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The discussions express strong interest and support for the research, as seen in phrases like 'amazing algae' and 'powering marine IoT,' emphasizing its potential impact. The tone is enthusiastic and optimistic, with mentions of practical applications and innovative methods, indicating that the group views this breakthrough as a meaningful advancement in renewable energy technology.
Most discussions highlight enthusiasm and support for the innovative technology, indicating broad agreement on its potential benefits.
Posts are highly engaged with the subject, mentioning specific applications like powering marine IoT devices and emphasizing its novelty.
Many posts include references to videos, applications, and scientific details, showing moderate depth of engagement.
The frequent mention of real-world uses and the analogy to natural seaweed demonstrate that users perceive this research as having significant influence on renewable energy and marine technology.
Mechanical seaweed triboelectric nanogenerator (S-TENG) powering a thermometer. https://t.co/KVJAd7do47 from Minyi Xu and Zhong Lin Wang at Dalian Maritime University and Chinese Academy of Sciences /CJD https://t.co/qyo1om5DEU
Harvesting #wave #energy in the #ocean using seaweed-like #nano generators https://t.co/uproonQ40e @acsnano from Zhonglin Wang @GeorgiaTech & Minyu Zhu /PSW @PSWnano #blueenergy #blue https://t.co/azFSOudWAr
These flexible power generators mimic the way seaweed sways to efficiently convert surface and underwater waves into electricity. Learn more: https://t.co/7GaeOEt5Sb Watch a video: https://t.co/CHqB3ZmWM9 #CCEW #AmazingAlgae #EarthDay2023
Seaweed-like device generates electricity underwater! Watch this video of some cool chemistry that I wrote the script for
Seaweed-Like Device Generates Electricity Underwater (from https://t.co/KVJAd7do47 by Minyi Xu and Zhong Lin Wang at Dalian Maritime University and Chinese Academy of Sciences; see this news piece: https://t.co/kpNCGkuPQp. ) https://t.co/vgHf6Vwp06 /CJD
RT @acsnano: Seaweed-Like Device Generates Electricity Underwater (from https://t.co/KVJAd7do47 by Minyi Xu and Zhong Lin Wang at Dalian Ma…
The ocean needs power banks to monitor climate change effects. Nanogenerators may enable sustainable, independent energy sources. This video explores small-scale generators vital for future marine energy applications.
Ocean waves hold vast renewable energy potential. Researchers have developed flexible, seaweed-like power generators that convert wave motion into electricity, ideal for powering marine sensors and IoT devices.
https://t.co/r74PEvSgRj
These flexible power generators mimic the way seaweed sways to efficiently convert surface and underwater waves into electricity. Learn more: https://t.co/7GaeOEt5Sb Watch a video: https://t.co/CHqB3ZmWM9 #CCEW #AmazingAlgae #EarthDay2023
摩擦帯電型ナノ発電機は、静電誘導発電の一種だ。 古くはバンデグラフやウィムズハースト起電機が知られている。 1m2あたり313W級の発電が可能であり、風・波・振動からも電力を取り出せる。 地震のエネルギーを吸収し、蓄電する素材としても将来性がある技術である。 https://t.co/XdxgdGm3h7
Nanogeneratoren statt Batterien? Strom durch Triboelektrizität https://t.co/7rnVDK7IBe via @YouTube #Speicher #ErneuerbareEnergie
Seaweed-Like Device Generates Electricity Underwater https://t.co/jzsRweGV3v via YouTube @YouTube
RT @acsnano: Seaweed-Like Device Generates Electricity Underwater (from https://t.co/KVJAd7do47 by Minyi Xu and Zhong Lin Wang at Dalian Ma…
Seaweed-Like Device Generates Electricity Underwater (from https://t.co/KVJAd7do47 by Minyi Xu and Zhong Lin Wang at Dalian Maritime University and Chinese Academy of Sciences; see this news piece: https://t.co/kpNCGkuPQp. ) https://t.co/vgHf6Vwp06 /CJD
@TODAYonline https://t.co/R9cAgYTCmr
Energy-harvesting nanogenerator inspired by swaying seaweed. https://t.co/RwvHtAipgV https://t.co/iOr5r2NuXX
#Energia #Onde #Oceano Ricercatori hanno sviluppato generatori elettrici che imitano il modo in cui le alghe ondeggiano per convertire le onde in elettricità. https://t.co/jUk95jKcMb
Seaweed-like device generates electricity underwater! Watch this video of some cool chemistry that I wrote the script for
RT @Crane_MolTech: #ACS_Nano 面白い成果（MP4動画が4本あります） 去年辺りから一気に盛んになってきた摩擦帯電ナノジェネレーター。ここでは海藻を模して、海中でゆらゆら揺れながら発電させている。 文の S-TENG のSは seaweed で海藻のこ…
#ACS_Nano 面白い成果（MP4動画が4本あります） 去年辺りから一気に盛んになってきた摩擦帯電ナノジェネレーター。ここでは海藻を模して、海中でゆらゆら揺れながら発電させている。 文の S-TENG のSは seaweed で海藻のこと。 https://t.co/PRpCxVi56c
RT @acsnano: Mechanical seaweed triboelectric nanogenerator (S-TENG) powering a thermometer. https://t.co/KVJAd7do47 from Minyi Xu and Zhon…
RT @acsnano: Mechanical seaweed triboelectric nanogenerator (S-TENG) powering a thermometer. https://t.co/KVJAd7do47 from Minyi Xu and Zhon…
RT @acsnano: Mechanical seaweed triboelectric nanogenerator (S-TENG) powering a thermometer. https://t.co/KVJAd7do47 from Minyi Xu and Zhon…
Mechanical seaweed triboelectric nanogenerator (S-TENG) powering a thermometer. https://t.co/KVJAd7do47 from Minyi Xu and Zhong Lin Wang at Dalian Maritime University and Chinese Academy of Sciences /CJD https://t.co/qyo1om5DEU
RT @acsnano: Harvesting #wave #energy in the #ocean using seaweed-like #nano generators https://t.co/uproonQ40e @acsnano from Zhonglin Wang…
RT @acsnano: Harvesting #wave #energy in the #ocean using seaweed-like #nano generators https://t.co/uproonQ40e @acsnano from Zhonglin Wang…
RT @acsnano: Harvesting #wave #energy in the #ocean using seaweed-like #nano generators https://t.co/uproonQ40e @acsnano from Zhonglin Wang…
RT @acsnano: Harvesting #wave #energy in the #ocean using seaweed-like #nano generators https://t.co/uproonQ40e @acsnano from Zhonglin Wang…
Harvesting #wave #energy in the #ocean using seaweed-like #nano generators https://t.co/uproonQ40e @acsnano from Zhonglin Wang @GeorgiaTech & Minyu Zhu /PSW @PSWnano #blueenergy #blue https://t.co/azFSOudWAr
[ASAP] Flexible Seaweed-Like Triboelectric Nanogenerator as a Wave Energy Harvester Powering Marine Internet of Things https://t.co/RaBuBRDYkY