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It is shown by optical methods using light scattering intensity and shift of the stimulated low- frequency Raman scattering line that emulsion particles of the Emulson EM-1 lubricant-coolant are not… Click to show full abstract
It is shown by optical methods using light scattering intensity and shift of the stimulated low- frequency Raman scattering line that emulsion particles of the Emulson EM-1 lubricant-coolant are not monolithic drops but rather rigid aggregates of micelles. As the emulsion concentration decreases, the drops undergo a transition from the state of a monolithic droplet or a dense micellar aggregate to the state of a micellar aggregate with interlayers. The same also applies to water emulsions in transformer oil.
Keywords:
water;
microemulsion particles;
optical methods;
water microemulsion;
structure water;
particles study
Journal Title: Physics of Wave Phenomena
Year Published: 2019
Link to full text (if available)
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Journal Title: Physics of Wave Phenomena
Year Published: 2019
Link to full text (if available)
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recommendations!