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- Jet Fuel, JP-5, JP-8 DFM: Properties, Chemical Composition . . .
JP-5 is a high-flash-point jet fuel developed by the Navy JP-5 is a specifically refined type of kerosene consisting of C9-C16 paraffins (53%), cycloparaffins (31%), aromatics (16%), and olefins (0 5%) The aromatic content of JP-5 might vary from less than 2 5% to greater than 22% by volume
- How to calculate flash point of mixture? - Physics Forums
Hey guys, I would like to create a mixture out of two liquids with an ideal flash point of around 70ºF The liquids I have to work with are 200 proof (100%) isopropyl alcohol (2-propanol) and aliphatic hydrocarbon mixture (aka hydrotreated petroleum distillates) What I'm looking for is the
- Unexplained bright flash of light inside house - Physics Forums
The first flash was so bright it immediately woke me up I thought somebody just shined a bright flash light in my face from inches away The second flash 5 seconds later, I was fully awake and sitting up and saw the reflection of it off the wall To me, it looked like an electrical spark or strobe light coming from closer to the ground level
- Flash Point of Petrol Diesel: Pressure Self Ignition
Flash point temperature of petrol is lesser than that of diesel at the same pressure Does this mean, if I take petrol and diesel as liquids in separate containers and heat them, rapid vapourisation (rapid enough to sustain a combustion) of petrol occurs at a lower temperature (fire point) than that of diesel?
- Why N-Butane Isobutane Have Different Autoignition Flash Points
The flash point of n-butane is -60 degree Celsius while that of isobutane is -83 degree Celcius I was confused by these Why does n-butane have a higher flash point but a lower autoignition temperature?
- Calculating the Flash Frequency in a Neon Lamp Circuit
After the flash, the charging process will start once more since the voltage will again be low a Determine the flash frequency with the resistance value shown b Make a sketch of the voltage across the capacitor versus time in such a circuit, showing several periods C=4X10^-6 ε=110V Vc=75V R= 2 5 X 10-4 Homework Equations t=1 f T=RC Vc=ε
- How many electrons are involved in a lightning flash
A typical lightning flash delivers about 35 C of negative charge from cloud to ground How many electrons are involved? Im not extactly sure how to approach this question it should be an easy one since it's one of the first problems from the book Im thinking i might need to use this
- How Does a Grenades Shockwave Cause Fatal Injuries?
Stun grenades, or "flash bang" grenades, operate on this principle They produce a large blast but almost no shrapnel The noise and brightness of the flash are very disorienting, and the shock wave can actually knock a person down, but the chances of being killed by one, even at close proximity, are very slim
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