1.has been used the Scientific Grade CCD Camera . Driving schedules of IL- E2 TDI- CCD sensor has been examined in detail ,the driving schedule generator has been designed for Sci- entific Grade CCD Camera.
2.A fluidic flow sensor with a measuring range from 0.55 m/s to 6.5 m/s for gas medium and an accuracy grade higher than grade 2 is finally developed. Hence effective methods of structural improvement and optimum design for fluidic flowmeter are provided.
