phosphorus-based - Globe Thesis

Keyword [phosphorus-based] Result: 41 - 60 \| Page: 3 of 4
41.	Synthesis Of Two Dimensional Phosphorus-based Nanomaterials And Their Biological Activity Research
42.	Research On Preparation And Photocatalytic Properties Of Black Phosphorus-based Hybrid Materials
43.	Preparation Of Black Phosphorus-based Materials And Study On Their Electrocatalytic Properties For Ammonia Synthesis
44.	Phosphorus Based Functional Materials And Their Applications In Energy Conversion And Storage
45.	Investigation On Molybdenum-based And Phosphorus-based Anode Materials For Na-ion Batteries
46.	Preparation Of Black Phosphorus-based Composite Material And Its Electrocatalytic Performance Toward Oxygen Evolution
47.	Preparation And Application Of Phosphorous Copolymerized Flame Retardant Waterborne Polyurethane
48.	The Application Study Of Phosphorusbased Materials As Anode For Lithium-ion Batteries
49.	Study On Synthesis And Electrocheical Performance Of Phosphorus-Based Materials As Anode For Sodium Ion Batterries
50.	Synthesis And Electrocatalytic Hydrogen Evolution Performance Of Black Phosphorus-based Composites
51.	Cooling Scheme Of Black Phosphorus-Based Nanostructures Via Near-Field Radiative Heat Transfer
52.	Full-Spectrum Driven Antibacterial Coating Based On Phosphorus On Ti Alloy
53.	Study Of Novel Phosphorus-based Durability Flame Retardant For Cotton And Structure-activity Relationship
54.	Synthesis Of Phosphorus-based Porous Aromatic Frameworks And Their Catalytic Properties
55.	The Design Of Black Phosphorus Based Nanocomposites For Photocatalytic Water Splitting
56.	Study On Preparation And Modification Of Black Phosphorus And The Adsorption Performance For Dyes In Water
57.	Experimental Study On The Inhibition Of PCDD/Fs Formation By Phosphorus-based Inhibitors
58.	Study On The Performance Of Black Phosphorus-Based Catalyst In Photo/Electrocatalytic Nitrogen Fixation
59.	Controlled Synthesis Of Black-phosphorus-based Photocatalysts And Their Performance In Reduction Of CO₂
60.	Structural Design And Thermoelectric Properties Of New Black Phosphorus-based Materials
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