Techniques for characterizing biofunctionalized surfaces for bioanalysis purposes.
AM López_Marzo - Biosensors and Bioelectronics, 2024 - Elsevier
Surface biofunctionalization is an essential stage in the preparation of any bioassay
affecting its analytical performance. However, a complete characterization of the …
affecting its analytical performance. However, a complete characterization of the …
Photo-Induced Force Microscopy-Based Spectroscopy and Chemical Mapping of Grafted Electrochemically Reduced Aryl Diazonium Salts
Aryl diazonium salts are well-known for electrochemically grafting conductive surfaces. The
substrate surface chemistry, the solvent used, and the salt's variable functional group tamper …
substrate surface chemistry, the solvent used, and the salt's variable functional group tamper …
[PDF][PDF] MICROSCOPIE À FORCE PHOTO-INDUITE DE LA CARACTÉRISATION DES SELS DE DIAZONIUM RÉDUITS ÉLECTROCHIMIQUEMENT ET GREFFÉS SUR …
M JAFARI - 2024 - archipel.uqam.ca
As a novel nanometer scale spatially localized high-resolution scanning probe technique,
photo-induced force microscopy (PiFM) has been growing for the past decade (Jahng et al …
photo-induced force microscopy (PiFM) has been growing for the past decade (Jahng et al …
[PDF][PDF] Osiele MO, Godfrey AE, Ikhioya IL (2023) Effect of precursor temperature on electrochemically deposited zirconium doped chromium telluride using a standard …
EO Ojegu, OB Odia, O Mike - J. Mater. Environ. Sci., 14 (11), 1148 - jmaterenvironsci.com
We have used electrochemical deposition to synthesize CrTe and Zr/CrTe by modifying the
precursor temperature of the films. The material showed a prominent peak at orientation …
precursor temperature of the films. The material showed a prominent peak at orientation …