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Bruker Corporation atomic force microscopy (afm) experiments
Atomic Force Microscopy (Afm) Experiments, supplied by Bruker Corporation, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/atomic+force+microscopy+experiments/atomic+force+microscope+dimension+icon/pm32763732-70-0-8
Average 90 stars, based on 1 article reviews
atomic force microscopy (afm) experiments - by Bioz Stars, 2026-10
90/100 stars

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Article Snippet: The Ti3C2 quantum dots/hydroxypropyl methylcellulose/Bi2WO6 (TCBW) ternary catalysts are prepared by hydrothermal method.. TCBW2 exhibits remarkable catalytic activity towards tetracycline under the combined action of light and mechanical energy.. The good dispersibility of hydroxypropyl methylcellulose with abundant hydroxyl group tightly connects Ti3C2 quantum dots and Bi2WO6 nanosheets through strong hydrogen bonds, reducing the resistance to charge migration.

Article Title: Deposition of robust superhydrophobic film with enhanced insulating performance by APTES/O2 assisted Ar/HMDSO atmospheric pressure plasma jet
Article Snippet: The weather resistance capability of insulating materials, i.e. surface performance including hydrophobicity, mechanical and electrical strength under diverse weather conditions, is considered of critical importance for high-voltage devices working outdoors.. In this study, atmospheric pressure plasma jet with Ar/Hexamethyldisiloxane (HMDSO) assisted by γ-Aminopropyltriethoxysilane (APTES) and oxygen (O2) addition is employed to deposit a robust insulating film with good weather resistance capability on the surface of Polymethylmethacrylate (PMMA).. The gas flow rates of Si-containing precursors (HMDSO/APTES) and auxiliary gas (O2) are varied to elucidate the correlation between precursor ratio and film performances.

Article Title: Scalable growth of lead-free single-crystalline CsAg2I3 perovskite microribbons with 1D electronic structure: Insights from experiment and DFT
Article Snippet: SEM (FEI Nova NanoSEM 450 FE-SEM) is used to investigate the morphology of the asfabricated microribbons.

Article Title: A sandwich-like nanofibrous scaffold with macrophage phenotype transformation and myogenic differentiation for skeletal muscle regeneration
Article Snippet: Transmission electron microscopy (TEM; JEM-2100Plus, JEOL, Japan) was used to observe the coaxial structure of the random fibers.

Microscopy:

Article Title: Cellulose-based aerogel material with a three-layer gradient structure for both thermal management and infrared camouflage.
Article Snippet: Infrared camouflage materials have an important position in the field of national defence and military.. However, monofunctional aerogel are unable to adjust their temperature in real time in response to changes in site and ambient temperatures, detected by detectors.. Here, a multifunctional cellulose aerogel (MGSCA) with sandwich structure was fabricated by integrating electrothermal conversion layer (cellulose aerogel doped with MXene), thermal insulating layer (silane-modified cellulose aerogel), and thermal infrared camouflage layer (PU mixed with Cu).

Article Title: Structural, XPS, morphological and optical properties of annealed earth-abundant Cu2ZnSnS4 thin films grown by one step thermal evaporation
Article Snippet: In this paper, we have conducted several characterizations on CZTS thin films grown by thermal evaporation from calcined and non-calcined powder and vacuum annealed at 200 C and 250 C. Different characterizations were used to investigate the effect of powder calcination and annealing on the properties of CZTS.. Structural analysis reveals that all the prepared CZTS films have a kesterite structure with a preferential orientation along the (112) plane and an improvement of crystalline quality by using calcined powder.. XPS results show a transition of the oxidation states from +2 to +4 for Sn and from +2 to +1 for Cu.

Article Title: Magnetically-drivable, pH-responsive Fe3O4/ZIF-8 coating on implant for biofilm prevention and treatment
Article Snippet: Antimicrobial coatings with the capabilities to prevent and treat biofilm infections on implant are promising surface treatment strategies, but it is difficult to eradicate an already-formed biofilm by the coating.. Magnetically-drivable coatings can physically destruct the surface-attached biofilm to enhance antimicrobial killing.. However, current magnetic coatings cannot inhibit the initial bacteria growth and the demand of coating stability restricts their magnetic controllability.


Surface Roughness:

Article Title: Magnetically-drivable, pH-responsive Fe3O4/ZIF-8 coating on implant for biofilm prevention and treatment
Article Snippet: Antimicrobial coatings with the capabilities to prevent and treat biofilm infections on implant are promising surface treatment strategies, but it is difficult to eradicate an already-formed biofilm by the coating.. Magnetically-drivable coatings can physically destruct the surface-attached biofilm to enhance antimicrobial killing.. However, current magnetic coatings cannot inhibit the initial bacteria growth and the demand of coating stability restricts their magnetic controllability.

Analysis:

Article Title: Magnetically-drivable, pH-responsive Fe3O4/ZIF-8 coating on implant for biofilm prevention and treatment
Article Snippet: Antimicrobial coatings with the capabilities to prevent and treat biofilm infections on implant are promising surface treatment strategies, but it is difficult to eradicate an already-formed biofilm by the coating.. Magnetically-drivable coatings can physically destruct the surface-attached biofilm to enhance antimicrobial killing.. However, current magnetic coatings cannot inhibit the initial bacteria growth and the demand of coating stability restricts their magnetic controllability.

Software:

Article Title: Magnetically-drivable, pH-responsive Fe3O4/ZIF-8 coating on implant for biofilm prevention and treatment
Article Snippet: Antimicrobial coatings with the capabilities to prevent and treat biofilm infections on implant are promising surface treatment strategies, but it is difficult to eradicate an already-formed biofilm by the coating.. Magnetically-drivable coatings can physically destruct the surface-attached biofilm to enhance antimicrobial killing.. However, current magnetic coatings cannot inhibit the initial bacteria growth and the demand of coating stability restricts their magnetic controllability.



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