Matches in DBpedia 2016-04 for { ?s ?p "Aerographene or graphene aerogel is, as of March 2013, the least dense solid known, at 160 g/m3 (0.0100 lb/cu ft), less than helium. (The cited density does not include the weight of the air incorporated in the structure: it does not float in air). It is approximately 7.5 times less dense than air. It was developed at Zhejiang University. Allegedly the material can be produced at the scale of cubic meters."@en }
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- Aerographene abstract "Aerographene or graphene aerogel is, as of March 2013, the least dense solid known, at 160 g/m3 (0.0100 lb/cu ft), less than helium. (The cited density does not include the weight of the air incorporated in the structure: it does not float in air). It is approximately 7.5 times less dense than air. It was developed at Zhejiang University. Allegedly the material can be produced at the scale of cubic meters.".
- Q16001964 abstract "Aerographene or graphene aerogel is, as of March 2013, the least dense solid known, at 160 g/m3 (0.0100 lb/cu ft), less than helium. (The cited density does not include the weight of the air incorporated in the structure: it does not float in air). It is approximately 7.5 times less dense than air. It was developed at Zhejiang University. Allegedly the material can be produced at the scale of cubic meters.".
- Aerographene comment "Aerographene or graphene aerogel is, as of March 2013, the least dense solid known, at 160 g/m3 (0.0100 lb/cu ft), less than helium. (The cited density does not include the weight of the air incorporated in the structure: it does not float in air). It is approximately 7.5 times less dense than air. It was developed at Zhejiang University. Allegedly the material can be produced at the scale of cubic meters.".
- Q16001964 comment "Aerographene or graphene aerogel is, as of March 2013, the least dense solid known, at 160 g/m3 (0.0100 lb/cu ft), less than helium. (The cited density does not include the weight of the air incorporated in the structure: it does not float in air). It is approximately 7.5 times less dense than air. It was developed at Zhejiang University. Allegedly the material can be produced at the scale of cubic meters.".