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5,221 to 5,230 of 8,281 Results
Fig.3.opj
Dec 10, 2021 - Replication Data for: Large area silver-stibnite nanoporous plasmonic films for label-free biosensing
Unknown - 37.0 KB - MD5: 767bac4e3b0cb097c7abfbc5269d7b94
Fig.4.opj
Dec 10, 2021 - Replication Data for: Large area silver-stibnite nanoporous plasmonic films for label-free biosensing
Unknown - 53.7 KB - MD5: 4195f72bb54e3737fc107287959f19b6
Fig.5.opj
Dec 10, 2021 - Replication Data for: Large area silver-stibnite nanoporous plasmonic films for label-free biosensing
Unknown - 23.5 KB - MD5: 2818938407df30aee7337257e47705d0
Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing
Dec 7, 2021 - Ranjan SINGH
Sreekanth, Kandammathe Valiyaveedu; Ouyang, Qingling; Sreejith, Sivaramapanicker; Zeng, Shuwen; Lishu, Wu; Ilker, Efe; Dong, Weiling; ElKabbash, Mohamed; Ting, Yu; Lim, Chwee Teck; Hinczewski, Michael; Strangi, Giuseppe; Yong, Ken-Tye; Simpson, Robert E.; Singh, Ranjan, 2021, "Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing", https://doi.org/10.21979/N9/JPRKXS, DR-NTU (Data), V1
Hyperbolic metamaterials (HMMs) have emerged as a burgeoning field of research over the past few years as their dispersion can be easily engineered in different spectral regions using various material combinations. Even though HMMs have comparatively low optical loss due to a sin...
Fig.1.opj
Dec 7, 2021 - Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing
Unknown - 43.7 KB - MD5: efc11844f0c8b5976607bb99aca0abea
Fig.2.opj
Dec 7, 2021 - Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing
Unknown - 73.2 KB - MD5: e42ec4ee6d373d989844027647cea439
Fig.3.opj
Dec 7, 2021 - Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing
Unknown - 54.8 KB - MD5: c149cb233a282fce38e07a19d18ee45d
Fig.4.opj
Dec 7, 2021 - Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing
Unknown - 39.8 KB - MD5: c1e59b34d251b849932d1e5ff279715f
Fig.5.opj
Dec 7, 2021 - Replication Data for: Phase Change Material-based Low-loss Visible Frequency Hyperbolic Metamaterials for Ultra-sensitive Label-free Biosensing
Unknown - 109.8 KB - MD5: 512447559dca93f8762f6fd4c272e346
Replication Data for: Microfluidics Integrated Lithography-Free Nanophotonic Biosensor for the Detection of Small Molecules
Dec 7, 2021 - Ranjan SINGH
Sreekanth, Kandammathe Valiyaveedu; Sreejith, Sivaramapanicker; Alapan, Yunus; Sitti, Metin; Lim, Chwee Teck; Singh, Ranjan, 2021, "Replication Data for: Microfluidics Integrated Lithography-Free Nanophotonic Biosensor for the Detection of Small Molecules", https://doi.org/10.21979/N9/3EU45S, DR-NTU (Data), V1
Currently, labelling techniques are mostly used to study the binding kinetics of small molecules and their detection (molecular weights <500 Daltons) at low analyte concentrations. However, the fluorescent tags used in this method for conjugation may modify or prevent the functio...
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