FGC-2型14C植物光合速率测量装置

被引：5

作者：

冯春生

沈银保

杜志中

高金方

赵福林

赵述文

徐豹

机构：

[1] 吉林省农科院原子能利用研究所

[2] 吉林省农科院大豆研究所

来源：

核农学报 | 1987年 / 04期

关键词：

光合作用; 田间装置; 14C标记; 微型叶室;

D O I：

暂无

中图分类号：

学科分类号：

摘要：

FGC-2型14C植物光合速率测量装置,是对Shimshi装置的改进。文中叙述了改进装置的结构及使用方法。该装置轻便（重5kg）可携,适于田间、野外应用;二人配合每小时可标记40—50个样品;测量重复性好,使用安全,无放射性污染,为大批量测量植物光合速率提供了手段。

引用

页码：105 / 111

页数：7

共 7 条

[1]

Arapid field method for measuring photosynthesis with labelled carbon dioxide, J.Exp. Shimshi,D. The Botanical Journal . 1969

[2]

Photosynthesis, transpiration, leaf stomatal and mesophyll resistance measurements by the use of a ventilated diffusion porometer. Bravdo,BA. Physiologia Plantarum . 1972

[3]

Arapid method for the measurement of rates of photosynthesis using 14 CO2. Austin,R.B.and Longden,P.C. Annals of Botany . 1976

[4]

Arapid method for the measurement of rates of photosynthesis using 14 CO2. Austin,R.B.and Longden,P.C. Annals of Botany . 1976

[5]

Methods of measuring rates of photosynthesis using earbon-14 dioxide. Voznesenskü, V.L,Zalenskü, O.V.,Austin, R.B. Plant photosynthesis production, Mannal of methods . 1971

[6]

Evaluation of a dual-radioisotope instrument for measuring leaf conductance and photosynthesis. Ramos,C,Hoffman,GJ,Hall,AE. Agronomy Journal . 1982

[7]

Tritium and carbon-14 double porometer for simultaneous measurements of transpiration and Photosynthesis. Johnson,BB,Rowland,PG,Ting,IP. Photosynthetica . 1979

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