Titlebook: Dynamic Fluidic Sprinkler and Intelligent Sprinkler Irrigation Technologies; Xingye Zhu,Alexander Fordjour,Shouqi Yuan Book 2023 The Edito

擴(kuò)音器

Chengqing Yin,Baoqing Shan,Zhanpo Mao fluidic sprinkler. The Dynamic fluidic sprinkler was tested using different nozzle sizes of 5 and 6?mm. It was found that the effect of riser height had a significant effect on application rate and uniformity.

鞠躬

Frank Rijsberman,Sanjini de Silvamade. The results showed that the discharge coefficient of the DFS and D3000 was slightly larger than that of the CFS. The water distribution profiles of the DFS, D3000, and CFS were parabola-shaped, ellipse-shaped, and doughnut-shaped, respectively. It was observed that CFS had the largest radius o

Accomplish

Frank Rijsberman,Sanjini de Silvanozzle size and pressure. Droplet size data from 4, 5, 6, and 7?mm nozzle sizes verified the model. Data for model prediction were generated throughout lab experiments. The results demonstrated that the correlation between the observed and predicted droplet size diameter values for all the nozzle si

信徒

Legion

Dynamic Fluidic Sprinkler and Intelligent Sprinkler Irrigation Technologies978-981-19-8319-1Series ISSN 2731-3476 Series E-ISSN 2731-3484

易怒

Rustproof

Chengqing Yin,Baoqing Shan,Zhanpo Maoe conditions. This study presents the orthogonal test of the newly designed dynamic fluidic sprinkler with different types of nozzles at different operating pressures. The following conclusions were made: These experiments confirmed the optimal values of the dynamic fluidic sprinkler structural parameters.

不成比例

切碎

cajole