・Reaction vessel for three-neck flask (image left) ・Temperature data logging software (image right) ・Microwave leak detector ・Wave-guide for continuous reaction use ・Magnetic stirrer
Oscillation frequency | 2450MHz +/- 30MHz | Output power range | 30 – 300W | Input | AC100V | Reaction vessel | Glass test-tube (18f x 180 [mm]) | Dimensions | 550 (W) x 496 (D) x 320 (H) [mm] | Weight | 20kg approx | Cooling method | Forced air (excluding protruding parts) |
[fig 3] shows the warming curves for deionised water, dimethyl acetamide and ethylene glycol. Microwave power was set to 300W, and temperature limit was set at or near the respective boiling point. 10cc of solvent in a glass test-tube was used.
[fig. 4] shows the temperature control during temperature limit set for dimethyl acetamide. Microwave power was set at 300W, temperature limit was set at 150 degrees C, and 10cc of solvent in a glass test-tube was used. Temperature was recorded at 5 second intervals for 300 seconds. Solvent temperature was controlled within a range of 150 to 155 degrees C. (Microwave-type organic chemical reaction experiment apparatus) The most advanced organic chemical reaction experiment apparatus – Green Motif II | High power, high speed heating, high grade model. | 1 | Faster organic chemical reactions with up to 500W microwave irradiation | 2 | Efficiency increased by using short plunger, recycling the reflected microwave power that passes through the reactor area | 3 | AC100V required | 4 | Compact design, despite the higher power | 5 | Operationality improved by introduction of touch panel | 6 | Connected to a PC, in addition to temperature and microwave output monitoring, setting of microwave power, temperature and reaction times possible from PC |
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・Waveguide for three-neck flask (not compatible with Green Motif Ib) ・Data logging software (temperature/output data) ・Magnetic stirrer (compatible with Green Motif Ib) ・Simplified microwave leakage detector (compatible with Green Motif Ib)
Oscillation frequency | 2450MHz +/- 30MHz | Output power range | 50 – 500W | Input | AC100V | Reaction vessel | Glass test-tube (18f x 180 [mm]) | Dimensions | 500 (W) x 410 (D) x 700 (H) [mm] | Weight | 20kg approx | Cooling method | Forced air |
● Osaka University, Postgraduate Engineering Research Department ● Shinshu University, Textile Department, Precision Instrument Engineering Department ● Nara University of Education, Education Department, Chemistry Room ● Ehime University, Engineering Department, Applied Chemistry dept. | Product site: http://www.green-motif.jp/index.html |
2006.07.07
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