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Mwana Wa mayo
Mwana Wa mayo
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Monday 02 November 2026 21:03:18 GMT
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bikinis of the week
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🚂💨 L’arrivée en gare du Grand Tour est imminente ! Bienvenue à bord ! 🙌 Suites, voiture bar, voiture restaurant… c’est la première fois que nous vous ouvrons les portes de notre train d’inspiration Belle Époque ! ✨ Il traversera la plus belle scène du monde : la France ! Pendant 4 000 km, nos hôtes vont s’arrêter dans des lieux mythiques et rencontrer des personnages illustres. 🕵️ Inspirée des personnages créés par Maurice Leblanc, l’intrigue embarque les voyageurs sur les traces du plus célèbre des cambrioleurs. 🔎 😍 Au fil des paysages splendides et des épopées glorieuses, ce voyage promet d'être le spectacle le plus audacieux jamais imaginé pour faire découvrir et aimer la France. 🇫🇷 🤩 Que dites-vous de cet avant-goût du train le plus spectaculaire de France ? #PuyduFou #PuyduFou2026 #Confidence #Confidence2026 #LeGrandTour
🚂💨 L’arrivée en gare du Grand Tour est imminente ! Bienvenue à bord ! 🙌 Suites, voiture bar, voiture restaurant… c’est la première fois que nous vous ouvrons les portes de notre train d’inspiration Belle Époque ! ✨ Il traversera la plus belle scène du monde : la France ! Pendant 4 000 km, nos hôtes vont s’arrêter dans des lieux mythiques et rencontrer des personnages illustres. 🕵️ Inspirée des personnages créés par Maurice Leblanc, l’intrigue embarque les voyageurs sur les traces du plus célèbre des cambrioleurs. 🔎 😍 Au fil des paysages splendides et des épopées glorieuses, ce voyage promet d'être le spectacle le plus audacieux jamais imaginé pour faire découvrir et aimer la France. 🇫🇷 🤩 Que dites-vous de cet avant-goût du train le plus spectaculaire de France ? #PuyduFou #PuyduFou2026 #Confidence #Confidence2026 #LeGrandTour
tôi cũng rung động💓 #rooosine #100daysofdeception #kimyoojung #parkjinyoung #xuhuong
tôi cũng rung động💓 #rooosine #100daysofdeception #kimyoojung #parkjinyoung #xuhuong
không ngờ đây lại là lần cuối Mợ tiễn Cậu ra chiến trường và cũng lần cuối gặp được nhau. #ngocdiemthu #xuruohan #chenglei #fyp #xh
không ngờ đây lại là lần cuối Mợ tiễn Cậu ra chiến trường và cũng lần cuối gặp được nhau. #ngocdiemthu #xuruohan #chenglei #fyp #xh
Yale scientists just found a way to turn CO₂ into fuel using plasma. And it can run on solar power whenever it’s available. ☀️⚛️ CO₂ is the most abundant greenhouse gas we produce. Converting it back into something useful has always been the goal — but its chemical bonds are incredibly strong. Almost impossible to break efficiently. Electrocatalysis — using electricity and a catalyst — could convert CO₂. But it only produced simple chemicals. Not useful enough for real applications. Yale’s Professor Lea Winter added plasma to the system. Plasma contains highly energetic electrons that weaken CO₂ bonds before they reach the catalyst. That weakening opens chemical reaction pathways completely unavailable to electrocatalysis alone. The key engineering challenge — plasma and water normally destroy each other. The Yale team solved this with a three-phase gas-diffusion membrane that keeps plasma and water separated while still allowing them to work together. Plasma activates the CO₂. Water supplies the protons. Copper catalyst converts everything. Result — methanol, butane and other valuable C3-C4 products. Precursor chemicals for sustainable aviation fuel. Pharmaceuticals. Solvents. All from CO₂. And here’s the clever part. It’s completely turnkey. Switch it on when renewable electricity is available. Switch it off when it isn’t. No new factory needed — retrofit existing chemical plants. Room temperature. Atmospheric pressure. “Plasma unlocks new reaction pathways that lead to products not generated with electrocatalysis alone.” — Prof. Lea Winter, Yale. Published in Nature Catalysis. September 2026. CO₂ goes in. Useful fuel comes out. 🔬 Sources: Nature Catalysis — Kim et al. September 2026 | Yale Engineering | DOE Early Career Award
Yale scientists just found a way to turn CO₂ into fuel using plasma. And it can run on solar power whenever it’s available. ☀️⚛️ CO₂ is the most abundant greenhouse gas we produce. Converting it back into something useful has always been the goal — but its chemical bonds are incredibly strong. Almost impossible to break efficiently. Electrocatalysis — using electricity and a catalyst — could convert CO₂. But it only produced simple chemicals. Not useful enough for real applications. Yale’s Professor Lea Winter added plasma to the system. Plasma contains highly energetic electrons that weaken CO₂ bonds before they reach the catalyst. That weakening opens chemical reaction pathways completely unavailable to electrocatalysis alone. The key engineering challenge — plasma and water normally destroy each other. The Yale team solved this with a three-phase gas-diffusion membrane that keeps plasma and water separated while still allowing them to work together. Plasma activates the CO₂. Water supplies the protons. Copper catalyst converts everything. Result — methanol, butane and other valuable C3-C4 products. Precursor chemicals for sustainable aviation fuel. Pharmaceuticals. Solvents. All from CO₂. And here’s the clever part. It’s completely turnkey. Switch it on when renewable electricity is available. Switch it off when it isn’t. No new factory needed — retrofit existing chemical plants. Room temperature. Atmospheric pressure. “Plasma unlocks new reaction pathways that lead to products not generated with electrocatalysis alone.” — Prof. Lea Winter, Yale. Published in Nature Catalysis. September 2026. CO₂ goes in. Useful fuel comes out. 🔬 Sources: Nature Catalysis — Kim et al. September 2026 | Yale Engineering | DOE Early Career Award
#greenscreen
#greenscreen

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