Anagram & Information om | Engelska ordet AEROGELS
AEROGELS
Antal bokstäver
8
Är palindrom
Nej
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Exempel på hur man kan använda AEROGELS i en mening
- Eldho Abraham, a researcher at the University of Colorado Boulder, recently demonstrated the capabilities of aerogels by designing a silanized cellulose aerogel (SiCellA) which offers near 99% visible transmission in addition to thermal conductivities which effectively reject or retain heat depending on the interior environment, akin to heating/cooling alterations.
- Metal chalcogenide aerogels can be prepared from thiolysis or nanoparticle condensation The synthetic method can be extended to many thioanions, including tetrathiomolybdate-based chalcogels.
- Zettl was the first to synthesize boron nitride nanotubes (BNNTs), BNNTs, along with related BN-based nanomaterials such as BN nanococoons and BN aerogels.
- In 2021, a group of researchers successfully levitated a series of carbon aerogels by heating them with a halogen lamp, which had the effect of lowering the density of the air trapped in the porous microstructure of the aerogel, allowing the aerogel to float.
- have investigated the anisotropic nature of freeze-casted aerogels, comparing their mechanical strength to isotropically freeze casted aerogels.
- Two silicate compounds, however, are used in organic synthesis: tetraethyl orthosilicate or TEOS is used to link polymers, and is especially important in the manufacture of aerogels.
- She has helped create an Aluminosilicate aerogel, which caused the lower thermal conductivities of the aerogels to be able to withstand temperatures higher than 900.
- The preparation of silica aerogels typically involves three distinct steps: the sol-gel transition (gelation), the network perfection (aging), and the gel-aerogel transition (drying).
- The gel-like cadmium selenide (CdSe) and zinc sulfide (ZnS) nanoparticles are akin to a cross-linked polymer network, and can be supercritically dried to form porous aerogels.
- This early work provided a foundation for several different types of silicon nanostructures including silicon nanoparticles (quantum dots), silicon nanowires, silicon nanoshells, silicon nanotubes, silicon aerogels, and mesoporous silicon.
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