Explore tweets tagged as #SolarReceiver
Presented to my research group some of my work measuring particle residence time distributions in a #solarreceiver ☀️🌪🌏♻️ Was halfway dece!
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Working from the Baillieu Library at Melbourne Uni today... lovely spot this #halfwaydece Today’s research: Effect of particle receiver orientation on its performance #solarreceiver ☀️🌪🌏♻️
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Unmengen kleiner Keramikpartikel erzeugen diesen Sound - im CentRec-Solarreceiver des DLR-Instituts für #Solarforschung. ☀️ Der Receiver befindet sich in der Spitze eines solaren Turmkraftwerks und nutzt die Partikel als Wärmeträger und Speichermedium. ▶️ https://t.co/EFNNveJGJE
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Today's research: radiation shape factors from interior of finite frustum of cone to separate finite frustum of same cone #solarreceiver ☀️🌪
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Exciting Sunday in the office! Shen and I trying to finish off our theses... Hoping to finish with something more than #halfwaydece. Lit reviewing residence time investigations of solar particle receivers! ☀️🌪🌏♻️ #solarreceiver
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So... the last months or so: had a paper published on a numerical model developed to assess the thermal performance of a vortex-based #solarreceiver, attended a big solar research conference in Casablanca, then had a lovely holiday around Morocco! More than #halfwaydece☀️🌪🌏♻️🇲🇦
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Pulling together the most ginormous paper... a fundamental assessment of particle residence time distributions in a vortex-based solar particle receiver. Contributing somewhat to development of this #solarreceiver... and my PhD! ☀️🌪🌏♻️ #halfwaydece
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☝️ Another #Nextower objective is to set up a full scale #CSP demonstrator for unprecedented field testing of materials for CSP lead-towers, encompassing a large #SolarReceiver interfaced to a single-chamber lead storage pool, in turns connected to a secondary "heat sink". ♨️
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Today's research: Q: Can the particle residence time distribution in a vortex-based solar particle receiver be tuned to suit different applications of the #solarreceiver? A: Yeah, I think so! #halfwaydece ☀️🌪️🌏♻️
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Lovely quiet night for a ride! End of another big day at uni, working on finishing this thing... my last paper on the influence of #solarreceiver tilt angle on its particle residence time distribution. Last paper, but middle chapter of the thesis! #halfwaydece #phdlife ☀️🌪♻️🌏
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Finished up my work at the uni last week. Super stoked to spend the last few weeks testing our #solarreceiver in the lab under solar simulated conditions! First demonstration of a windowless, atmospheric-open vortex-based solar particle receiver! #halfwaydece ☀️🌪♻️🌏
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Solid day of data crunching: #solarreceiver particle #residencetime distributions and the effect of receiver orientation. #halfwaydece ☀️🌪🌏♻️
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Watching Winter Olympics while doing lab work! 👨🔬 Snow board cross 🏂 / particle residence time measurement 📉 Ideal combo 👌 #PyeongChang2018 #PhDlife #solarreceiver #halfwaydece
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Newly-designed 3D-printed fractal receivers absorb sunlight more efficiently #EnvironmentalEngineer #solarenergy #solarreceiver #Sandia #3DPrinting #concentratedsolarpower #csp #renewableenergy #Efficiency #fractalreceiver
https://t.co/BbipT6XuZS
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Here's the poster on NEXTOWER results that Victor Manuel Candelario Leal from @LiqTech presented at the 2nd Nordic conference on ceramic and glass technology! #H2020 #InvestEUresearch #concentratedsolarpower #solarreceiver
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#HighlyCitedPaper Investigation the Integration of Heliostat #SolarReceiver to #Gas and #CombinedCycles by Energy, Exergy, and Economic Point of Views by S.M. Alizadeh et al. 🔗 https://t.co/gjjHEhofPE
#mdpiapplsci #openaccess
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Siemens liefert Solarreceiver nach Spanien http://bit.ly/dy13no - cool blog!
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Bundespräsident Wulff besucht Solarreceiver-Fertigung von Siemens in Israel http://bit.ly/e94BPw
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