diffusive gradients in thin-films - Globe Thesis

Keyword [diffusive gradients in thin-films] Result: 21 - 40 \| Page: 2 of 4
21.	Development Of A New Diffusive Gradients In Thin-films （DGT） Technique For Selectively Measuring Cr^Ⅵ In Waters And Soils
22.	Predicting Bioavailability Of Copper And Cadmium By Diffusive Gradient In Thin Film Technique With Water-soluble Polymer As Binding Agents
23.	Toxicity Of Pharmaceutical Wastewater And Chemical Mixtures On Aquatic Organisms
24.	The Measurement Of Phenols And Study Of Dead Time In The Film Diffusion Gradient Technique
25.	Measurement Of Phosphorus In Situ By DGT Devices With New Binding Phases
26.	The Diffusive Gradients In Thin Films Technique (DGT) For Researching The Determination Of The Active States Of Heavy Metals In Soils
27.	Development And Application Of The Analytical Method For Psychoactive Substances In The Aquatic Environment
28.	Synthesis Of Europium-based Fluorescent Probes For The Detection Of Phosphate In Waters
29.	Preparation Of Novel Adsorbents And Their Application In DGT Technology
30.	DGT With New Binding Phase And Its Application For Phosphorus Determination In Eutrophic Water
31.	Preparation Of Polydopamine/Graphene Imprinted Polymer For Adsorption Removal And DGT Analysis Of Fluoroquinolones
32.	Development And Application Of DGT Passive Sampling Technique For Measuring Trace Organic Contaminant In Seawaters
33.	Research Of A Method Based On Diffusive Gradients In Thin Films (DGT) For Extracting And Analyzing Heavy Metals Availability In Soil
34.	DGT Assessing Effects Of Heavy Metal Cadmium Passivation On Soil
35.	Development Of A New Diffusive Gradients In Thin-films(DGT) Technique For Studying Bisphenols In Water And Soil
36.	Study On Bioavailability, Ecological Risk And Toxicity Of Heavy Metals In Sediment Of Marine Aquaculture Areas
37.	Mitigating Organic Fouling Of Forward Osmosis Membrane Via Directly Extracting Calcium From The Deposited Foulants On Membrane Surface
38.	Distribution Characteristics And Bioavailability Of Mercury Based On Diffusive Gradients In Thin Films Technique In Water Of Nansi Lake
39.	Adsorption Of Mo(?) By Mesoporous Silica Nanospheres And Its Application In DGT Technology
40.	Quantitative Collection Of Nitrophenol Compounds In Aquatic Environment By Thin Film Diffusion Gradient Technology
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