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通过改变C15H32/TritonX-100/水组分配比、制备温度和搅拌速度等条件得到多种不同的三元体系;利用超声衰减法研究各体系的声衰减参数发现,三元体系的稳定性与组分配比、振荡强度和制备温度有密切关系,并与理论计算值及类似试验有较好的符合;研究表明超声衰减法可作为检测微乳液体系稳定性的可靠方法,在工业在线检测上具有较高的应用价值。
By changing the C15H32 / TritonX-100 / water ratio, preparation temperature and stirring speed and other conditions to obtain a variety of different ternary system; using ultrasonic attenuation method to study the sound attenuation parameters of the system found that the ternary system stability and group Distribution ratio, oscillation strength and preparation temperature are closely related, and with the theoretical calculations and similar tests have a good match; studies have shown that ultrasonic decay method can be used as a reliable method of testing the stability of microemulsion system, the industrial online testing has more High application value.