Professor Dr. Essam Mohamed Ali Shaker Al-Hashimi
Professor Dr. Nagham Shaker Turki Al-Awadi
The patent is designed to measure sour 0-180 ° by irradiation with white snowy light source continued for four adjacent sites to give room for sensor, as well as to represent the response based on the growing and shrinking of the successive sequence through the irradiation of length 40 mm (distance the departure section) is the length of the flow cell measurement and irradiation in path length 2 mm only. As well as measuring the scattering of light from the surfaces of solid particles generated by a chemical reaction, for example colloidal sediment or crystal or whatever the source of impurity growth at an angle of 90 ° for spotlight and no means of measuring the hash of the two (right and left) for beam spotlight. There is the possibility to measure sour (attenuation of spotlight) as well as hash and signed both by 90 ° at the same time for the same sample, in addition to measurement of signal difference from energy transducer, whether positive or negative. The innovative system is characterized with the possibility of determining if the causal or the falling causative blocking light in any quality..