Structure and Design Flow Injection Synthesis  Method of Co–precipitation Forming  Magnetic Materials Process

Edie Sasito; Bambang Soegijono; Azwar Manaf

Volume : III, Issue : IX, September - 2013

Structure and Design Flow Injection Synthesis Method of Co–precipitation Forming Magnetic Materials Process

Edie Sasito, Bambang Soegijono, Azwar Manaf

Abstract :

: The Flow Injection Synthesis is the process has high reproducibility in volume and residence time, which is easy to do but still have a susceptibility to temperature and pH of the reaction co–precipitation process of forming magnetic materials. The second of the parameters be a reference for determining the processing of data, whether it is isothermal or non–isothermal, both have advantages and disadvantages. Isothermal process refers to the Avrami method, while the non–isothermal process has many choices of the methods such as ;Avrami–Ozawa, Kissinger, Matusita , Mahadevan, and etc.The FIS–apparatus is adapted to support the process. The isothermal process requires a reactor that can sustain of process temperatures, while the non–isothermal adiabatic nature should be able to maintain. The Piping system of fluid flow and using of the dosing pump or peristaltic pump following a pump electronic control circuit for use is an absolute terms. Using of data logger which use SD card will provide easier data processing. Know–how the FIS will base at know–how reaction process.