为此，本文选用具有生物相容性且来源广泛的纤维素醚与单体共聚，着重于环境响应的智能化聚合物纳米胶束的制备。
Therefore, in this thesis we adopted cellulose aether which is bio-compatibility and high-yield source to prepare responsive copolymer nanomicelle.
为此，本文选用具有生物相容性且来源广泛的纤维素醚与单体共聚，着重于环境响应的智能化聚合物纳米胶束的制备。
Therefore, in this thesis we adopted cellulose aether which is bio-compatibility and high-yield source to prepare responsive copolymer nanomicelle.
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