1) water-controlled partial wetting irrigation
局部控制地下浸润灌溉
1.
Effect of water-controlled partial wetting irrigation on the growth and water use efficiency of leaf lettuce;
局部控制地下浸润灌溉对叶用莴苣生长及水分利用效率的影响
2) Subirrigation
[英][sʌb'irigeiʃən] [美][sʌb'ɪrəgeʃən]
浸润灌溉
1.
Root-Water-Uptake Rate and Root Length Density Distributions of Winter Wheat at Seedling Stage under Subirrigation;
浸润灌溉条件下苗期冬小麦根系吸水速率与根长密度分布
3) Localized Irrigation
局部灌溉
1.
Study on Water-Saving Mechanisms of Different Localized Irrigation Techniques in Maize;
玉米不同局部灌溉技术的节水机理研究
2.
A localized irrigation experiment with traveling pipe was designed to study the effects of survival, diameter and length of fresh treetop of four psammophytics on interval of two irrigations and irrigations times.
对4种沙丘定植沙生植物在移动式局部灌溉条件下的灌水间隔、灌水次数对植被的成活率、新稍直径、新稍长度等的影响进行了试验研究。
4) underground irrigation
地下灌溉
1.
Study on sands experiment of a new type of underground irrigation douche;
新型地下灌溉灌水器的沙地试验研究
2.
The feasibility and mechanism analysis of a penetrable pipe for soil base in the field used to irrigate and drain was disccued by mpns of the analyais of present underground irrigation systems.
通过对现有地下灌溉系统的分析，论述了田间地下土基透水管灌溉、排水兼用的可行性及机理分析。
3.
By way of developing the research of sands underground irrigation experiment,it was discovered that diminishing the unit time existing discharge,extending the efficacious i.
在沙地开展的地下灌溉试验表明,减小灌水器的单位时间出流量,延长有效灌溉时间,并在灌水器下方铺设35 cm×35 cm塑料薄膜,可使该微润灌水器适合在沙地应用。
5) subsurface irrigation
地下灌溉
1.
In the paper,the furrow irrigation,drop irrigation and subsurface irrigation is adopted to test the relationship between the different irrigation treatments,water consumption and crops growth.
为了分析不同灌溉方式的节水效果和对植物生长发育的影响,通过对大棚西红柿进行沟灌、滴灌和地下灌溉3种灌溉方式的试验,分析不同灌溉方式、灌水量、注射深度对大棚西红柿茎粗、根系活力、产量和西红柿品质的影响。
6) controlled irrigation
控制灌溉
1.
Experimental study on evapotranspiration and crop coefficient of rice under controlled irrigation;
控制灌溉条件下水稻蒸发蒸腾量及作物系数试验研究
2.
Experimental study on leaf water use efficiency of paddy rice under controlled irrigation;
控制灌溉水稻叶片水平的水分利用效率试验研究
3.
Experiment and Mathematical Model of Rice Photosynthesis under Controlled Irrigation;
控制灌溉条件下水稻光合特性试验研究
补充资料：局部控制
分子式：
CAS号：
性质： 又称区组。是费歇尔(R. A. Fisher)提出的试验设计应遵循的三个基本原则之一，按照某一标准将试验对象加以分组，所分的组称为区组。在区组内试验条件比较一致或相似，试验的精度较高，区组之间的差异较大，这种将被比较的水平设置在差异较小的区组内以减少试验误差的原则，称为局部控制。
CAS号：
性质： 又称区组。是费歇尔(R. A. Fisher)提出的试验设计应遵循的三个基本原则之一，按照某一标准将试验对象加以分组，所分的组称为区组。在区组内试验条件比较一致或相似，试验的精度较高，区组之间的差异较大，这种将被比较的水平设置在差异较小的区组内以减少试验误差的原则，称为局部控制。
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