Graphene smaller amplitude and higher frequency. This phenomenon, named "membrane effect", was predicted by Lifshitz in 1952. A prediction that was published in 2015 suggested a melting point of ≈4125 K. Recent and more sophisticated modelling has increased this temperature to at least 5000 K. At 6000 K (the sun's surface having an effective temperature of 5,777 K) graphene melts into an agglomeration of loosely coupled doubled bonded chains, before becoming a gas. The carbon–carbon bond length in graphene is about 0.142 nanometers. Graphene sheets stack to form graphite with an interplanar spacing of . Graphene is the strongest material ever
Territorialisation of carbon governance Territorialisation of carbon governance Territorialisation of Carbon Governance (ToCG) is a concept used in political geography or environmental policy which is considered to be a new logic of environmental governance. This method creates carbon-relevant citizens who become enrolled in the process of governing the climate. The territorialisation of carbon governance transforms climate change from a global to local issue. It embodies political practices that serve to connect the causes and consequences of global climate change to local communities. The commitment to reducing greenhouse gas emissions (GHG) has been a key component of sustainability within governance since the early 1990s. The