1) minitype lysimeter
小型蒸散仪
2) mini-lysimeter
小型蒸渗仪
1.
The daytime evapotranspiration(E) was measured using the eddy covariance(EC) technique,the mini-lysimeter method,and the Bowen ratio-energy balance(BREB) method,in an alpine meadow ecosystem on the Qinghai-Tibetan plateau during the growing season of 2005 and 2006(Jul.
利用涡度相关技术(Eddy covariance technique)、小型蒸渗仪(Mini-lysimeter)和波文比-能量平衡法(BREB)对2005年和2006年夏季(7~8月份)青藏高原海北高寒草甸生态系统的昼间蒸散(E)变化进行了对比观测研究。
2.
,and Sedum spectabile Boreau,was studied by mini-lysimeter under controlled condition in 2006 at National Precision Agriculture Research Station,Xiaotangshan,Beijing.
为指导节水灌溉,2006年在北京市小汤山镇国家精准农业研究示范基地利用小型蒸渗仪研究了石竹、萱草、鸢尾、八宝景天4种宿根花卉人工控制条件下的蒸散规律。
3) non-evaporable
非蒸散型
1.
The recent applications and their absorption mechanisms of both evaporable and non-evaporable getter are also discussed.
简要阐述了吸气材料的重要性及发展现状,并从获得吸气材料活性表面的两种不同方式,综述了蒸散型吸气剂和非蒸散型吸气剂的吸气理论和应用研究情况,并着重介绍了新型钛基非蒸散型吸气剂的发展现状和应用前景。
4) mini-distillation
小型蒸馏
1.
Samples were digested in Carius tube and Os was separated using mini-distillation and purified with micro-distillation method.
化学流程包括Carius管溶样,小型蒸馏分离Os,微蒸馏纯化Os,阴离子交换法分离、纯化Re。
5) Micro-Lysimeter
微型蒸渗仪
1.
A Micro-Lysimeter based experiment was conducted to determine daily soil evaporation(Es) in the artificial grassland of Hunshandake sandy terrain in crop growing season of 2005,followed by the identification and analysis of the main factors affecting Es.
应用自制的微型蒸渗仪(Micro-Lysimeter)测定了2005年浑善达克沙地人工牧草区的日棵间土壤蒸发量。
2.
The experiment based on Micro-Lysimeter combining with Lysimeter and TDR aims to determine the evaporation in Artemisia ordosica and Caragana korshinskii re-vegetated desert area during growth season of 2003 and in bare desert.
在2003年生长季,应用自制的微型蒸渗仪(Micro Lysimeter)、大型称重式蒸渗仪(Lysimeter)和TDR对比测定沙漠油蒿(Artemisia ordosica)和柠条(Caragana korshinskii)人工植被区与裸沙土壤蒸发,结果表明:在沙漠人工植被区由于植被比较稀疏,土壤蒸发不受植株的遮阴的影响,但不同样地的蒸发量是有差异的,而样地和位置间的互作不显著。
6) mini-lysimeter
微型蒸渗仪
1.
Soil water balance and sap flow plus mini-lysimeter methods were used to measure evapotranspiration and its components within an uneven-sized apple orchard for 2 years.
采用热脉冲技术 -微型蒸渗仪和水量平衡原理 ,测定和计算了树体大小不均匀的苹果树蒸发蒸腾及其组成 ,利用冠层分析仪测定了叶面积指数动态变化。
补充资料：蒸散(见蒸发和蒸散量)
蒸散(见蒸发和蒸散量)
zhengsan蒸散见蒸发、燕散，。
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