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Keyword [phosphorus iron]
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21. High Phosphorus Iron Ore Smelting Reduction Process Component Activity Of P And Behavior
22. Kinetic Research For Reduction Of High Phosphorus Iron Ore Based On Thermal Analysis And Time Series Analysis
23. Processes And Mechnisems Of Phopshorus Transform And Transport In The Sediments Of Aquatic Zones Around The Huainan Panxie Coal Mine Subsidence Areas
24. Study On Dephosphorization Process Of High Phosphorus Iron
25. Study On Slag Performance Of High Efficiency Phosphorus Deposits In Huimin High Phosphorus Iron Mine
26. Study Of Adding Waste Plastics In Carbon Bearing Briquettes Of High Phosphorus Iron Ore By Direct Reduction And Magnetic Separation
27. Study On Sintering Characteristics Of High Phosphate Rock And Mechanism Of Dephosphorization By Gasification
28. Fundamental Research On Iron And Phosphorus Separation Of High-phosphorus Iron Ore By Direct Reduction
29. Basic Research On HIsmelt Ironmaking Process
30. Study On Dephosphorization Of High-phosphorus Iron Ore By Oxygen-rich Top-blowing Smelting Reduction Ironmakin
31. Optimization Of Phosphorus Removal Process Of High Phosphorus Iron
32. Study Electrochemical Sensors For The Detection Of Organophosphorus Pesticides
33. Study On The Geochemical Behavior Of Phosphorus,Iron And Sulfur At The Sediment-water Interface And The Exchange Flux Of Phosphorus In Silty Tidal Flat Of Estuary
34. The Technology Of Microwave Digestion Phosphorus Iron And The Study On Crystallization Mechanism Of Iron Phosphate
35. Study On Mechanism Of Dephosphorization Of High Phosphorus Iron Ore Pellet
36. Migration And Transformation Of Different Phosphorus Forms In Typical Eutrophic Lake Sediments
37. Phosphorus and iron loading to Lake Ontario from waste water treatment plants in Hamilton and Toronto (Ontario)
38. Effects of water level fluctuations on phosphorus, iron, sulfur, and nitrogen cycling in shallow freshwater ecosystems
39. PHOSPHORUS, IRON, AND CARBON CYCLING IN A SALT STRATIFIED COASTAL POND (MEROMICTIC, LIMITATION, BACTERIAL AUTOTROPHY)
40. Response Characteristics Of Sediment Phosphorus Conversion To Iron And Nitrogen Mediation Under Anoxic Conditions
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