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tapping mode atomic force microscopy afm topographic imaging  (Oxford Instruments)


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    Oxford Instruments tapping mode atomic force microscopy afm topographic imaging
    Tapping Mode Atomic Force Microscopy Afm Topographic Imaging, supplied by Oxford Instruments, used in various techniques. Bioz Stars score: 96/100, based on 238 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/mode+atomic+force+microscopy+afm/Jupiter+XR/pm40165422-138-20-27
    Average 96 stars, based on 238 article reviews
    tapping mode atomic force microscopy afm topographic imaging - by Bioz Stars, 2026-10
    96/100 stars

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    Article Title: Reliable plasmonic substrates for bioanalytical SERS applications easily prepared by convective assembly of gold nanocolloids.
    Article Snippet: The ability to easily prepare Surface Enhanced Raman Scattering (SERS) substrates by the assembly of chemically synthesized gold nanocolloids is of great interest for the advancement of SERS-based optical detection and identification of molecular species of biological or chemical interest, pollutants or warfare agents.. In this work we employ three very simple strategies, which can be implemented in any laboratory without the need for specialized equipment, to prepare assemblies of citrate-stabilized spherical gold colloids: (i) drop-coating, which induces the assembly of colloids in so-called coffee rings; (ii) a simplified variant of convective self-assembly (CSA), based on water evaporation in a constrained geometry, which yields highly uniform strips of nanoparticles (NP); (iii) assembly onto chemically functionalized glass surfaces which yields randomly assembled colloids and colloidal clusters.. The SERS properties of the resulting colloidal assemblies are comparatively evaluated under multiple excitation lines with p-aminothiophenol (pATP) as a model Raman scatterer.

    Zeta Potential Analyzer:

    Article Title: Reliable plasmonic substrates for bioanalytical SERS applications easily prepared by convective assembly of gold nanocolloids.
    Article Snippet: The ability to easily prepare Surface Enhanced Raman Scattering (SERS) substrates by the assembly of chemically synthesized gold nanocolloids is of great interest for the advancement of SERS-based optical detection and identification of molecular species of biological or chemical interest, pollutants or warfare agents.. In this work we employ three very simple strategies, which can be implemented in any laboratory without the need for specialized equipment, to prepare assemblies of citrate-stabilized spherical gold colloids: (i) drop-coating, which induces the assembly of colloids in so-called coffee rings; (ii) a simplified variant of convective self-assembly (CSA), based on water evaporation in a constrained geometry, which yields highly uniform strips of nanoparticles (NP); (iii) assembly onto chemically functionalized glass surfaces which yields randomly assembled colloids and colloidal clusters.. The SERS properties of the resulting colloidal assemblies are comparatively evaluated under multiple excitation lines with p-aminothiophenol (pATP) as a model Raman scatterer.

    Suspension:

    Article Title: Reliable plasmonic substrates for bioanalytical SERS applications easily prepared by convective assembly of gold nanocolloids.
    Article Snippet: The ability to easily prepare Surface Enhanced Raman Scattering (SERS) substrates by the assembly of chemically synthesized gold nanocolloids is of great interest for the advancement of SERS-based optical detection and identification of molecular species of biological or chemical interest, pollutants or warfare agents.. In this work we employ three very simple strategies, which can be implemented in any laboratory without the need for specialized equipment, to prepare assemblies of citrate-stabilized spherical gold colloids: (i) drop-coating, which induces the assembly of colloids in so-called coffee rings; (ii) a simplified variant of convective self-assembly (CSA), based on water evaporation in a constrained geometry, which yields highly uniform strips of nanoparticles (NP); (iii) assembly onto chemically functionalized glass surfaces which yields randomly assembled colloids and colloidal clusters.. The SERS properties of the resulting colloidal assemblies are comparatively evaluated under multiple excitation lines with p-aminothiophenol (pATP) as a model Raman scatterer.

    Electron Microscopy:

    Article Title: Reliable plasmonic substrates for bioanalytical SERS applications easily prepared by convective assembly of gold nanocolloids.
    Article Snippet: The ability to easily prepare Surface Enhanced Raman Scattering (SERS) substrates by the assembly of chemically synthesized gold nanocolloids is of great interest for the advancement of SERS-based optical detection and identification of molecular species of biological or chemical interest, pollutants or warfare agents.. In this work we employ three very simple strategies, which can be implemented in any laboratory without the need for specialized equipment, to prepare assemblies of citrate-stabilized spherical gold colloids: (i) drop-coating, which induces the assembly of colloids in so-called coffee rings; (ii) a simplified variant of convective self-assembly (CSA), based on water evaporation in a constrained geometry, which yields highly uniform strips of nanoparticles (NP); (iii) assembly onto chemically functionalized glass surfaces which yields randomly assembled colloids and colloidal clusters.. The SERS properties of the resulting colloidal assemblies are comparatively evaluated under multiple excitation lines with p-aminothiophenol (pATP) as a model Raman scatterer.

    other:

    Article Title: Molecular imprinted lipid membranes towards the fabrication of electrochemical sensor for methylene blue
    Article Snippet: In this work, we present for the first time an electrochemical sensor based on molecularly imprinted lipid membranes (MIM) for selective detection of methylene blue (MB) dye.. The novelty is found in the use of a phospholipid (1,2-Dipalmitoyl-sn-3-Glycero-Phosphatidylcholine) (DPPC) mixed with a cationic polyelectrolyte poly (allylamine hydrochloride) (PAH) as the matrix to manufacture a thin film membrane.. PAH was added to improve membrane stability acting as a crosslinker in analogy to a molecularly imprinted polymer (MIP) system.



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