跟著文獻學(xué)寫作-每日十句(3)
? 這個系列相當(dāng)于VIVI的一個隨手讀書筆記，VIVI平時會積累一些自己覺得不錯的句子，本人是做生物質(zhì)氣凝膠分離過濾材料的，歡迎大家相互交流。
The synthetic strategy and sustainable concept presented in this work will open a new way to prepare advanced aerogels with unique properties for wide applications.
Surface treatment and processing modification of cellulose has been proven to be an effective strategy to construct high-performance aerogels.
Water purification by adsorption is a very useful technology because it features low investment and operation costs, and minimal energy requirements.?
As the most commonly used adsorbent, activated carbon is limited by its unsustainability, particularly due to the high adverse environmental impacts and the low adsorption efficiencies for inorganics such as heavy metals.Hybrid membranes and aerogels derived from biomass have provided green, efficient, and affordable adsorbents.
However, traditional biomass nanofibers membranes and aerogels are usually densified under the water pressure during filtration.?
The obtained wood-inspired aerogel has channel structure similar to that of natural wood, endowing it with superior thermal insulation properties to most existing commercial sponges. In addition, remarkable fire retardancy and complete biodegradability are integrated. With the above outstanding performances, this sustainable wood-inspired aerogel will be an ideal substitute for the existing commercial thermal insulation materials.
which can be attributed to the presence of carboxyl groups on the exposed surface nanofibers after surface nanocrystallization.
Furthermore, we also compare the all-natural wood-inspired aerogel with various existing commercial low-density materials.
This environmentally friendly aerogel with excellent thermal insulation and fire resistance properties reduces the carbon footprint, which should always be a concern for both the scientific community and the practical application of materials.
Foam materials are widely used in packaging and buildings for thermal insulation, sound absorption, shock absorption, and other functions.
