solutions of barium, strontium, and nickel soaps
- Conductance behaviour of iron soaps in mixed organic solvents at 40℃
- Conductance behaviour of iron and cobalt soaps of lower fatty acids in 2-methly-l-propanol
- Studies on the behaviour of cobalt and calcium soaps. III. Viscosity and surface tension studies in alcohols
- Characterisation of iron and cobalt soaps of lower fatty acids and their solubility studies in alcohols
- Studies on conductance behaviour of magnesium soaps in lower aliphatic alcohols
- Soap and lime soap dispersants
- Precipitation phenomena of heavy metal soap in aqueous solutions. III. Metal laurates
- Degelation of aluminum soap-hydrocarbon gels
- VIscosity of magnesium soap solutions in n-propanol and butanol
- The mutual solubilization of soap and lime soap dispersing agents
- Determinaion of critical micelle concentration and study of physical properties of aqueous solutions of calcium soaps
- Drag reduction of straight and branched chain aluminum disoaps
- Studies on kinetics of thermal decomposition of barium soaps
- Studies on behaviour of cobalt and calcium soaps. Part VI. Effect of organic additives on the conductance behaviour in methanol at 35℃