通过正交实验优化了十二烷基葡萄糖苷（APG）的合成条件，测定了APG的表面化学性能，并探讨了APG在碱性介质中对铝的缓蚀作用．。
The conditions of synthesis of APG were optimized through orthogonal experiment. APG's surficial chemical properties were measured. APG's mitigatory effect on Aluminum was studied in base medium.
在反应中得到较短碳链的D -葡萄糖苷，如甲苷、乙苷、正丁苷和正戊苷，而不能得到长链的正十二烷基D -葡萄糖苷。
The shorter chain alkyl D glucosides such as methyl , ethyl , n butyl, and n penthyl D glucosides, but no long chain n dodecyl D glucoside, are obtained during reactions.
以葡萄糖、月桂醇为原料，采用均匀设计法，在常压条件下，直接苷化合成了十二烷基糖苷。
At normal pressure, dodecyl glucoside was prepared directly by reacting dodecanol with glucose using experimental method of uniform design.
以葡萄糖、月桂醇为原料，采用均匀设计法，在常压条件下，直接苷化合成了十二烷基糖苷。
At normal pressure, dodecyl glucoside was prepared directly by reacting dodecanol with glucose using experimental method of uniform design.
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