氧化石墨烯載體對(duì)戊唑醇的吸附及控制釋放研究

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中圖法分類號(hào)： 文獻(xiàn)標(biāo)識(shí)碼：A 文章編號(hào)：1000-2324（2025）03-0469-08

Abstract：Asabroad-spectrum，low-toxicityandefficientfungicide，tebuconazole（TB）hasbeenwidelyusedinagricultural production.However，theexisting formulationsof TB fungicidesaremostlywetablepowders，suspensionconcentrate， emulsifiableconcentrate，whichexhbitdisadvantagesoflowefectiveutilzatioandenvionmentalpolution，soitisurentto developnewsystems toachieveenvironmentallfriendlyandeficientdeliverysystems.Inthisstudy，grapheneoxide（GO） wasused as the nanocarrier of TB，and GO loaded TB nanocomposites（TB @GO ）weresuccessfully prepared by physical adsorption method.The results showed that the adsorption capacity of GO for TB reached up to 2846mg/g ，significantly improving the loadingrateofTB.Further research indicated that TB@GOcould achieve effectiverelease under various conditionsofonicsrength，pHvaues，andtmperatures，demonstrating excellentcontroled-eleaseproperties.Particlarlyin aqueous systems， TB @GO achieved five effective releases， significantly enhancing the utilization rate of TB. This research providesnewideasandbroad prospects fortheapplicationofgraphene-based materialsinthefieldof pesticidecontroled release.TB@GO nanocomposites notonlyenhancethe efectiveutlizationrateof pesticides but alsoreduce the amountof pesticide applicationand environmental polution，providing anewsolution for the developmentof greenagriculture.

Keywords：Graphene oxide; tebuconazole;controlled release

殺菌劑是用于防治由各種病原微生物引起的植物病害的一類農(nóng)藥，已成為控制植物病害、提升作物產(chǎn)量和品質(zhì)的強(qiáng)有力手段。（剩余11557字）