A study of bioethanol fuel characteristics in the combustion chamber of gasoline engine using magnetization technology

Bioethanol is a renewable energy that can replace gasoline, which will run out in the future. This study investigates influence of magnetization bioethanol fuel on combustion temperature chamber gasoline motor. The used with composition E0 (pure gasoline), E10 (10 % bioethanol+90 E20 (20 bioethanol+80 E30 (30 bioethanol+70 E40 (40 bioethanol+60 gasoline). passed through magnet magnetic variation 647.15 Gauss, 847.25 1419.57 Gauss. sensor K-type thermocouple. was inserted to measure temperature. thermocouple data were recorded Microsoft Excel computer using LabVIEW program via NI-USB 9213 interface. 400 data/second. results obtained without exposure field, lowest peak 577.1998 °C at and highest 582.1786 E0. higher content, lower low viscosity. increasing field strength increase temperature; hence burned quickly process more perfect. result exposure, 577.8347 E40. 587.36 use mixture so molecules move freely easily mixed oxygen. As burned, becomes complete