1) leaf relative water content
叶片相对含水率
2) leaf relative water content
叶片相对含水量
1.
Diurnal variation of water potential,leaf relative water content,water saturated deficit,water-holding capacity and water use efficiency of Salix psammophila seedlings from 5 provenances were studied with water stress in the greenhouse.
通过人工模拟方式对5个种源沙柳苗木进行干旱胁迫处理,研究干旱处理不同阶段苗木小枝水势日变化、叶片相对含水量、水分饱和亏缺、保水力及水分利用效率。
4) leaf water potential and relative water content
叶水势和叶片相对含水量
1.
In view of root length density reflecting the most active part of root system in soil, the relationship between root length density and net assimilation rate, above ground biomass, leaf water potential and relative water content, stomotal resistance and transpiration rate were studied in this experiment.
鉴于根长密度反映了土壤中根系最活跃的部分［５］，是研究植物根系吸收水分和养分的最优参数之一［６］，本文用之研究了它与地上部生物量、净同化速率、叶水势和叶片相对含水量、气孔阻力和蒸腾速率的关系。
5) leaf electrolyte leakage
叶片相对电渗率
1.
Experiment was carried out to determine the leaf electrolyte leakage, photosynthesis speed and chlorophyll content of carambola with different ploids, the results showed that triploid carambola had more strong chilling resistance than carambola with tetraploid and diploid, and there was no different in heat tolerance between tetraploid and diploid carambola.
通过对2x、3x、4x杨桃的叶片相对电渗率、光合作用速率、叶绿素含量的测定表明,3x杨桃的抗寒性显著强于4x和2x杨桃,而2x、4x杨桃的耐热性较强且差异不大;2x杨桃光合作用速率最低,其次为3x杨桃,4x杨桃相对最高;3x杨桃的叶绿素含量最高,2x杨桃的含量最低。
6) relative error of water cut
含水率相对误差
补充资料：含水率
见回潮率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条