Goonhub
06-19-2017, 06:04 AM
(This post was last modified: 06-27-2017, 11:29 AM by Sov. Edited 2 times in total.)
Vacculium - name highly negotiable
Stabalized Solarite
What makes it different:
A chemical normally only found on planets near stars due to its reliant on heat to remain stable, how it reacts to lower temperatures depends on if oxygen or hydrogen is nearby (notes below)
Synthesis notes
Notably it is NOT stable at room temperature, you will need to take great care to ensure that when it comes into existence that it will be sufficiently heated. Failure to do so results in an explosion similar to potassium and water - or worse if either hydrogen or oxygen is present
Chemical interactions
When chilled and placed in the prescence of an rich container oxygen it ignites into a large fireball, not terribly dangerous compared to hydrogen but definitely harmful. keep in mind that primary method of cooling uses Cryostylane and oxygen
When chilled in a hydrogen rich environment it violently explodes. The explosion scales with volume. Keep in mind that because chilling requires the chemicals oxygen and Cryostylane that making a large explosion requires either a larger beaker or shorter fuse
Stabalized Solarite
What makes it different:
A chemical normally only found on planets near stars due to its reliant on heat to remain stable, how it reacts to lower temperatures depends on if oxygen or hydrogen is nearby (notes below)
Synthesis notes
Notably it is NOT stable at room temperature, you will need to take great care to ensure that when it comes into existence that it will be sufficiently heated. Failure to do so results in an explosion similar to potassium and water - or worse if either hydrogen or oxygen is present
Chemical interactions
When chilled and placed in the prescence of an rich container oxygen it ignites into a large fireball, not terribly dangerous compared to hydrogen but definitely harmful. keep in mind that primary method of cooling uses Cryostylane and oxygen
When chilled in a hydrogen rich environment it violently explodes. The explosion scales with volume. Keep in mind that because chilling requires the chemicals oxygen and Cryostylane that making a large explosion requires either a larger beaker or shorter fuse