Airgel yog ib cov khoom siv nanoporous khoom nrog ntau dua li 80}}}}}}}}}}}}}}. ·.. · Rwb thaiv tsev, lub suab rwb thaiv tsev thiab kev tswj hwm kev sib xyaw ua ke, los ntawm cov khoom siv hluav taws xob muaj zog, thiab cov ntaub ntawv yooj yim thiab cov ntaub ntawv hloov kho, txhawb nws los ntawm chav kuaj rau cov kev siv dav dav ntawm kev siv engineering.
Zoo siab
{{01. cov ntsiab lus zoo: kev tshawb fawb rau kev ua haujlwm tawg
1.1 Kev Ua Haujlwm Tshiab Ua Lag Luam Tshiab: Los ntawm Brittleness rau Elasticity
1.2 thermal rwb thaiv tsev ua haujlwm nyob rau hauv ib puag ncig heev
1.3 multifunctional kev sib xyaw ua ke nthuav tawm cov chaw thov
2. Kev Lag Luam Ua Si: Txo tus nqi txo thiab ntau-teev ntau lawm
2.1 Cov txheej txheem tsim kho nruj yuav txo tus nqi txo
2.2 kev sib koom tes ntawm txoj saw muaj kev lag luam
{{03. Daim ntawv thov daim ntawv qhia txog cov xwm txheej yav tom ntej
{{04. Xaus: Rov ua cov kev txwv ntawm cov ntaub ntawv
{{01. cov ntsiab lus zoo: kev tshawb fawb rau kev ua haujlwm tawg
1.1 Kev Ua Haujlwm Tshiab Ua Lag Luam Tshiab: Los ntawm Brittleness rau Elasticity
Nyob rau hauv xyoo tsis ntev los no, Aerogels tau ua cov kev hloov tshiab hauv cov khoom siv tshuab, uas tau ua tiav cov qauv kev tshawb fawb SICT Kev tsim kho zoo heev hauv cov kev coj ua hluav taws xob tsis zoo los ntawm cov neeg siv hluav taws xob tsis tu ncua los ntawm cov neeg siv hluav taws xob tsis tu ncua los ua kom muaj ntau dua 50% Kev Defression thiab ua tiav qhov zoo rov qab, thiab muaj peev xwm ua haujlwm stably nyob rau hauv cov neeg kho tshuab kev co {}}
Nyob rau hauv cov nqe lus ntawm thermal kev ua tau zoo, lub thermal rwb thaiv tsev muaj peev xwm kuj tau txhim kho kev ua kom sov, ua rau cov thermal conduction zoo li 0} 016- {{{} 027 W / (MEX K3 {{{{{{{{8} Cov ntaub ntawv tshiab sawv cev los ntawm silicon cargel tseem muaj 1100℃rau 1100 degree, qhia tau zoo heev thermal ruaj thiab huab cua tsis kam. Tam sim no, hom khoom no tau siv nyob rau hauv lub dav hlau rwb thaiv tsev kom tiv thaiv kev kub ntxhov ntawm thermal
1.3 multifunctional kev sib xyaw ua ke nthuav tawm cov chaw thov
Tsis tas li ntawd, Aerogels txuas ntxiv nthuav lawv cov chaw thov kev sib xyaw ua ke ntawm cov khoom siv hluav taws xob ntau yam hauv cov tshuaj lom neeg hauv cov tshuaj chev; Qhov kev txiav txim fiber ntau qauv tsim txhim kho txhim kho cov tawg thiab kev nqus tau lub suab, ua rau nws tsim nyog rau cov khoom siv txo qis hauv kev tsim kho thiab tsheb ciav hlau; Kev tshawb fawb ntau ntxiv, xws li cov pa tiv thaiv cargel tsim los ntawm kev sib koom ua ke ntawm kev sib koom ua ke ntawm cov khoom lag luam hauv lub nroog
2. Kev Lag Luam Ua Si: Txo tus nqi txo thiab ntau-teev ntau lawm
2.1 Cov txheej txheem tsim kho nruj yuav txo tus nqi txo
The key to accelerating the industrialization of aerogels lies in the continuous reduction of manufacturing costs and the maturity of large-scale production technology. First, at the process level, the traditional supercritical drying technology that relies on high cost and high energy consumption can obtain high-purity products, but it limits the industrialization promotion. In recent years, breakthroughs in atmospheric pressure drying technology have significantly improved kev npaj effecticiency thiab muaj cov nplai muaj zog {{} Nyob rau tib lub sijhawm (xws li tsis muaj txiaj ntsig zoo, tab sis kuj tseem muaj cov khoom siv raw qis dua, tab sis kuj tseem muaj lub hauv paus rau kev tsim khoom ntsuab {}}
2.2 kev sib koom tes ntawm txoj saw muaj kev lag luam
Thib ob, kev sib koom tes kev sib koom tes ntawm kev txhim kho kev txhim kho thiab kev lag luam tawm ntawm cov khoom lag luam uas muaj zog thiab kev lag luam hauv cov khoom lag luam raw thiab cov khoom lag luam ntau zaus; Ntawm qhov tod tes, cov teeb meem ntau lawm tau tshwm sim maj, thiab siv cov khoom lag luam ntau dua rau cov khoom lag luam ntau tshaj li 100,}
{{03. Daim ntawv thov daim ntawv qhia txog cov xwm txheej yav tom ntej
Airgel yog ua tiav cov ntaub ntawv tawg nyob rau hauv ntau cov chaw tseem ceeb vim tias lub zog hluav taws xob, thaum txo cov roj teeb hluav taws xob, thaum ntau dua 30%, uas txo qhov hnyav ntawm hluav taws xob Cov tsheb ua haujlwm ntawm kev tiv thaiv kev tiv thaiv kab ntsig thiab satellite thermal txheej txheem kev ua tau zoo dua qub kev ua tau zoo dua qub ib puag ncig, thiab tau dhau los ua ib qho ntawm cov neeg sib tw tseem ceeb rau cov khoom tswj thermal {{}}
Saib rau yav tom ntej, kev txhim kho Airgel tseem yuav ua kom muaj kev tshawb fawb thiab cheve} Cov pa roj hmab tshiab thiab tsis muaj peev xwm ua kom muaj kev cuam tshuam nrog cov pa roj hmab thiab cov pa roj hmab thiab txhawb nqa cov pa roj carbon monanter Kev tsim khoom . ntawm qhov kev txawj ntse yog maj mam hloov kho thiab deformation} yog cia siab tsis lees paub, thiab yuav tsum poob qis dua RMB 1,000 Metered nws cov lus nrov thiab kev siv nyob rau hauv ib qho kev sib tw dav dav ntawm {}}
{{04. Xaus: Rov ua cov kev txwv ntawm cov ntaub ntawv
The rise of new aerogels not only represents an iteration of material technology, but also redefines the performance limits of solid-state materials in terms of lightweight, toughness, and multifunctional integration. It breaks the trade-off barriers between strength and density, thermal insulation and flexibility of traditional materials, and achieves a multi-dimensional synergistic breakthrough in performance. As a key Underlying cov khoom rau yav tom ntej, Aerogels tau pab kom ua tiav cov hom phiaj ntawm cov pa roj carbon Neuensionrality rau tsim lub zog conserkev tiv thaiv, muab kev tiv thaiv kev nyab xeeb rau cov roj teeb uas muaj kev tiv thaiv kev lag luam loj, ua rau muaj kev lag luam zoo nkauj ntawm cov khoom lag luam tshiab ntawm cov khoom siv ua haujlwm tshiab ntawm cov khoom siv ua haujlwm tshiab