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Keyword [Sol-gel Method]
Result: 41 - 60 | Page: 3 of 7
41. Preparation And Characterization Of Electrical Properties Of Lanthanum Strontium Ferrite Thin Film
42. The Influence Of Magnetic Heat Treatment On Properties Of Magnetic Materials
43. Investigation Of Properties Of Epitaxial Pb(Zr0.4Ti0.6 )O 3 And BiFe0.95 Mn0.05 O3 Films Prepared By Sol-Gel Method
44. Preparations And Room-temperature Magnetism Analyses Of ZnO Based Diluted Magnetic Materials
45. Synthesis And Properties Of Silicate Phosphor By Sol-gel Method
46. Sol-gel Preparation And Photoluminescence Properties Of Alkaline Earth Codoped YVO4:Eu3+ Particles
47. Preparation And Properties Of Perovskite Type And Pyrochlore Type PZNT Films
48. Preparation Of Zr2P2WO12/Cu Composite Material
49. Research And Design On Detection And Control System Of Micro-bioreactor
50. Research On The SPR Performance Of Ag Doped TiO2Semiconductor Film
51. Impacts Of Electrode Materials On Structural And Physical Properties Of P(VDF-TRFE) Organic Ferroelectric Thin Films
52. Preparation Of BiFeO3Materials Under Different Sizes And Investigation Of Multiferroic Properties And Transport Behavior
53. Study On Preparation And Properties Of White Long-lasting Phosphor Y2O2S:Tb3+,Eu3+,Mg2+,Ti4+
54. The Preparation Of YBCO Superconducting And The Exploration Of Energy Gap
55. Preparation, Microstructure And UV-Vis Spectra Of BiVO4, CuWO4 And Their Composite
56. Study On Magnetoresistance Properties And EPR Spectra Of La2/3(Sr1-xCex)1/3MnO3 Under Room Temperature And Low Magnetic Field
57. Preparations And Room-temperature Magnetism Analyses Of Zno Based Diluted Magnetic Materials
58. La <sub> 0.67 </ Sub> Sr <sub> 0.33-xy </ Sub> A <sub> X </ Sub> ¡õ <sub> Y </ Sub> Mno <sub> 3 </ Sub> (a = Ag, Cu) At Room Temperature Magnetoresistance Effect Study
59. La <sub> 0.75 </ Sub> Sr <sub> 0.25-xy </ Sub> A <sub> X </ Sub> ¡õ <sub> Y </ Sub> Mno <sub> 3 </ Sub> (a = Cu, K) At Room Temperature Magnetoresistance Effect Study
60. Doped Manganese Oxides La <sub> 0.75-z </ Sub> (sra) <sub> 0.25-y + Z </ Sub> The ¡õ <sub> Y </ Sub> Of Mno <sub> 3 </ Sub> (a = Of Ag And Na; "= Vacancy), The Magnetoresistance Effect
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