主要功能
实时非破坏测量植物叶片多酚和叶绿素含量、叶片表层类黄酮和花青素含量；
可通过多酚的测定评估植物氮的状态。
测量参数
Chl：叶绿素指数
Flav：类黄酮指数
NBI：氮平衡指数 Chl/Flav 比值
Anth：花青素指数
应用领域
植物生理生态
观赏园艺
果树学
食品科学
植物病理
逆境生理
药用植物
植物营养
遥感
茶学
主要技术参数
测量光源：5 个 LED : 1 个紫外光，1 个绿光，1 个红光和 2 个近红外光（NIR）
检测器：硅光二极管
用户界面：LCD 液晶屏，蜂鸣器
位置精度：＜2.5 m
选购指南
仪器配置：
主机一整套，已包含 GPS。
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仪器组成部件 |
应用案例
植物氮肥监测 全新氮肥指标-氮平衡指数NBI
氮平衡指数（NBI: Nitrogen Balance Index）是叶绿素（SFR）和类黄酮（FLAV）的比值：当未发生氮肥胁迫时，植物生长健康，合成叶绿素较多，产生的多酚（类黄酮）较少；当发生氮肥胁迫时，植物营养不平衡，产生的多酚（类黄酮）较多，生成叶绿素较少。传统方法通过叶绿素判断氮肥状况，当叶片叶绿素含量下降时（叶片变黄），说明植物缺失氮肥，在实际应用中，该方法有一定的延迟效应，叶绿素下降时几天甚至十几天前氮肥缺失的表现，即使此刻施肥，也会影响作物的最终产量。而通过测量NBI值来评估氮肥状况时，避免传统方法中的延迟效应，叶绿素和多酚（类黄酮）稍有变化，即可检测出植物的氮肥状况，及时快速进行氮肥管理。
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产地：法国 Force-A
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