Role of hydrogen bonds in controlling the morphology of self-assembling carbamate systems

Article Abstract:

N-octadecylcarbamate dodecyl ester is blended individually with a low molecular weight polyethylene and two commercial clarifiers, namely Kemamide S and Kemamide E 180 to understand the role of hydrogen binding in controlling the morphology of self-assembling carbamate systems. The effect of blending on the morphology of this long chain carbamate is investigated using optical microscopy, differential scanning calorimetry, and X-ray diffraction.

Industrial Gas Manufacturing, Optical Instrument and Lens Manufacturing, Optical instruments and lenses, Industrial gases, Hydrogen, Optical Microscopes & Parts, X-rays, X-ray diffraction, Optical properties, Optical microscopes

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Morphology and thermal behavior of self-assembling carbamates

Article Abstract:

The thermal behavior and morphology of some long-chain monocarbamates having alkyl side chains of different length is investigated. Thermal analysis results show that the components of the blend exercise a mutual plasticizer effect, reducing the melting temperatures.

Chemistry, Physical and theoretical, Physical chemistry, Chemical reactions

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Morphology and thermal behavior of self-assembling carbamates

Article Abstract:

The thermal behavior and morphology of some long-chain monocarbamates having alkyl side chains of different length is investigated. Thermal analysis results show that the components of the blend exercise a mutual plasticizer effect, reducing the melting temperatures.

Thermal properties, Melting points, Melting

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