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藤壶是海洋污损生物中分布较广、危害较大的种类之一。藤壶分泌的胶粘物能在海水中六小时内固化,使底盘与附着基表面粘着,长期作为附着基的船舶、海上设施便受到腐蚀等严重污损。为了防除污损,研究藤壶胶的固化机理有着现实意义。但是固化机理研究的深入又有赖于固态胶的溶解。藤壶胶因分泌的阶段不同而有初生胶和次生胶之分,一些学者认为固态胶难于溶解,只能水解或降解。
Barnacles are widely distributed marine detrimental organisms, one of the more harmful species. Barnacles secrete glue can be cured in the sea within six hours, so that the chassis and the adhesion surface adhesion, long-term as a base attached to the ship, the sea facilities will be severely damaged by corrosion and so on. In order to prevent fouling, it is of practical significance to study the curing mechanism of barnacle glue. However, the further study of curing mechanism depends on the dissolution of solid glue. Barnacles gel because of the different stages of the secretion of primary and secondary gum rubber points, some scholars believe that the solid plastic is difficult to dissolve, only hydrolysis or degradation.