Font Size: a A A
Keyword [EDTA]
Result: 1 - 20 | Page: 1 of 10
1. Removal Of Nitiric Oxide By Fe～Ⅱ(EDTA) Chelate Absorption Combined With Microbial Reduction
2. Effects Of Surfactants On Phytoaccumulation Of Heavy Metals From Soil
3. Absorption, Regeneration, Resource Reuse And Harmless Utilization Of Absorbent In Fe～ⅡEDTA Absorption Of Nitric Oxide In Flue Gas
4. Mechansisms Of Oxidative Browning Of Wine And Antioxidant Alternative To Sulfur Dioxide In Wine
5. The Study Of The Phytoremediation Of Pb At Different Nutrient Levels And EDTA, And Response To Pb Stress In Plants
6. Biological Removal Of Nitric Oxide By A Rotating Drum Biofilter And Microbiological Mechanism
7. Synthesis, Characterization And Formation Mechanism Of Mesoporous Molybdenum And Tungsten Oxides Based On Gemini Surfactants
8. Machanism And Process Analysis Of NO_x Removal From Simulated Flue Gas By Chemical Absorption-biological Reduction Integrated System
9. Synthesis And Characteristic Investigation Of Magnetoelectric Composites CoFe2O4-BaTiO3
10. The Role Of EDTA In Lead Accumulation By Maize And Mustard
11. Study On New Antioxidants In Red Wine
12. Study On Mass Tranfer And Kinetics Of Absorption Of NO Into Ferrous Chelate Aqueous Solution And Dissimilatory Reduction Of Fe～Ⅲ With Microorganisms
13. Synthesis And Characterization Of Peroviskite Structure And Multiferroic Materials Via EDTA-citrate Gel Process
14. Fraction Distributions And Analysis Of Bioavailabilities Of Heavy Metals In Three Contaminated Soils Before And After Extracted With EDTA Solution
15. Synthesis Of N-Substituted Azacrown Ethers And Studies Of Their Some Special Functions
16. Preparation Of RSF Fibers Using Self-dialysis Process And Their Structure And Properties
17. Experimental Studies On Treating Simulated Industrial Wastewater By Ultrafiltration And Nanofiltration
18. Formation And Mechanism Of Light-Induced Iron Oxides In The Presence Of EDTA
19. The Hydroxyl Iron Pole Supports The Bentonite The Preparation And To The EDTA-Cu Adsorption Characteristic Research
20. Chemical Absorption-biological Reduction Integrated Process On The Removal Of NO_x From Flue Gas
  <<First  <Prev  Next>  Last>>  Jump to