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Materials World
@materialsworld
Materials science, engineering, #mining and #packaging news from the @iom3 members' magazine. RTs & tweets of external sources are not necessarily endorsements.
ID:22068298
http://www.iom3.org/materialsworld/tw 26-02-2009 21:55:28
22,8K Tweets
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In ' #AI goes underground' - Michael Schwartz, explores how #ArtificialIntelligence is changing the face of #mining , with help from:
Rob Ferguson Seequent
GeologicAI CEO Grant Sanden
Sanjit Shewale ABB
Read more at: bit.ly/44SyMkY
![Materials World (@materialsworld) on Twitter photo 2024-05-22 14:00:02 In '#AI goes underground' - Michael Schwartz, explores how #ArtificialIntelligence is changing the face of #mining, with help from: Rob Ferguson @Seequentglobal @geologic_ai CEO Grant Sanden Sanjit Shewale @ABBgroupnews Read more at: bit.ly/44SyMkY In '#AI goes underground' - Michael Schwartz, explores how #ArtificialIntelligence is changing the face of #mining, with help from: Rob Ferguson @Seequentglobal @geologic_ai CEO Grant Sanden Sanjit Shewale @ABBgroupnews Read more at: bit.ly/44SyMkY](https://pbs.twimg.com/media/GOLL62cWMAE3Udq.jpg)
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A compound to #3DPrint lightweight #telecommunication #antennae and other connectivity devices has been developed by University of British Columbia -and Drexel University from #MXene with #Nylon12 , also known as #Polyamide12 .
Yury Gogotsi and Prof Mohammad H. Zarifi explain, read more at: bit.ly/3Vd05Dv
![Materials World (@materialsworld) on Twitter photo 2024-05-22 09:40:01 A compound to #3DPrint lightweight #telecommunication #antennae and other connectivity devices has been developed by @UBC -and @DrexelUniv from #MXene with #Nylon12, also known as #Polyamide12. @gogotsi1 and Prof Mohammad H. Zarifi explain, read more at: bit.ly/3Vd05Dv A compound to #3DPrint lightweight #telecommunication #antennae and other connectivity devices has been developed by @UBC -and @DrexelUniv from #MXene with #Nylon12, also known as #Polyamide12. @gogotsi1 and Prof Mohammad H. Zarifi explain, read more at: bit.ly/3Vd05Dv](https://pbs.twimg.com/media/GOLDq0cWcAEjg65.jpg)
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A printing process #NonMetallic materials is five times faster than traditional #3Dprinting , according to Materials Scientist Samuel Leguizamon and colleagues Sandia National Labs
Read more at: bit.ly/3wJFnl8
![Materials World (@materialsworld) on Twitter photo 2024-05-20 13:36:09 A printing process #NonMetallic materials is five times faster than traditional #3Dprinting, according to Materials Scientist Samuel Leguizamon and colleagues @SandiaLabs Read more at: bit.ly/3wJFnl8 A printing process #NonMetallic materials is five times faster than traditional #3Dprinting, according to Materials Scientist Samuel Leguizamon and colleagues @SandiaLabs Read more at: bit.ly/3wJFnl8](https://pbs.twimg.com/media/GOBqnLhXMAAZWl7.jpg)
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#Printable #semiconductors could be key to mass producing #SmartSensors .
They include organic semiconductors; metal-oxide semiconductors of #indium , #gallium , and/or #zinc ; #CarbonNanotubes and 2D materials' - Prof Vincenzo Pecunia FIMMM Simon Fraser University .
Read more at: bit.ly/4argXL9
![Materials World (@materialsworld) on Twitter photo 2024-05-17 15:53:27 #Printable #semiconductors could be key to mass producing #SmartSensors. They include organic semiconductors; metal-oxide semiconductors of #indium, #gallium, and/or #zinc; #CarbonNanotubes and 2D materials' - Prof @V_Pecunia FIMMM @SFU . Read more at: bit.ly/4argXL9 #Printable #semiconductors could be key to mass producing #SmartSensors. They include organic semiconductors; metal-oxide semiconductors of #indium, #gallium, and/or #zinc; #CarbonNanotubes and 2D materials' - Prof @V_Pecunia FIMMM @SFU . Read more at: bit.ly/4argXL9](https://pbs.twimg.com/media/GNysp-bWcAAUzMA.jpg)
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A technique for #Textile #ReinforcedConcrete has been designed at Chalmers University of Technology .
Prof Karin Lundgren et al say replacing steel with textiles can reduce #cement and #concrete - creating slender, lightweight structures with lower emissions.
Read more at: bit.ly/3ypZOUL
![Materials World (@materialsworld) on Twitter photo 2024-05-17 10:17:44 A technique for #Textile #ReinforcedConcrete has been designed at @chalmersuniv . Prof Karin Lundgren et al say replacing steel with textiles can reduce #cement and #concrete - creating slender, lightweight structures with lower emissions. Read more at: bit.ly/3ypZOUL A technique for #Textile #ReinforcedConcrete has been designed at @chalmersuniv . Prof Karin Lundgren et al say replacing steel with textiles can reduce #cement and #concrete - creating slender, lightweight structures with lower emissions. Read more at: bit.ly/3ypZOUL](https://pbs.twimg.com/media/GNxfmVjW8AATz-Z.jpg)
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Treating produced #water – a by-product of #OilAndGas operations – using carbon dioxide could #recover #valuable #elements , according to Dr Hamid Samouei Texas A&M University.
Read more at: bit.ly/4dF5ASv
![Materials World (@materialsworld) on Twitter photo 2024-05-16 15:33:37 Treating produced #water – a by-product of #OilAndGas operations – using carbon dioxide could #recover #valuable #elements, according to Dr Hamid Samouei @TAMU. Read more at: bit.ly/4dF5ASv Treating produced #water – a by-product of #OilAndGas operations – using carbon dioxide could #recover #valuable #elements, according to Dr Hamid Samouei @TAMU. Read more at: bit.ly/4dF5ASv](https://pbs.twimg.com/media/GNtewDOWcAAugAA.jpg)
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In their article ' #PorousMaterials branch out', Chris Bowen and Alexander O'Malley University of Bath examine the wide potential of these materials at multiple scales.
Read more at: bit.ly/3WIxoPW
![Materials World (@materialsworld) on Twitter photo 2024-05-16 11:06:30 In their article '#PorousMaterials branch out', @BowenNEMESIS and @Alex_J_OMalley @UniofBath examine the wide potential of these materials at multiple scales. Read more at: bit.ly/3WIxoPW In their article '#PorousMaterials branch out', @BowenNEMESIS and @Alex_J_OMalley @UniofBath examine the wide potential of these materials at multiple scales. Read more at: bit.ly/3WIxoPW](https://pbs.twimg.com/media/GNsh_tVWUAEwdoR.jpg)
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An #electrochemical technique to safely extract #PreciousMetals from #LowGradeOre and discarded electronics reportedly uses less energy and fewer chemicals, says Professor Xiao Su and Postdoctoral researcher Stephen Cotty University of Illinois
Read more at: bit.ly/3yfxpjY
![Materials World (@materialsworld) on Twitter photo 2024-05-15 15:00:01 An #electrochemical technique to safely extract #PreciousMetals from #LowGradeOre and discarded electronics reportedly uses less energy and fewer chemicals, says Professor Xiao Su and Postdoctoral researcher Stephen Cotty @UofIllinois Read more at: bit.ly/3yfxpjY An #electrochemical technique to safely extract #PreciousMetals from #LowGradeOre and discarded electronics reportedly uses less energy and fewer chemicals, says Professor Xiao Su and Postdoctoral researcher Stephen Cotty @UofIllinois Read more at: bit.ly/3yfxpjY](https://pbs.twimg.com/media/GNnbDCuWkAE5P9T.jpg)
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In her recent feature article, Dr Katherine Inzani MIMMM Uni of Nottingham #WeAreUoN clearly quantifies #MaterialsScience for #quantum technologies.
If it has mystified you up till now, have a read at: bit.ly/3WIn1LV
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#MaterialsWorld is calling for #contributors .
We would love to hear from academics or industry professionals who can report on research, a project at commercialisation or any other idea!
Check out the themes and get in touch: bit.ly/mw24-themes
The Institute of Materials, Minerals & Mining
![Materials World (@materialsworld) on Twitter photo 2024-05-15 10:35:22 #MaterialsWorld is calling for #contributors. We would love to hear from academics or industry professionals who can report on research, a project at commercialisation or any other idea! Check out the themes and get in touch: bit.ly/mw24-themes @iom3 #MaterialsWorld is calling for #contributors. We would love to hear from academics or industry professionals who can report on research, a project at commercialisation or any other idea! Check out the themes and get in touch: bit.ly/mw24-themes @iom3](https://pbs.twimg.com/media/GNnRNvYWEAAIZrE.jpg)
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A #tubular #electrolyser that withstands high temperatures could cut costs for #steam -based #hydrogen production.
Prof Nadimul Faisal and co. at Robert Gordon University (RGU) collaborated with University of Surrey on the design, which they say has several advantages.
Read more at: bit.ly/4amcqJC
![Materials World (@materialsworld) on Twitter photo 2024-05-14 15:40:34 A #tubular #electrolyser that withstands high temperatures could cut costs for #steam-based #hydrogen production. @nh_faisal and co. at @RobertGordonUni collaborated with @UniOfSurrey on the design, which they say has several advantages. Read more at: bit.ly/4amcqJC A #tubular #electrolyser that withstands high temperatures could cut costs for #steam-based #hydrogen production. @nh_faisal and co. at @RobertGordonUni collaborated with @UniOfSurrey on the design, which they say has several advantages. Read more at: bit.ly/4amcqJC](https://pbs.twimg.com/media/GNjNiqYWoAESlFK.jpg)
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Find out how #EarlyCareer academics can support their #Wellbeing at: bit.ly/3WH5XGi
Thanks Graham McCartney + penny at CWMT Jonathan's Voice , Kari Clark + Johanna Novales UCL , Ewan Nicholas UK Research and Innovation and Daniel Lawrence University of Liverpool
The Institute of Materials, Minerals & Mining #MentalHealthAwarenessWeek2024
![Materials World (@materialsworld) on Twitter photo 2024-05-14 12:27:20 Find out how #EarlyCareer academics can support their #Wellbeing at: bit.ly/3WH5XGi Thanks Graham McCartney + @PennyAspinall @jonathans_voice , Kari Clark + Johanna Novales @ucl , Ewan Nicholas @UKRI_News and Daniel Lawrence @LivUni @iom3 #MentalHealthAwarenessWeek2024 Find out how #EarlyCareer academics can support their #Wellbeing at: bit.ly/3WH5XGi Thanks Graham McCartney + @PennyAspinall @jonathans_voice , Kari Clark + Johanna Novales @ucl , Ewan Nicholas @UKRI_News and Daniel Lawrence @LivUni @iom3 #MentalHealthAwarenessWeek2024](https://pbs.twimg.com/media/GNifj4-WgAEOip0.jpg)
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Our May digital edition is now live, exclusive to The Institute of Materials, Minerals & Mining members - who can read it at: bit.ly/3FfxkOi
![Materials World (@materialsworld) on Twitter photo 2024-05-10 14:11:49 Our May digital edition is now live, exclusive to @iom3 members - who can read it at: bit.ly/3FfxkOi Our May digital edition is now live, exclusive to @iom3 members - who can read it at: bit.ly/3FfxkOi](https://pbs.twimg.com/media/GNOS4FcXQAAv70-.jpg)
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In Mitigating #microplastics , John Ferguson at Binn EcoPark reviews the increasing risk of micro- and #nanoplastics from #PlasticsRecycling .
Read more at: bit.ly/3JzewuE
![Materials World (@materialsworld) on Twitter photo 2024-05-03 14:00:01 In Mitigating #microplastics, John Ferguson at Binn EcoPark reviews the increasing risk of micro- and #nanoplastics from #PlasticsRecycling. Read more at: bit.ly/3JzewuE In Mitigating #microplastics, John Ferguson at Binn EcoPark reviews the increasing risk of micro- and #nanoplastics from #PlasticsRecycling. Read more at: bit.ly/3JzewuE](https://pbs.twimg.com/media/GMVwN-KXYAEAP_l.jpg)
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' #PlasticsRecycling is a pivotal solution against environmental degradation and waste management challenges.'
Dr Shona Marsh NETZSCH Pumps & Systems , evaluates how #WasteCharacterisation can enhance #plastics recycling.
Read more at: bit.ly/4aVZb3c
![Materials World (@materialsworld) on Twitter photo 2024-05-03 10:00:01 '#PlasticsRecycling is a pivotal solution against environmental degradation and waste management challenges.' Dr Shona Marsh @netzschpumps , evaluates how #WasteCharacterisation can enhance #plastics recycling. Read more at: bit.ly/4aVZb3c '#PlasticsRecycling is a pivotal solution against environmental degradation and waste management challenges.' Dr Shona Marsh @netzschpumps , evaluates how #WasteCharacterisation can enhance #plastics recycling. Read more at: bit.ly/4aVZb3c](https://pbs.twimg.com/media/GMV4PfTXcAAvGgA.jpg)
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'...recent changes in the business environment are pushing companies to reconsider the circular economy...'
Joyce Kim and Michael Anthony Yap Marakon Consulting , review #CircularManufacturing
Read more at: bit.ly/4aSIWno
![Materials World (@materialsworld) on Twitter photo 2024-05-02 14:00:01 '...recent changes in the business environment are pushing companies to reconsider the circular economy...' Joyce Kim and Michael Anthony Yap @Marakon , review #CircularManufacturing Read more at: bit.ly/4aSIWno '...recent changes in the business environment are pushing companies to reconsider the circular economy...' Joyce Kim and Michael Anthony Yap @Marakon , review #CircularManufacturing Read more at: bit.ly/4aSIWno](https://pbs.twimg.com/media/GMVqSAhW4AAaTz_.jpg)
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In 'Getting the GIST of #tailings management', Geotechnical Engineer Martha Needs MIMMM
Knight Piésold UK notes challenges in four critical areas from three years of audits on the Global Industry Standard on #TailingsManagement
Read more at: bit.ly/3vLLV2h
#MineTailings pic.x.com/8vivw3orks
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Enzo Satkuru-Granzella Mkango Resources #MKA
and Abeshaa Mahendran HYPROMAG INDONESIA assess a #RareEearth recycling method that uses hydrogen
Read more at: bit.ly/3Q0AaeX
![Materials World (@materialsworld) on Twitter photo 2024-05-01 14:00:00 Enzo Satkuru-Granzella @MkangoResources and Abeshaa Mahendran @hypromag assess a #RareEearth recycling method that uses hydrogen Read more at: bit.ly/3Q0AaeX Enzo Satkuru-Granzella @MkangoResources and Abeshaa Mahendran @hypromag assess a #RareEearth recycling method that uses hydrogen Read more at: bit.ly/3Q0AaeX](https://pbs.twimg.com/media/GMGi1s9WYAAxtDK.jpg)
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Dr Michael Euan Ford MIMMM HLK dissects BRAIN Biotech AG patent for the recovery of #PreciousMetals from industrial wastes like #FlyAsh - where ~2,000 microbial strains were tested to find the most suitable candidates for #bioleaching .
Read more at: bit.ly/4aYBl6H
![Materials World (@materialsworld) on Twitter photo 2024-05-01 10:00:02 Dr Michael Euan Ford MIMMM @hlk_ip dissects @BRAINbiotech patent for the recovery of #PreciousMetals from industrial wastes like #FlyAsh - where ~2,000 microbial strains were tested to find the most suitable candidates for #bioleaching. Read more at: bit.ly/4aYBl6H Dr Michael Euan Ford MIMMM @hlk_ip dissects @BRAINbiotech patent for the recovery of #PreciousMetals from industrial wastes like #FlyAsh - where ~2,000 microbial strains were tested to find the most suitable candidates for #bioleaching. Read more at: bit.ly/4aYBl6H](https://pbs.twimg.com/media/GMGkJhLWkAAyw0t.jpg)