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Keyword [Surface enhanced raman scattering]
Result: 81 - 100 | Page: 5 of 8
81. Study On Localized Surface Plasmon Resonance Characteristics Of Metallic Bowtie Nanoantenna Arrays And Their Applications
82. Surface-plasmon-enhanced Spectroscopy Of Two-dimensional Materials
83. Fiber SERS Probes Fabricated With Laser-induced Method And Their Applications
84. Preparation Of DNA-encoded Raman-active Probes And Their Applications In Bioassay
85. Silicon-Based Surface-Enhanced Raman Scattering Sensor For Quantitative ATP Detection With Ratiometric Strategy And Artificial Intelligence DNA Analysis
86. Controlled Synthesis And Surface Enhanced Raman Scattering Of WS2 Flakes
87. Application Of SPPs In Design Of Micro-nano Optical Device And SERS Substrate
88. Design,Preparation And Raman Of Plasmonic Resonant Metamaterials
89. Research On SERS Analysis Of Metal Ions And Bioactive Molecules Based On Nano-gold Biosensor Probes
90. Experimental Study On Plasma-implanted Modified MOFs And Its Application In SERS Detection And Catalysis
91. Preparation Of Silver Nanoparticles And Surface Enhanced Raman Scattering Study
92. DNA Nanostructure-based Assembly Of Nanoplasmonic Structures And Their Optical Properties
93. Study On The Fabrication And Performance Of Large-area Uniform And Sensitive SERS Substrates Based On SP Imaging Lithography
94. Application And Analysis Based On SERS Amplification Characteristic Of Nanosilver-Biotin-Streptavidin Aggregates
95. Theoretical Studies On The Structural And Functional Properties Of Actinide Embedded Superatoms
96. Preparation Of Bimetallic SERS Nanoprobes And The Applications In Bioanalysis
97. Study On Spectroscopical Detection Methods Of DNA Concentration And Structure
98. Fabrication Of Aptamer-Functionalized Gold Nanobones Substrates And Study Of The Sers Detection Method For Escherichia Coli O157:H7
99. The Design And Fabrication Of Porous Aluminum Oxide Photonic Crystals For Application Of Surface Enhanced Raman Scattering
100. Study On Surfactant-induced Compaction And Decompaction Of CtDNA Molecules With SERS Based On Nano-solid Substrate
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