AN INVESTIGATION AND DESIGN METHOD OF A FLUIDIC GAS-TO-LIQUIDINTERFACE AMPLIFIER WITH NON-LINE AR CHARACTERISTICSTO BE SET ARBITRARILY

This Paper offers a principle of a non-linear fluidic gas-to-liquid amplifier which has a special structure splitter, i. e. , the profile of splitter utilizes a three-dimensional curve. The pattern of its G~P characteristic breaks through the limit of the conventional linear amplifier and could be arbitrarily scheduled to fit in with a desired function.