Essays about: "Ag AgCl reference electrode"
Found 4 essays containing the words Ag AgCl reference electrode.
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1. Electrochemical corrosion analysis of nickel-based superalloys
University essay from KTH/Yt- och korrosionsvetenskapAbstract : Elektrokemisk korrosionsanalys av legeringar är en essentiell del av den större materialanalysen som måste utföras när en legerings lämplighet för en viss applikation evalueras. Nickelbaserade legeringar är kända för sin utmärkta korrosionsresistans, och de Ni-Cr-Mo-baserade legeringarna 59, 625, och 718 är också så kallade superlegeringar. READ MORE
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2. Electrochemical microsensor with in-situ fabricated Ag/AgCl reference electrode for high-pressure microfluidics
University essay from Uppsala universitet/MikrosystemteknikAbstract : Electroanalysis offers cheap and selective analysis of interesting solutions. However, one of the most common drawbacks is the accessibility for electrochemical sensing. By using high-pressure microfluidics with an integrated three-electrode system, new possibilities open for increased accessibility. READ MORE
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3. Micro-wave synthesis of co-doped transition metal oxides anchored on reduced graphene oxide and their implementation as catalysts for water oxidation
University essay from Umeå universitet/Institutionen för fysikAbstract : Abstract: Artificial photosynthesis is a very attractive and a desirable way to solve the rising energy demand. In order to harvest energy directly from sunlight catalyst for oxygen reduction and evolution reaction are at the core of key renewable-energy technologies including fuel cells and water splitting. READ MORE
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4. Extraction of Heavy Metals from Fly Ash using Electrochemical Methods
University essay from Institutionen för fysik, kemi och biologiAbstract : In today’s society large quantities of waste is produced. In Sweden this is reused as fuel for incineration processes where electricity and district heating are generated. However, during this process two hazardous by-products are formed, namely slag and fly ash. READ MORE