To make boron nitride aerogel, the carbon aerogel containing reduced graphene oxide is used as a template to form the boron nitride aerogel structure, and chemical vapor deposition is required. For the chemical vapor deposition process, borazine is used as the precursor, and is heated up to 1100 ˚C to become boron nitride vapor. This vapor is then carried through the furnace by gas flow and deposited onto the carbon aerogel. Lastly, aerogel is burned in oxygen to remove the carbon template, leaving behind a boron nitride aerogel. However, since solid borazine is extremely expensive, but is also the only non-toxic substance that can be used in the chemical vapor deposition process to make boron nitride aerogels, this final step of using up the carbon aerogel template to create the boron nitride aerogel is removed from the experiment. Instead, the structure of the carbon aerogel template as well as its ability to withstand high temperatures is analyzed to determine how well the boron nitride aerogel would perform if it was made using that same carbon aerogel template.