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RT @NanoElectrocat: Congratulations to @gustav_sievers and Anders on their @NatureMaterials paper on self-supported nanostructured Pt-CoO n…
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RT @NanoElectrocat: Congratulations to @gustav_sievers and Anders on their @NatureMaterials paper on self-supported nanostructured Pt-CoO n…
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RT @NanoElectrocat: Congratulations to @gustav_sievers and Anders on their @NatureMaterials paper on self-supported nanostructured Pt-CoO n…
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RT @NanoElectrocat: Congratulations to @gustav_sievers and Anders on their @NatureMaterials paper on self-supported nanostructured Pt-CoO n…
5,586 followers
RT @NanoElectrocat: Congratulations to @gustav_sievers and Anders on their @NatureMaterials paper on self-supported nanostructured Pt-CoO n…
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Congratulations to @gustav_sievers and Anders on their @NatureMaterials paper on self-supported nanostructured Pt-CoO networks as high surface area #electrocatalysts for oxygen reduction. A great collaborative work with @ArenzLab @HEAcatalysis and many col
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @DCBunibern: Congratulations to @ArenzLab! https://t.co/xynxPpwlCi
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Congratulations to @ArenzLab!
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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RT @NatureMaterials: Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction…
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Article | Self-supported Pt–CoO networks combining high specific activity with high surface area for oxygen reduction @uni_copenhagen @DCBunibern @INPGreifswald https://t.co/R7A69yC8RJ https://t.co/9iNhwq3VQW
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RT @Dragonmaurizio: Hydrogen fuel cells paradigm shift. @uni_copenhagen developed a new stable carbon-free electrocatalyst made in platinum…
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RT @Dragonmaurizio: Hydrogen fuel cells paradigm shift. @uni_copenhagen developed a new stable carbon-free electrocatalyst made in platinum…
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RT @JonathanQuinson: We did it. High specific activity with high surface area electrocatalysts. Well done @gustav_sievers.
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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Hydrogen fuel cells paradigm shift. @uni_copenhagen developed a new stable carbon-free electrocatalyst made in platinum-cobalt oxide alloy (Pt–CoO), built on a network of nanowires instead of nano particle which increases the oxygen reduction surface rate.
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RT @Abdubabraik: 2. قام باحثون في قسم الكيمياء بجامعة كوبنهاغن بتطوير محفز لا يتطلب هذه الكمية الكبيرة من البلاتين. رابط المقالة العلمية ل…
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2. قام باحثون في قسم الكيمياء بجامعة كوبنهاغن بتطوير محفز لا يتطلب هذه الكمية الكبيرة من البلاتين. رابط المقالة العلمية للإطلاع https://t.co/4flrpIUxBe
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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RT @gustav_sievers: Such an awesome journey ft. self supporting catalysts for oxygen reduction. Now we want to get it into application! Tha…
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Such an awesome journey ft. self supporting catalysts for oxygen reduction. Now we want to get it into application! Thanks @ all for the wonderful collaboration and @BMBF_Bund VIP+
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RT @JonathanQuinson: We did it. High specific activity with high surface area electrocatalysts. Well done @gustav_sievers. https://t.co/CDz…
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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We did it. High specific activity with high surface area electrocatalysts. Well done @gustav_sievers.
225 followers
RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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Congrats Gustav! https://t.co/2qtpKkDayj First paper with all PIs @HEAcatalysis #CHEAC!
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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RT @HEAcatalysis: Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity ht…
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Our new paper in Nature Mat. First collaboration between all PIs in #CHEAC #DNRF @uni_copenhagen @ChemKUniversity https://t.co/oROsdeUJP3