Bi2MoO6 基材料光催化去除农业残留污染物的研究进展
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Abstract：Photocatalysis technology isone the effective approaches toadressenvironmental pollutant isses.Inrecent years，significantadvances have beenachieved in removing agricultural residual polutants through semiconductor modification strategies and various synergistic catalytic systems. Bi2MoO6 （bismuth molybdate） -based materials have becomearesearch focus inthisfieldowing to their suitable semiconductorband gap，unique layered structure，andabundant surface activesites.Starting from the synergisticcoupling semiconductor modificationand catalytic systems，this paper summarizes the research status novel Bi2MoO6 -based photocatalytic materials in recent years， evaluates the progress Bi2 MoO6-based photocatalytic technology in polltant removal，and elaboratesontheirphotocatalyticperformanceand degradationmechanismsintreatingagriculturalresidualpollutants （suchasantibiotics，pesticides，heavymetals，nitrates， and microorganisms）.Itaims to provide technical guidance for thebasic applicationresearchphotocatalysis technology in agricultural environmental governance，and discuss the future challenges and developments.
Keywords：Photocatalyticdegradation;bismuth molybdate;agriculturalresidualpolutants;modificationstrategies
随着农业生产的现代化和化肥农药的广泛应用，农业残留污染物的排放与迁移已成为当前农业面临的重要环境问题之一。（剩余24835字）
