NDMA - Globe Thesis - Globe Thesis

Keyword [NDMA] Result: 1 - 20 \| Page: 1 of 2
1.	Study On The Biodegradation Of Two Nitro-Containing Compounds In The Water
2.	The Environmental Behavior Of Several Typical Organic Pollutants
3.	Study On Degradation Of Nitrosamine In Water By Zero - Valent Iron Composite Membrane
4.	Study On The Extraction And Purification Process Of Punicalin And The Procucts Activity
5.	Investigation Of The Effects Of Buffer Solutions On NDMA Formation
6.	Environment Process And Toxicological Effects Of The N-nitrosodimethylamine (NDMA)
7.	Removal And Destruction Of N-Nitrosodimethylamine (NDMA) From Water By Microporous Mineral Sorption Followed By Microwave-induced Degradation
8.	Removal Of NDMA And NDEA Using Nanoscale Zero-Valent Iron Supported On Granular Activated Carbon
9.	The Research Of Removal Of NDMA Precursors In Reused Wastewater By Coagulation And Adsorption
10.	Preparation Of Zero-valent Iron Composite Membrane And Catalytic Reduction Of Organic Pollutants
11.	Research On The Effect Of Natural Organic Matters On The Oxidation By Manganese Oxidants And Ozone And Their Transformation Mechanisms
12.	Study On The Effect Of Ammonia-releasing Compounds On Chloramine And NDMA Production
13.	Premilinary Study On The Formation Of NDMA By Henced Coagulation Using Composite Coagulant Treating Micro-polluted Raw Water
14.	Preliminary Study On The Formation Regulation Of NDMA From The Reaction Of PDMDAAC With Chloramine
15.	Study On The Reduction Of N-nitrosodimethylamine With Zero-valent Zinc In Water In The Presence Of Transition Metal Ions
16.	Occurrence And Health Risk Assessment Of Dimethylnitrosamine In Drinking Water In Parts Of The Yangtze River Basin,China
17.	Study On The Efficiency Of Coagulation To Remove Algae-derived Organic Matter And Disinfection By-product Precursors
18.	Cloud processing of organic compounds: Secondary organic aerosol and nitrosamine formation
19.	A tandem mass spectrometry investigation of the gas phase chemistry of N-nitrosamines
20.	Kinetics of NDMA (N-nitrosodimethylamine) oxidation by permanganate under a range of pH and temperature conditions
<<First <Prev Next> Last>> Jump to