FANG Chong-bo, GONG Yan-bo. Improvement of the determination of ephedrine in compound furacilin nasal drops by spectrophotometric method[J]. Chinese Journal of Modern Applied Pharmacy, 2003, (2): 153-154.
Citation:
FANG Chong-bo, GONG Yan-bo. Improvement of the determination of ephedrine in compound furacilin nasal drops by spectrophotometric method[J]. Chinese Journal of Modern Applied Pharmacy, 2003, (2): 153-154.
FANG Chong-bo, GONG Yan-bo. Improvement of the determination of ephedrine in compound furacilin nasal drops by spectrophotometric method[J]. Chinese Journal of Modern Applied Pharmacy, 2003, (2): 153-154.
Citation:
FANG Chong-bo, GONG Yan-bo. Improvement of the determination of ephedrine in compound furacilin nasal drops by spectrophotometric method[J]. Chinese Journal of Modern Applied Pharmacy, 2003, (2): 153-154.
Improvement of the determination of ephedrine in compound furacilin nasal drops by spectrophotometric method
der alkaline condition, ephedrine and cupric sulfate chelated to form a blue purple compound, which a maximum absorption at 601.8nm wavelength, and no disturbance peak at this area.RESULTS Absorbance and concentration have a fine linear correlation in t