1、2023,32(3)4 Etxeberria,E.;Gonzalez,P.;Dawson,W.O.;Spann,T.,Aniodine-based starch test to assist in selecting leaves for HLBtestingJ.EDIS 2008,2008(2).5 Weng,H.;Lv,J.;Cen,H.;He,M.;Zeng,Y.;Hua,S.;Li,H.;Meng,Y.;Fang,H.;He,Y.,Hyperspectral reflectanceimaging combined with carbohydrate metabolism analysi
2、s fordiagnosis of citrus Huanglongbing in different seasons andcultivarsJ.Sensors and Actuators B:Chemical 2018,275:50-60.6 Wang,K.;Liao,Y.;Meng,Y.;Jiao,X.;Huang,W.;Liu,T.C.-y.,The early,rapid,and non-destructive detection of citrus Huanglongbing(HLB)based on microscopic confocalRamanJ.Food Analytic
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4、d Other Citrus MaladiesJ.Journal of agricultural andfood chemistry 2010,58(10):6007-6010.9 Sankaran,S.;Ehsani,R.;Etxeberria,E.,Mid-infrared spectroscopy for detection of Huanglongbing(greening)in citrusleavesJ.Talanta 2010,83(2):574-581.10 do Brasil Cardinali,M.C.;Boas,P.R.V.;Milori,D.M.B.P.;Ferreir
5、a,E.J.;e Silva,M.F.;Machado,M.A.;Bellete,B.S.,Infrared spectroscopy:a potential tool in huanglongbing and citrus variegated chlorosis diagnosisJ.Talanta 2012,91:1-6.11 Ribeiro da Luz,B.,Attenuated total reflectance spectroscopy of plant leaves:a tool for ecological and botanical studiesJ.New Phytologist 2006,172(2):305-318.福建分析测试 启用科技期刊学术不端文献检测系统(AMLC)为进一步提高期刊的审稿效率、确保稿件质量;避免抄袭、一稿多投、伪造等学术不端行为,福建分析测试 编辑部从即日起对所有来稿采用中国知网()的“科技期刊学术不端文献检测系统”(简称“AMLC”)进行自动检测,检测结果作为稿件录用的参考依据。该系统以 中国学术文献网络出版总库 为全文比对数据库,可检测抄袭与剽窃、伪造、篡改、不当署名、一稿多投等学术不端文献。福建分析测试 编辑部2023年5月吴联巍:基于中红外技术柑橘黄龙病检测研究19