1.Results show that combination of reactivered F3B, yellow F3R, cyan FB is suitable for dark shade while reactivered F3B, yellow F3R, blue FBR for light shade.
4.The adsorption properties of anino-novolac resin for water-soluble dyes Acid OrangeⅡ,ReactiveRed R-3B,Reactive Black KN-B and Reactive Turquoise blue KN-G were investigated.
5.The adsorption model of Acid Orange Ⅱ(C. I. Acid Orange 7), Reactive Brilliant Red X- 3B(C. I. ReactiveRed 2) ,and Direct Bordeaux GB(C. I. Direct Red 13) dyeing modified ramie is Langmuir isothermal adsorption.
6.Results showed that the decolorization rate of the wastewater with single dye-containing(reactivered,dispersive red,vat red,0.1 mol/L,pH:10~12) was more than 90% at a decolorizing material dosage of 5g/L after 10min static treatment.
7.(4) the degradation of reactive brilliant red X-3B follows pseudo-first order kinetics and efficiency of MWL is better than mercury lamp. Synergistic effects in degradation of reactive brilliant red X-3B exist in the processes combined MWL and ozone.
8.A new yeast isolate, capable of degrading Reactive Brilliant Red K-2BP, was obtained from the soil by screening experiments, and it was identified as Candida krusei.
9.The photocatalytic activities of the POMs/ZrOi composite fihns were tested via degradation of aqueous Reactive Brilliant Red K-2G (K-2G) under visible light irradiation.
10.The adsorption properties of nanotube titanic acid, TiO_2(A) and P_25TiO_2 to reactive brilliant red X-3B in aqueous solution were studied in the dark.
