Among the many dozens of pots and pans in Mr. Pépin's kitchen, in rural Connecticut, were many with aluminum or copper surfaces.
These works are familiar from art history texts because their large, concave faces; stylized features; inventively worked bronze and copper surfaces; and ineffably human geometries exerted a crucial influence on early French Modernism, starting with Picasso's "Demoiselles d'Avignon".
The Kelvin potentials of different treated and untreated copper surfaces are summarized in Table 1.
For ethanol-Al2O3 nanofluids and copper surfaces, the nucleate boiling was improved with increasing nanoparticle concentration.
The CAs of the plain copper surfaces after baking were approximately 93° to 111°.
The copper surfaces were examined qualitatively using IRAS and XPS and quantitatively using cathodic reduction.
Copper surfaces treated with orthophosphate as a corrosion inhibitor after 6 and 24 h were evaluated.
The potential of antimicrobial copper surfaces in reducing HAIs' rates is of interest but remains unclear.
Accompanying passivation chemistry has also been developed that protects copper surfaces from oxidation.
The coatings can be deposited onto aluminum, stainless steel, gold and copper surfaces.
Copper surfaces used in clinical settings result in modest reductions in microbial contamination.
