1) simulated rainfall
人工模拟降水
1.
Sediment and yield runoff with simulated rainfall on a barren slope;
野外人工模拟降水条件下荒草坡产流产沙试验
2) artificial rainfall simulation
人工模拟降雨
1.
Research and development of the auto-control system for artificial rainfall simulation;
人工模拟降雨自动控制系统的研制
3) artificial simulation of rainfall
人工模拟降雨
1.
According to the artificial simulation of rainfall experiment on different vegetation patterns slope face,this paper studied the effects of vegetation patterns to infiltration,runoff and sediment production.
利用人工模拟降雨试验,在不同植被格局的坡面上,研究了坡面不同植被格局对入渗、产流产沙的影响,结果表明:在小雨强下,不同植被格局的稳渗率大小差别较大;随着雨强的增大,不同植被格局的稳渗率差别逐渐减小。
2.
The characteristics of rainfall simulator devices and sediment and yield runoff on farmlands were studied by adopting artificial simulation of rainfall in the semi-arid area of Dingxi,Gansu province.
采用人工模拟降雨的方法,对仪器自身性能进行了测试,并分设5种不同的降雨强度分别研究半干旱区林地、草地、人工草地和耕地的产流产沙特征。
4) artifiical simulation rainfall
人工降雨模拟
5) rainfall simulation
人工模拟降雨
1.
In field conditions, rainfall simulation experiments were conducted to study the influence of slope, rainfall and tillage on infiltration in sloping farmland of purple soil.
在田间条件下,利用人工模拟降雨研究了坡度、降雨、耕作方式对紫色土坡耕地入渗过程的影响。
6) Simulated rainfall
人工模拟降雨
1.
On the basis of field investigation, slope runoff plot observation and simulated rainfall experiment, this paper studies wheat stubble and straw effects on surface flow and sediment in the slope wheat land, which will contribute to selecting optimum farming method in the loess plateau.
通过人工模拟降雨 ,研究小麦休闲期坡耕地采取不同耕作措施的产流产沙规律 ,减流减沙机理 ,并辅以调查充实 ,从而为选取最佳水土保持耕作措施提供依据。
2.
The vegetation cover and management factor C of soil were studied under different land use pattern with simulated rainfall in low hill red soil area, and the sustainability of the different land use methods using the factor C value was assessed.
用人工模拟降雨仪研究低丘红壤区不同土地利用方式下植被覆盖与管理因子Ｃ值，并应用Ｃ值对土地利用方式的可持续性进行分析评价。
3.
13 simulated rainfall experiments with different rainfall intensities and durations are completed in a 5 m×10 m experimental plot in mountainous area of North China.
人工模拟降雨是研究坡地产流规律的一种有效手段。
补充资料：人工降水
| 人工降水 rain making 运用云和降水物理学原理，通过向云中撒播催化剂（盐粉、干冰或碘化银等），使云滴或冰晶增大到一定程度，降落到地面，形成降水。又称人工增加降水。其原理是通过撒播催化剂，影响云的微物理过程，使在一定条件下本来不能自然降水的云，受激发而产生降水；也可使本来能自然降水的云，提高降水效率，增加降水量。撒播催化剂的方法有飞机在云中撒播、高射炮或火箭将碘化银炮弹射入云中爆炸和地面燃烧碘化银焰剂等。 由于自然降水过程和人工催化过程中的很多基本问题仍不很清楚，人工降水的理论和技术方法还处于探索和试验研究阶段。世界上先后约有80个国家和地区开展了这项试验 ，其中美国、澳大利亚、前苏联和中国等国的试验规模较大 。中国一些经常发生干旱的省、区都开展了这项试验，其中有许多成功的例子。这对于增加降水，缓解干旱的威胁，起到了积极的作用。 |
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