Both the EU funding calls and the arms-producing companies use the same language of collaborative defence, interoperability, industrial competitiveness, enterprise, and innovation, with no regard for the instability, death and destruction that will certainly result if such weapons and military technology are deployed. But wars never occur in a vacuum, but are the manufactured outcome of many years of political strategies and decisions. In choosing to invest in innovative weaponry, the EU is not merely implementing a defensive strategy in the unlikely event that one of its member states might be attacked, it is driving militarism, actively fuelling a very dangerous arms race, and fanning the flames of war.
Concretely, the seven largest beneficiaries of this EU budget line are involved in highly controversial arms exports to countries experiencing armed conflict or where authoritarian regimes are in place and human rights violations are commonplace.
How To Download Flames S3
Download 🔥 https://urllie.com/2yGch6 🔥
The checks applied to approve the funding of novel lethal weaponry fall far short of even the most basic legal and ethical standards such that the equipment, if eventually deployed, may threaten to permanently shift the conduct of war.
Non-premixed cool flames, created when fuel and oxidizer are not mixed before reacting, were discovered in 2012 aboard the space station during the Flame Extinguishment (FLEX) studies, helping spawn a rapidly growing research field into the nature of cool flames.
Data from tests conducted for the Cool Flames Investigation with Gases (CFI-G), sponsored by the ISS U.S. National Lab and National Science Foundation, show the presence of cool flames. While the flames created aboard station in 2012 burned liquid fuel, these new cool flames burned gaseous fuels. This was the first time spherical non-premixed cool flames have been observed burning gaseous fuels.
While cool flames are important in engines, most internal combustion engines are designed using computer models that ignore their chemistry. Cool flame chemistry also has a significant impact on fuel octane and cetane ratings, numbers that describe the performance and ignition of fuel. Understanding these can have major economic consequences.
Since cool flames give off little heat or light, they were too faint to be visible in real time during space station testing. The research team uncovered the presence of three cool flames in the data on thermal radiation and burner temperature measurements after the hot flames were quenched.
An intensified camera filtered to look for the very faint emissions of a cool flame produced the flame images above. As expected, the cool flame was much smaller than the hot flame. The sequence shows the quenching of the hot flame, followed by a comparatively dark period lasting roughly a second, after which the cool flame becomes evident. 152ee80cbc
wells fargo quicken download problems
free download project management software for windows