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Posts highlight various aspects of the article, with users stating phrases like 'ancient Roman concrete has self-healing properties' and discussing the potential for modern applications of these findings. The tone ranges from excitement to intrigue, particularly in comments about how these discoveries could reshape materials science, as seen in discussions asking 'Why wasn't this discovered earlier?' and emphasizing the balance between environmental sustainability and structural integrity.
While some posts express skepticism regarding the effectiveness of ancient Roman concrete compared to modern materials, the majority acknowledge and support the findings detailed in the publication.
The discussions reveal a high level of curiosity, as many participants discuss the findings and methods extensively.
Many users reference specific components of the research, such as the hot mixing process and self-healing properties, indicating a moderate depth of engagement.
Several users express a belief that these insights could significantly influence modern construction practices, suggesting a high perceived impact.
修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScienceAdvances誌https://t.co/z7Dc4KRphM
Os detalhes técnicos são bem mais específicos do que isso, ok? Eu tentei fazer um resumo para entendermos em linguagem não institucional, mas vou deixar aqui o artigo completo para quem desejar ler: https://t.co/CRNdAEPrmY
@OptimoPrincipi @PhillipsPOBrien That it still stands is probably due to the self healing properties of Roman concrete. Seymour LM, et al. Hot mixing: Mechanistic insights into the durability of ancient Roman concrete. Sci Adv. 2023 6;9:eadd1602. doi: 10.1126/sciadv.add1602. https://t.co/hEzmiKrY2w
How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx https://t.co/8WDiomgJ3D
... and wondered if it was just inefficient mixing of the mortar/cement. These structures are calcium-rich salts called 'lime clasts' and they're somewhat brittle. The big reveal is that the Romans developed self-healing concrete: the lime clasts FORMED in the tiny microcracks during curing...
@_Aesthetic_City Maybe Roman concrete will be an option again since they figured out why it lasts so long, at least if not steel reinforced. https://t.co/PZczaq6bdQ
Dr. Miano explores the top 20 historical finds of the past year, highlighting remarkable archaeological discoveries. Additionally, learn about the durability of ancient Roman concrete, revealing insights into its…
This video examines the effects of climate change on marine ecosystems, highlighting how rising temperatures and ocean acidification threaten biodiversity. Discover the critical challenges facing our oceans and the…
New research reveals how the remarkable durability of Roman concrete lasts for thousands of years. Using advanced techniques, researchers discovered that the Romans likely employed a hot mixing process with quicklime…
Discover the incredible secret behind ancient Roman concrete's durability. Researchers reveal that a hot mixing process involving quicklime may have created reactive inclusions, enabling self-healing capabilities. Could…
#concrete #building #selfhealingconcrete #PozzolonicConcrete #RomanConcrete #Romans #technology #construction Original open access article Seymour et al. Jan. 6, 2023 Sci Adv 9(1):eadd1602 Hot mixing: Mechanistic insights into the durability of ancient Roman concrete doi.org/10.1126/scia...
@PhilConte007 Ça vaut pas le béton romain ! https://t.co/XjOy7YdSnI
@SullenSeagull Le béton moderne n'est pas fait pour durer, à cause du phénomène naturel de carbonatation, ce qui ne serait pas un pb en soit, si il n'y avait pas d'armature ferreuse. Vous pouvez aussi lire cette étude
@ChadNutterGeez @Ulrich1976c @SpaceResTech @AlaskaLawlor @The_JoeBob @rjward1775 @m3sca1 @benmagelsen @InkFromAStone @nart_rio @JaraySzabolcs I have this document. I think @benmagelsen mentioned it, sorry if I'm wrong! Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/3p2YwyYGXh
RT @kmika77: https://t.co/ozyLsq000a ローマン・コンクリート 熱を加えると補修出来る？ https://t.co/lPyO9SIXW3
RT @piscitelli: Por qué el hormigón romano sigue en pie: la mezcla ancestral que resiste más de 2.000 mil años y se repara sola https://t.c…
RT @piscitelli: Por qué el hormigón romano sigue en pie: la mezcla ancestral que resiste más de 2.000 mil años y se repara sola https://t.c…
RT @piscitelli: Por qué el hormigón romano sigue en pie: la mezcla ancestral que resiste más de 2.000 mil años y se repara sola https://t.c…
Por qué el hormigón romano sigue en pie: la mezcla ancestral que resiste más de 2.000 mil años y se repara sola https://t.co/rBMwf8aXZe https://t.co/eaDkoUU10i @cscolari @julitoalonso @edmundogs @christilcara
раньше даже бетон и тот лучше был! https://t.co/caKmRPPsag
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/FO337qF3C5
Exploring and learning from the structures that have survived generations. https://t.co/3Xr0JZdlr0 https://t.co/vwQwsmpHGu
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/0TZwA1bbev
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete The key findings of recent research into ancient Roman concrete durability. The studies have indeed revealed several important insights: The use of hot mixing with quicklime was a crucial
RT @centerinventor1: @JayArehart I have a #DurableDESIGN for #HempHomes #CannabisCabins Let's rebuild ravaged Turkey @canyaman1989 &
RT @centerinventor1: @JayArehart @BurchertMichael @JoeGiddings4 @constructionlca @hemp_build Hot mixing was key to the super-durable nature…
@Culture_Crit Great post! I just wanted to clarify that the quicklime clasts are calcium oxide (CaO) and not calcium carbonate (CaCO3). https://t.co/UbqkDk8VeY
Learning -- The crucial importance of processing technologies for desired outcomes. Ancient Roman concretes have survived millennia in the worst conditions, what did they do ? Hot mixing: Mechanistic insights into the durability of ancient Roman concrete. https://buff.ly/4fHTybN
Learning -- The crucial importance of processing technologies for desired outcomes. Ancient Roman concretes have survived millennia in the worst conditions, what did they do ? Hot mixing: Mechanistic insights into the durability of ancient Roman concrete. https://t.co/brITFGfCsB
@sx200ii @timecaptales @historyinmemes Here's a link to a page where you can download a PDF that contains the whole study. https://t.co/Kxo0uigJnA
Here's the link to a page where you can download a PDF that contains the whole study. https://t.co/Kxo0uigJnA
Now the elections aren’t dominating, I wanted to share a fascinating science article that answers why ancient Roman concrete is so durable -which can change how we build. The article also links to the underlying study. https://t.co/qusefKjUVn
... and wondered if it was just inefficient mixing of the mortar/cement. These structures are calcium-rich salts called 'lime clasts' and they're somewhat brittle. The big reveal is that the Romans developed self-healing concrete: the lime clasts FORMED in the tiny microcracks during curing...
Os detalhes técnicos são bem mais específicos do que isso, ok? Eu tentei fazer um resumo para entendermos em linguagem não institucional, mas vou deixar aqui o artigo completo para quem desejar ler: https://t.co/CRNdAEPrmY
@owenil https://t.co/mQFBLlqb3t
@lofiQtip @aitorehm This article in @ScienceMagazine has some interesting insights into what made Roman concrete so durable https://t.co/A5BJJDJcnE
@Jac5Connor Yup https://t.co/iTVeUUO1aa
RT @IgnisLaAlpaca: @El10_Cruyffista @ALJNDR_PD @VIEJODELBAR2 @magnoamable Es un área que se lleva estudiando décadas, porque es algo que as…
@El10_Cruyffista @ALJNDR_PD @VIEJODELBAR2 @magnoamable Es un área que se lleva estudiando décadas, porque es algo que asombra, pero el ultimo gran descubrimiento es de 2023 https://t.co/Po3yiFfcgk
@AstralChanges @derek__olson You are right, I am an archaeologist. What a granite Egyptian vase would you like to make :) and would you please stop calling it cement - its concrete - This article should sort you out. https://t.co/uz0SZVyMpD
RT @kmika77: https://t.co/ozyLsq000a ローマン・コンクリート 熱を加えると補修出来る？ https://t.co/lPyO9SIXW3
@ABruncic @surfon Ni čisto prevod, ampak najbrž. Sklicuje se sicer na eno drugo varanto, ki se sklicuje na tole; https://t.co/FZNUohXfjf
Last year researchers found that Romans likely used a hot-mixing recipe that leaves conspicuous lumps of lime. When cracks form, infiltrating water reacts with the extra calcium to help reseal the cracks, possibly explaining some of the mystery. https://t.co/q11Erea9FB
@MorlockP Rome used a quicklime recipe that really was lost during the Dark Ages! https://t.co/IeU7vUAZAX
@Roro83005776 @timecaptales @historyinmemes If you trust MIT researchers, yes... https://t.co/lnXMaU6MMq
@PiotrSzut @KaplanBen_Fr Le béton ? Il y a béton et béton alors. Cette étude du MIT sur la résistance dans le temps du béton romain le montre. https://t.co/lX7DDNeIvn
RT @centerinventor1: @JayArehart I have a #DurableDESIGN for #HempHomes #CannabisCabins Let's rebuild ravaged Turkey @canyaman1989 &
RT @DavidePerina: @pierpi13 Avevo letto qualcosa a riguardo su: https://t.co/LFlHIUr5ag La tua fonte è la stessa oppure hai da suggerirmi a…
RT @centerinventor1: @JayArehart I have a #DurableDESIGN for #HempHomes #CannabisCabins Let's rebuild ravaged Turkey @canyaman1989 &
RT @DavidePerina: @pierpi13 Avevo letto qualcosa a riguardo su: https://t.co/LFlHIUr5ag La tua fonte è la stessa oppure hai da suggerirmi a…
RT @rlucia: @pierpi13 @guido_righini Questo è il paper di Seymour et al. sull’argomento https://t.co/bdpJf0WbV6
https://t.co/0oSbFdNDPT
https://t.co/V8SQmT7eTb
@pierpi13 Avevo letto qualcosa a riguardo su: https://t.co/LFlHIUr5ag La tua fonte è la stessa oppure hai da suggerirmi altri papers?
RT @SusanneStreif: @pierpi13 Hier ein relativ aktueller Artikel zum Stand der Forschung. https://t.co/fkQxio4FnN
RT @rlucia: @pierpi13 @guido_righini Questo è il paper di Seymour et al. sull’argomento https://t.co/bdpJf0WbV6
RT @SusanneStreif: @pierpi13 Hier ein relativ aktueller Artikel zum Stand der Forschung. https://t.co/fkQxio4FnN
@pierpi13 Hier ein relativ aktueller Artikel zum Stand der Forschung. https://t.co/fkQxio4FnN
@pierpi13 @guido_righini Questo è il paper di Seymour et al. sull’argomento https://t.co/bdpJf0WbV6
1/12: This paper shows that the durability of ancient Roman concrete is conferred by unreacted “lime clasts” within the matrix. The authors recapitulate the ancient recipe and demonstrate its self-healing properties
RT @kmika77: https://t.co/ozyLsq000a ローマン・コンクリート 熱を加えると補修出来る？ https://t.co/lPyO9SIXW3
@guofa89 @lidangzzz 是这篇吧，https://t.co/4ceAUsQSnV
@lidangzzz 罗马水泥，找了篇发在science advances上的论文。 https://t.co/4ceAUsQkyn
@BenRatkaj You're forgetting the fact that we just recently rediscovered the process to make Roman Concrete, used in structures still standing 2,000 years later. Unlike our concrete structures that easily fail after less than a century. https://t.co/4qq2rA4pA1
@Amy_Sober Here’s a link to the article “Hot mixing: Mechanistic insights into the durability of ancient Roman concrete” https://t.co/cmuJc2sIg1
@6xlk7m5lebIxcx3 コンクリートには大敵(´・ω・｀) ローマン・コンクリートは、雨による自己修復能力から、酸性雨にはある程度耐性あるかも。 https://t.co/7tPgwcKIvv
@benmagelsen @ejhong https://t.co/A2fSK34hBA This MIT/Harvard paper says the bad mixing is the key.
https://t.co/ozyLsq000a ローマン・コンクリート 熱を加えると補修出来る？ https://t.co/lPyO9SIXW3
An analysis of ancient Roman concrete—renowned for its longevity—suggests that “hot mixing” with quicklime could imbue modern concrete with self-healing properties and reduce its carbon footprint. Check out the standout #ScienceAdvances study from 2023: https://t.co/D98Bysb5l0 https://t.co/VlifR4nJJR
RT @SconnieFella: @_Aesthetic_City Maybe Roman concrete will be an option again since they figured out why it lasts so long, at least if no…
@_Aesthetic_City Maybe Roman concrete will be an option again since they figured out why it lasts so long, at least if not steel reinforced. https://t.co/PZczaq6bdQ
@schwift @Jacksepticeye #Hempcrete=COOL But Hot mixing was key to super-durable nature of ancient Rome concrete because it provides critical self-healing functionality reduces concrete’s climate impact https://t.co/4dKkj67YSU Path to emissions-free cement? https://t.co/bj4gCkdEDj https://t.co/Q78F8SkSwG
@CEMEXMx https://t.co/yDEVD8nv8U
@Pedro_Torrijos @FranciscoSV81 "In contrast to their modern counterparts, ancient Roman mortars and concretes have remained durable in a variety of climates, seismic zones, and even in direct contact with seawater, as in the case for maritime concrete." https://t.co/Sj8LiomZG4 https://t.co/sfJSr5YHUp
@Pedro_Torrijos @FranciscoSV81 https://t.co/NTd60F1lQm
@EstudioMaratea @Pedro_Torrijos @FranciscoSV81 Serás pendejo. De seguro sabes más que los científicos del MIT. https://t.co/NTd60F1lQm
@Culture_Crit Roman plaster has self-healing properties and is considered superior to modern methods. Here's the fake Western science article about some of that https://t.co/BhefYL44LZ
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/ShVKIMWVry
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
@historyinmemes The unexpected ancient manufacturing strategy might hold the key to the architectural creations by the Romans, said Hot mixing: Mechanistic insights into the durability of ancient Roman concrete.......
@depthmapped @alexandrosM I mean we figured out this year how the Romans made self healing concrete. I'd bet there's a lot more we just have no idea to look for https://t.co/2qiksk6Ftl
@3DrakaiNa They turned lime into quicklime. They put the quicklime directly into the mix. Getting a hot reaction. Forming lime clasts. Cracks would form there, but water would react to it forming new calcium sealing it. https://t.co/ATKZe23zft
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
RT @physorg_com: How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx…
How are ancient #Roman and Mayan buildings still standing? Scientists are unlocking their secrets https://t.co/84Hl5jvBYx https://t.co/8WDiomgJ3D
RT @diet_rams: sometimes i think about how we forgot how to make cement for almost two thousand years after the roman empire, thought we re…
RT @centerinventor1: @JayArehart @BurchertMichael @JoeGiddings4 @constructionlca @hemp_build Hot mixing was key to the super-durable nature…
sometimes i think about how we forgot how to make cement for almost two thousand years after the roman empire, thought we rediscovered it in the 1800s, only to find out in 2023 that roman cement was actually self healing https://t.co/1tGVlJ1zMi https://t.co/e6CW4iqxfI
https://t.co/I0fysd7TFz Hot mixing: Mechanistic insights into the durability of ancient Roman concrete Linda M. Seymour & Admir Masic +3 authors SCIENCE ADVANCES • 6 Jan 2023 Vol 9, Issue 1 DOI: 10.1126/sciadv.add1602 196,202 Abstract Ancient Roman concretes have ...
@bauhansi @NaoCasanova
RT @KenRobson4: Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/nPB8PMvkS0
@kb_french @IntrovertedPol @JSMilbank https://t.co/Q5ksvRcM7o
@Rainmaker1973 This will be perfect using ancient Romans technique
@web_the_third @EtUsLiFe @Rainmaker1973 This is what you are looking for. It's a pleasure. Cheers from Rome
Pepe, ese es otro tema, el MIT, tiene un estudio muy interesante d cómo los romanos empleaban diversas técnicas d fabricación con las q consiguieron una masa ULTRA RESISTENTE y q no solo se secaba antes, sino q además se AUTOREPARABA con el paso del tiempo https://t.co/hbNFummuHL
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/SayJ447005
A fascinating piece. Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/O7amFQ55mC
@signaltubes @SwiftOnSecurity Except now we do know https://t.co/E6PDFLgZVd
@LefterisJP @polarpunklabs And 1:1 replica includes duration across time It took us 2000 years to figure out how the Romans made their concrete last so long and resist sea water What's the % chance some number of small alterations like that are present in cathedral building? https://t.co/EnjNzHkEp4
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/M8CIwmCZ8v
https://t.co/xeAsscxII6
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/nPB8PMvkS0
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/tiCyhsRP0c
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/7aLO96GGm5
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/BO5Qd3bysH
Noted: Hot mixing: mechanistic insights into the durability of ancient Roman concrete https://t.co/X3bLlXFoxS
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/QwFCaH6RZb
RT @ticiaverveer: Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/3mJsUkoIT0
A very cool article! I enjoyed reading it a lot.
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/KwrI4i2S2P
Researchers think they figured out the secret to Ancient Roman concrete!!! https://t.co/bxAz0teS5X
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/nlrwwOLXJC
RT @DeeJaySas: @OptimoPrincipi @PhillipsPOBrien That it still stands is probably due to the self healing properties of Roman concrete. Sey…
#History meets #Chemistry #calcium Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/3AcBt8RdzV
Publication @ScienceAdvances Hot mixing: Mechanistic insights into the durability of ancient #Roman #concrete https://t.co/0u1M0kjHUH 2/n
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete
RT @DeeJaySas: @OptimoPrincipi @PhillipsPOBrien That it still stands is probably due to the self healing properties of Roman concrete. Sey…
RT @DeeJaySas: @OptimoPrincipi @PhillipsPOBrien That it still stands is probably due to the self healing properties of Roman concrete. Sey…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/MpP3kbxQ62
@OptimoPrincipi @PhillipsPOBrien That it still stands is probably due to the self healing properties of Roman concrete. Seymour LM, et al. Hot mixing: Mechanistic insights into the durability of ancient Roman concrete. Sci Adv. 2023 6;9:eadd1602. doi: 10.1126/sciadv.add1602. https://t.co/hEzmiKrY2w
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/7ObgHmwvC9
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/dtZzb6VkJg
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/q3PEPxDc1c
Why Roman concrete lasts for ages Roman concrete has ‘self-healing’ properties that have helped it to last for millennia.
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances It’s so fascinating how there are still aspects from ancient civilisations around the world that are ahead of our present https://t.co/0LXN5FxyFC
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/QWnvSs6ihh
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/p6U5bx0owu
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/bAMSANEhG2
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/4ktU4nkHHr
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/9Xj1WCBb3G
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/63eNb0m2nY
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/3mJsUkoIT0
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/K3nPdRYSm7
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/gZi5pynIyx
@JosephRomaRoma Very very recently ! Here’s the article link https://t.co/Krl8TxOjam
Self-healing of Roman #cement #materialscience . Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | #Science Advances https://t.co/1tyAFMupsE
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/cJdYOFrxhY
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/xAGApJUZIc
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/wH6YUqs2Se
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/uFkcJX7P32
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
This is so cool! Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/ZGkeZ3QanP
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Finally the mistery is solved. Hot mixing: Mechanistic insights into the durability of ancient Roman concrete. #romanconcrete #archaeology https://t.co/6PiGcotG1d
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/Zy21AdQcZE
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/5fbXHhZ0L8
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
My dad would read journals about concrete and we would talk about it at the kitchen table. I wish I could sit at his kitchen table and ask him about this. Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/fYHWtSkliH
Ever Wondered why Roman Buildings have lasted Thousands of years! They created some amazing Concrete that could heal itself! Check out all the info here! Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/CCdc6iAsL3
¿Por qué el hormigón romano dura más que el nuestro? Aunque, quizás, la pregunta correcta es ¿Por qué nos empeñamos en inventar (mal) lo inventado? Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/YgICLWMrE8
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/Q4uE9F43Ad
RT @amit_h2o: Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/f7XIRYKXoH
Why wasn't this discovered earlier? Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/i4jTH25oUl
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/mFepi16lXM https://t.co/CJur4JG5bV
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/qZMAFeqrV9
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
#ScienceAdvances Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/4kygckjCY8 Ancient Roman concretes have survived millennia. High surface area aggregate-scale lime clasts are retained within the mortar matrix.
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/QAXhO6XGG8
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/90EpmcX9HV
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete. ("Hot mixing ["the exothermic reaction produced by using quicklime instead of only slaked lime], the team...concluded, was actually the key to [its] super-durable nature.") https://t.co/qNiwSjozqE
RT @jmatwood: OH MY GOSH THIS IS SO FREAKING COOL
OH MY GOSH THIS IS SO FREAKING COOL
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/rKKC7lpjgK
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/KlmB6xhBQM
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/9sqtoDO7t6
#links: Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/KJUompAIcO #Forschung #Wissenschaft #Architektur #Hausbau
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances. Les extraordinaires qualités des bétons romains. Lien vers l’article complet. https://t.co/XAkpSbjtmq
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete 2023 January 6 https://t.co/FbJRoAUG6m
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete By Linda M. Seymour, Janille Maragh, Paolo Sabatini, Michel Di Tommaso, James C. Weaver and Admir Masic @MIT @dmat_concrete @Harvard https://t.co/3p2YwyZeMP
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete - Science Advances https://t.co/GMFnLvA1o4
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
RT @sarekore: 修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScien…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/f7XIRYKXoH
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/Q3x7iUH8CI
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/rlTok4Wkwr
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/LE9dIx43ej
修復能力をコンクリートに与えていたからだとわかりました。コンクリート生じた亀裂は他の粒子よりも表面積が大きい石灰塊に優先的に移動、その亀裂に入った水が石灰と反応してカルシウムを豊富に含み、乾燥すると炭酸カルシウムとして硬化、亀裂を接着しますScienceAdvances誌https://t.co/z7Dc4KRphM
How can we maximize the useful life of our building, and reduce its carbon footprint? Let’s study some of the world’s oldest buildings to find out: Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/V59vweG8sH
RT @omunderdal: Hot mixing: Mechanistic insights into the durability of ancient Roman concrete - Ancient Roman concretes have survived mill…
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete - Ancient Roman concretes have survived millennia, but mechanistic insights into their durability have remained an enigma until now. https://t.co/avV6IGifSV
Why have Roman buildings stood the test of time? Chemistry we can learn and build on. Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/gJ81aqmv7s
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete | Science Advances https://t.co/TxVyWotHrx
Hot mixing: Mechanistic insights into the durability of ancient Roman concrete https://t.co/LBiMzX7Sd5 Science that can last 2000 years as a building is very cool!