The novel cellulose
aerogels developed by the NUS team could also signal a change in the packing industry.
Not exact matches
To address these limitations, NUS researchers
developed highly compressible hybrid cotton
aerogel pellets which are more effective than cellulose - based sponges for treatment of deep haemorrhagic wounds.
«This new eco-friendly cotton
aerogel is a major improvement from the
aerogel that our team had previously
developed using paper waste.
The NUS team has also
developed a more eco-friendly process to convert paper waste into
aerogels.
A plant stem inspired researchers to
develop a new, versatile
aerogel for possible use in bendable devices.
The team used a bidirectional freezing technique that they previously
developed to assemble a new type of biomimetic graphene
aerogel that had an architecture like that of the plant's stem.
He has also worked with a new material called
Aerogel, a sponge - like insulating substance
developed for use in the aerospace industry.