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Biodegradable and Bulletproof: Modeling cellulose nanocrystals for success in the real world
A new model that predicts the properties of nanocellulose composites could lead to improved nanotechnology for all.
A new model that predicts the properties of nanocellulose composites could lead to improved nanotechnology for all.
New research by F&ES graduates indicates that human land-use and soil disturbance are releasing significant quantities of ancient carbon from soils into aquatic systems. Some of this long-sequestered carbon enters the atmosphere and contributes to carbon dioxide accumulation.
Renewable energy has many benefits—global accessibility, scalability from home to national use, low carbon emissions, and virtually no limit on abundance. However, the oft-overlooked problem