CAJ | 학술논문

分别研究了在自然光照、不同热氧温度、紫外线辐射的老化条件下该材料吸附极限载荷的变化状况，提出了“最大承载损失率”的概念，从宏观力学性能与细观形貌两方面分析了材料的变化情况，发现该材料受温度影响最大，最大承载损失率达到了48．9％。该材料的吸附能力在老化初始阶段下降很快，随着老化时间的增加逐渐趋于平稳，但仍具有一定的吸附能力。该研究结合宏观力学测试与细观外貌特征的综合表征材料吸附性能的检测方法，具有较强的工程应用性。
분별연구료재자연광조、불동열양온도、자외선복사적노화조건하해재료흡부겁한재하적변화상황，제출료“최대승재손실솔”적개념，종굉관역학성능여세관형모량방면분석료재료적변화정황，발현해재료수온도영향최대，최대승재손실솔체도료48．9％。해재료적흡부능력재노화초시계단하강흔쾌，수착노화시간적증가축점추우평은，단잉구유일정적흡부능력。해연구결합굉관역학측시여세관외모특정적종합표정재료흡부성능적검측방법，구유교강적공정응용성。
In order to analyze the influence of natural conditions on the adsorption properties of SEBS colloid material ,this paper studies on the change state of the ultimate load of adsorption material under the aging condition of natural light , thermal oxidative at different temperatures and UV radiation , and proposes a concept of “the loss rate of the maximum load” ,analyzes the changes of material from two aspects of the macro mechanical properties and micro morphology .It is found that the material is most affected by the temperature , and the loss rate of the maximum load can reach 48 .9% .The adsorption capacity of the material is decreased quickly in the initial stage of aging and tends to be stable with the increase of the aging time gradually ,but it still has a certain adsorption capacity at the moment . This study uses the comprehensive characterization method combined with the macro mechanical test and the microscopic features for the detection of the adsorption properties of material have a strong engineering application .