Combining Explosives to Create a New, More Powerful Crystal Sandwich
Summary
In this article, we explore the work of researchers at the University of Michigan and Lawrence Livermore in creating a new kind of explosive that combines two existing explosives, HM and CL2, to create a crystal sandwich that is more powerful than either of the individual explosives. The new explosive has a faster detonation velocity and is less sensitive than CL2, making it potentially safer to handle. We delve into the molecular structure of explosives and the purpose-built nature of military objects.
Table of Contents
- The Science of Explosives
- Combining HM and CL2 to Create a More Powerful Explosive
- The Purpose-Built Nature of Military Objects
- Conclusion
The Science of Explosives
Explosives are fascinating objects, with their molecular structure characterized by nitro groups and carbon rings. While the author of this article is a non-violent person, they appreciate the beauty and truth in the purpose-built nature of military objects like fighter planes and explosives. The molecular structure of explosives is what gives them their destructive power.
Combining HM and CL2 to Create a More Powerful Explosive
Researchers at the University of Michigan and Lawrence Livermore are working on a new kind of explosive that combines two existing explosives, HM and CL2, to create a crystal sandwich that is more powerful than either of the individual explosives. The new explosive has a faster detonation velocity and is less sensitive than CL2, making it potentially safer to handle. This new explosive is created by taking the crystal structure of HM and inserting CL2 molecules into the gaps between the HM crystals.
The Purpose-Built Nature of Military Objects
The purpose-built nature of military objects like fighter planes and explosives is both terrifying and elegant. They are built for no other purpose than to destroy, yet they are designed with precision and care. The combination of beauty and destruction is what makes military objects so fascinating.
Conclusion
The work of researchers at the University of Michigan and Lawrence Livermore in creating a new, more powerful explosive is an example of the purpose-built nature of military objects. While the destructive power of explosives is undeniable, the science behind them is fascinating and beautiful. The new explosive created by combining HM and CL2 is potentially safer to handle and more powerful than either of the individual explosives.
