Inventors: Prof. Dr. Essam Mohammed Ali Shaker, Prof. Dr. Nagham Shaker Turki Al-Awadi/Department of Chemistry, College of Science, University of Baghdad
Abstract
The possibility of retarding the differential immigration (movement) by the effect of a magnate field for precipitated particulate resulted from precipitation reaction. The precipitate should be under the circumstance of containing a material that is effected by the magnetic field which will cause the retardation of precipitate containing the ion that will be effected by the magnetic field and thin will used for new innovative work. The addition of two kinds of ions that effected by magnetic field and not affected by the magnetic field and here it can be regarded as an innovative for the separation between the precipitated ions or so, sometimes its preferred to use stop – go mode for complete insurance the effect of the magnetic field on precipitated particle.
The main idea in this request is to embrace a flow cell of 2mm IQ and 4mm OQ of 60 mm length made of brass .The brass block in drilled to equip a six – white snow LED of λmax 500 nm for each covered on 0-180° by two solar cell of an output 2500 mV for each ( no electronic amplified is required as the output in quite enough for such work ) . The brass incubator is embraced between two ( 2×2 ) half arch Neodymium magnet ( kind that available in microwave ovens. The magnetic field exert an magnetic field causing the effect an precipitated granules particulate (most probably if they were charged ) slow rate also a major effect of showing the magnetic field effect on moving particulate thus initiating a different peak profile . A complete mathematic expression of all variables were conducted . Also a detailed of growth came up to tm followed by a decay curve . A detailed follow up using a simulated flow cell of 4 mm IQ of 800 mm length . Complete photographic follow up were made and present in text of the request .Also a full representation of hypothetical sample segment plug were shown photographically measurement shown a trustable with excellent repeatable and reproducible response for a selected reaction pattern.