超疏水沟槽表面通气减阻实验研究 1)
冯家兴*,胡海豹*2)(
),卢丙举†,秦丽萍†,张梦卓*,杜鹏*,黄潇*
),卢丙举†,秦丽萍†,张梦卓*,杜鹏*,黄潇*
EXPERIMENTAL STUDY ON DRAG REDUCTION CHARACTERISTICS OF SUPERHYDROPHOBIC GROOVE SURFACES WITH VENTILATION 1)
Feng Jiaxing*,Hu Haibao*2)(),Lu Bingju†,Qin Liping†,Zhang Mengzhuo*,Du Peng*,Huang Xiao*
),Lu Bingju†,Qin Liping†,Zhang Mengzhuo*,Du Peng*,Huang Xiao*
图 5. 通气时超疏水和超疏水沟槽表面减阻对比(线条为趋势线) (续)
Fig. 5. Comparison of drag reduction rate between superhydrophobic and superhydrophobic groove surface under ventilation state(Lines are trend lines) (continued)
