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Keyword [Surface-enhanced Raman scattering(SERS)]
Result: 61 - 80 | Page: 4 of 10
61. Numerical Investigating The Near-field Optical Properties Of Noble Metal Nanostructures Encapsulted By Dielectrics
62. Construction Of High-efficient Surface-enhanced Raman Scattering (SERS) Substrates And Their Properties And Applications
63. Study On Preparation And Properties Of Berry-like Composite Microspheres Via Weak Acid-base Interaction Regulation
64. The Preparation Of Membrane And The Aggregation Of Metal Nanoparticles And Its Application Used In Sers Spectra
65. Preparation And Sers Study Of Polypyrrole/Silver Nanocomposites
66. Preparation And SERS Performance Of Polyaniline Porous Membrane/Noble Metal Composites
67. New Strategies Of Signal Amplification Based-on DNAzyme And HCR
68. The Preparation And Application Of Spherical Polyelectrolyte Brush Via Surface-Initiated Atom Transfer Radical Polymerization In Aqueous Media
69. Metal Nanospheres/SiO2Composite Structure:a SERS Platform For Ultrasensitive Detection
70. The Amino Acid On Copper Corrosion Biomolecular Spectroscopy And Electrochemical Properties
71. 2 Composite Microspheres Preparation And SERS Performance Precious Metal / TiO
72. Controlled Synthesis And Properties Of ZnO-dimensional Sheet And Composites
73. Development Of Novel Optical Biosensing Technology Using Nucleic Acid And Peptide
74. The Physical Properties Of Silicon Nanowire Arrays And And Its SERS Applications
75. Research On The Optical Properties And Applications Of Micro&Nano Metallic Coupling Structures
76. Researches And Applications Of Angle-resolved Spectroscopy Of Raman And Fluorescence Based On Surface Plasmons
77. Enhancement Mechanism Study On Sers Of Aflatoxins-Silver Clusters System
78. Synthesis, Characterization, And Application Of SERS-active Substrates
79. Metal-Dielectric-Metal Nanostructure With Broadband Near-perfect Light Absorption And Its Application As Surface Enhanced Raman Scattering Substrate
80. Preparation And Properties Of SERS Substrate Of Copper Silicon Nanowires(Cu-SiNWs)
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