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Keyword [layered double hydroxides (LDHs)]
Result: 21 - 40 | Page: 2 of 6
21. Azo-Dye Intercalated Ldhs With Supramolecular Structures
22. Studies On Designing, Assembling And Structures Of Rare Earths Functional Materials With Supramolecular Structures
23. The Synthesis, Characterizion And Release Properties Of Biology Pillared LDHs
24. Study On The Preparation And Catalysis Of Layered Double Hydroxide Films
25. Preparation And Catalytic Performance Of Noble Metal-doped Cu-based Composite Metal Oxides
26. Sythesis And Properties Of Benzene Carboxylic Acid-Intercalaed UV Absorbing Materials With Supramolecular Structure
27. Preparation Of Nanofibers And PLA/LDHs Composite Fibers By Electrospinning Method
28. Studies On Synthesis And Wettability Of Layered Double Hydroxides Films
29. Investigations On Synthesis And Structure-Properties Of Mixed Oxides And Its KF-Supported Solid Base Catalysts From Layered Double Hydroxides
30. Preparation And Properties Of Porous Metal Composite Oxide Films
31. Synthesis And Characterization Of Azo-Dye (Congo Red) Intercalated Layered Doubled Hydroxides
32. Preparation And Property Research On Super Molecular Structure Of Organic UV Absorbent Intercalated LDHs With Naphthalene Sulfonic Acid
33. Synthesis And Properties Of ZnO/mixed Mg-Al Oxides As A Strongly Adsorptive Photocatalyst
34. Study On Polypropylene/Intercalated LDHs Nanocomposites
35. Studies On The Fabrication And Application Of Oriented Mixed Metal Oxide Films Derived From Layered Double Hydroxides
36. Studies On The Reaction Of L-Cysteine In A Confined Matrix Of Layered Double Hydroxides And Primary Studies On The Catalysis Properties Of Layered Double Hydroxides Films
37. KF-Supported Mg-Al Mixed Oxide As Solid Base Catalyst For C-C Bond Formation Under Solvent-Free Conditions
38. Preparation And Properties Of Templated Layered Double Hydroxide Microsphere With Controllable Morphology
39. Preparation Of High-surface-area Mg-Al LDHs As Photocatalyst Support And As Additives To PP Composite Fibers
40. Structures And Properties Of Functional Layered Double Hydroxide/Polymer Nanocomposites
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