1) The transpiration of detached leaves
离体叶片的蒸腾
2) leave transpiration
叶片蒸腾
1.
Study on the stomatal behavior,leave transpiration and photosynthetic ability in Glycyrrhiza uralensis seedlings in vitro during acclimatization;
甘草试管苗炼苗过程中气孔行为、叶片蒸腾及光合能力的研究(英文)
3) Leaf blade transpiration quantiity
叶片蒸腾量
4) leaf transpiration
叶面蒸腾
1.
Based on field test,the article studied the ecological water demand of Zanthoxylum forest land quantificationally in typical karst valley area,analyzed the relationship between leaf transpiration and soil evaporation,expounded the general rule of ecology water demand.
以实地定点观测为基础,对贵州省典型喀斯特峡谷区花椒林地的生态需水进行了定量研究,分析了叶面蒸腾T与土面蒸发E作用的相互关系及蒸腾作用的分摊系数α,阐述了生态需水的一般规律。
2.
Based on the measured net radiation data above the canopy and on the soil surface under the crop canopy in winter wheat and summer corn field, a calculation model of the ratio between crop leaf transpiration and soil evaporation from farmland has been established in this paper.
依据在冬小麦和玉米冠层表面及冠层内部下方土壤表面的净辐射观测资料,建立了一个能较准确地反映叶面蒸腾与棵间土壤蒸发分摊系数物理变化规律的较实用的计算模式,结果表明,分摊系数(a)随叶面积指数(LAI)增加而增加,且具有明显的日变化,a在中午最小、早、晚稍大,这种日变化受叶气孔调节的影响。
5) Leaves in vitro
离体叶片
1.
The establishment of a highly efficient regeneration system from leaves in vitro of apple dwarf stock P_(59);
苹果矮化砧木P_(59)离体叶片高效再生体系的建立
2.
According to study the inside and outside factors that affect the regeneration of leaves in vitro, if was found the best combination that can produces the best regeneration.
对罗 6和珠美海棠离体叶片再生条件进行研究 ,结果表明罗 6在BA6 。
3.
Inoculation method of gummy stem blight(GSB) of melon was studied,using leaves in vitro of cultivar \'Baipicui\' susceptible to GSB and PI 140471 resistant to GSB.
以感病品系"白皮脆"和抗源"PI 140471"的离体叶片为试验材料,初步研究甜瓜蔓枯病离体接种方法。
6) detached leaves
离体叶片
1.
Retardation of Senescence in Detached Leaves of Syringa oblata by Nickel Treatment;
镍对紫丁香离体叶片衰老的延缓作用
补充资料：筒体开启式叶片过滤机
分子式：
CAS号：
性质：在水平放置的压力容器中，装有圆形叶片。叶片与简体轴线呈垂直排列。简体分成两半，作成水平剖分。叶片悬挂在壳体上半部，每个叶片有阀门与外部总管相连。滤液通过阀门从总管排出。壳体上部装有窥孔，用以观察每个叶片的流动状况。壳体下半部向下翻转后，用反吹空气卸除滤渣。如湿式卸渣在每个叶片之间装置能纵向移动和摆动120°的喷嘴，从其中喷射高速水蒸气以清除滤饼。过滤面积为0.93～97m2。
CAS号：
性质：在水平放置的压力容器中，装有圆形叶片。叶片与简体轴线呈垂直排列。简体分成两半，作成水平剖分。叶片悬挂在壳体上半部，每个叶片有阀门与外部总管相连。滤液通过阀门从总管排出。壳体上部装有窥孔，用以观察每个叶片的流动状况。壳体下半部向下翻转后，用反吹空气卸除滤渣。如湿式卸渣在每个叶片之间装置能纵向移动和摆动120°的喷嘴，从其中喷射高速水蒸气以清除滤饼。过滤面积为0.93～97m2。
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