Chinese scientists have made a groundbreaking discovery that can significantly enhance the performance of China Lake Compound no. 20 (CL-20), one of the world's most powerful explosives, by using a surprising ingredient: steamed buns. This novel method not only boosts CL-20's explosive power but also improves its stability, potentially enabling its use as missile fuel.
Scientists in China have made a remarkable discovery that could significantly enhance the capabilities of one of the world's most powerful explosives, China Lake Compound no. 20 ( CL-20 ). Known for its explosive power second only to nuclear weapons, CL-20 has long been a subject of interest for both military and scientific communities. The breakthrough involves a novel method of boosting CL-20 's performance and stability, utilizing a common food item – steamed buns .
According to a report by the South China Morning Post, this unexpected approach has yielded promising results, potentially enabling the use of CL-20 as missile fuel, a feat previously considered impossible.The process entails baking freshly made steamed buns at an extremely high temperature of 2,012 degrees Fahrenheit (1,100 degrees Celsius) for two hours, resulting in carbonized buns. These carbonized buns are then incorporated into the CL-20 mixture. Researchers observed that the CL-20 molecules penetrate the pores of the steamed buns, creating a stabilizing effect that reduces the risk of accidental explosions. Furthermore, these pores act as miniature reaction chambers, enhancing the combustion process and potentially increasing the explosive yield. This groundbreaking discovery has significant implications for both military and civilian applications. The enhanced performance and stability of CL-20 may lead to the development of more powerful and longer-range missiles, as well as potentially safer and more efficient explosives for other applications. The research, published in the Chinese Journal of Ordnance Equipment Engineering, has generated considerable excitement within the scientific community, marking a significant advancement in the field of energetic materials. The United States, which has also been researching CL-20 for enhancing the range of existing weapons, may find this Chinese discovery particularly noteworthy.
CL-20 Explosives Steamed Buns China Military Technology Missile Fuel
United States Latest News, United States Headlines
Similar News:You can also read news stories similar to this one that we have collected from other news sources.
Beauty Hacks: 5 Makeup Products That Will Change Your RoutineDiscover 5 revolutionary makeup products designed to simplify your beauty routine and solve common makeup problems.
Read more »
LSU Scientists Extend Shelf Life of Raw Eggs with Revolutionary CoatingLouisiana State University researchers have developed a new method to significantly extend the shelf life of raw eggs using a water-soluble chitosan coating derived from crustacean shells. This innovative process offers improved food safety and storage capabilities.
Read more »
Army Scientists Develop Revolutionary Battery Surface TreatmentU.S. Army researchers have made a breakthrough in energy storage technology by developing a novel surface treatment technique that significantly enhances the performance and longevity of rechargeable zinc batteries. This innovation, originating from the Army Research Laboratory (DEVCOM ARL), utilizes an acidic solution to create an ultra-thin protective layer on the battery's electrodes, leading to improved power output and extended lifespan. This advancement paves the way for more reliable power sources for military equipment and has the potential to revolutionize various civilian applications.
Read more »
MIT Scientists Discover New Way to Control Magnetism in MaterialsResearchers at MIT have made a breakthrough in controlling the magnetic states of materials using terahertz lasers. This discovery could lead to advancements in memory chip technology.
Read more »
Scientists Discover Weakness in Bacteria's Antibiotic ResistanceResearchers have identified a key weakness in the bacterial machinery responsible for antibiotic resistance adaptation, offering new possibilities for combating superbugs.
Read more »
Scientists Discover Thriving Microbial Ecosystem in Frozen Antarctic LakeResearchers have made a groundbreaking discovery in Lake Enigma, Antarctica, finding a thriving microbial ecosystem beneath the ice. The lake, previously thought to be completely frozen, harbors a unique community of microbes that have survived in a liquid water chamber for thousands of years.
Read more »