| 摘要 |
The present invention relates to a fluidic separation device comprising: at least one microchannel ( 2; 66 ) extending along a longitudinal axis (X), the microchannel having a cross-section that presents a width measured along a first transverse axis (Y) and a thickness measured along a second transverse axis (Z) perpendicular to the first, the width being greater than the thickness, the microchannel including, along the second transverse axis, bottom and top walls ( 3 and 4 ); at least first, second, and third inlets ( 7, 8, and 9 ) in fluidic communication with the microchannel ( 2 ), the second inlet ( 8 ) being disposed on the second transverse axis (Z) between the first and third inlets ( 7 and 9 ); and at least first and third transverse separation walls ( 10 and 11 ) respectively separating the first and second inlets and the second and third inlets, the first and second separation walls ( 10; 11 ) being arranged in such a manner that the second inlet ( 8 ) is separated from each of said bottom and top walls ( 3 and 4 ) by a non-zero distance measured along the second transverse axis (Z), the second inlet ( 8 ) being, in particular, adjacent to at least one of the separation walls.
|
