The developed photo-electric capillary probe technique has been used to mea- sure the spatial distribution of gas holdup in a stirred vessel.
改进后的光电毛细管探头法能成功地用于局部气含率的测定。
The three dimensional distribution of gas holdup in segment downcomer has been measured by using the capillary probe and the photoelectrical detect technique.
采用毛细管光电检测技术，测定了弓形降液管内气含率的三维分布。
DNA probe was immobilized in inner surface of a capillary to make a DNA capillary bioreactor (DNA-CBR).
在毛细管内表面将DNA探针固定化，制成荧光毛细生物反应器(DNA -CBR)。
The size distribution of bubbles can be precisely and fast measured by a capillary photoelectric probe with a computer.
采用毛细管光电技术并配置微机，可快速、准确的测量气泡的尺寸分布。
The size distribution of bubbles can be precisely and fast measured by a capillary photoelectric probe with a computer.
采用毛细管光电技术并配置微机，可快速、准确的测量气泡的尺寸分布。
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