Shundrallah says : Check this out
http://www.amazon.co.UK/Thermos-Microwavable-Flask-Black-0-47L/dp/B000OW2HV4
U can microwave food inside the thermos!
Why? well because some Electromagnetic waves can pass through a vacume! "like microwaves" and do there work when they encounter matter "especially matter tuned in to the frequency" which is bounced around "converting microwaves in to heat energy"
This actually proves that entropy isn't random heat loss, its purly a figure put on ignorance of efficiency that is unable to be accounted for by the current formula and design... microwaving inside a thermos "vacume flask" builds heat energy, and if the vacume flask was a perfect vacume aka the middle wasnt touching the outer walls via some kind of magnetic balancing, and the vacume was perfect then the middle would continue to build heat with zero loss!
this should have been proven when the Gibbs paradox was proof that heat exchange was a form of energy interaction, by proving that interaction without heat exchange had no entropy aka entropy is heat transfer to other forms of energy that were not conciously observer recorder or understood and could not be scientifically accounted for at the time, this has caused great confusion in and amongst the scientific and general teaching communities
and later again with Shannon entropy proving that entropy is only the amount of information that hasn't been translated or understood in full aka ignorance and that there is no entropy in something completely understood
Heat energy like electromagnetic energy and matter can be better understood by understanding the reversability of E=mc2 , m=E/c2 , c2= e/m and we no that c = the electromagnetic force, e = energy, and m = mass
aka anything can be made via interaction from the other 2, and is stored used in many ways
the opposite of entropy via its original description has been proven with solar panels
known as the photoelectric effect where photons "electromagnetic" get converted in to electrons via heat exchange "a build up of photons until the pressure forces a conversion in this case a release of electrons, effectivly explaining what was previously the heat loss that was given the term entropy,
now efficiency can be completely accounted for, entropy is purly a sign of ignorance
Yes, you can put a stainless steel pan in the oven.
A thermos flask is made of steel because steel is a good insulator, which helps maintain the temperature of the liquid inside the flask for longer periods. Steel is also durable and easy to clean, making it a practical material for use in thermos flasks.
Yes, you can put a stainless steel pan in the oven for cooking.
Yes, you can put stainless steel in the oven for cooking or baking.
No its not safe... We should use only plastic or nonstick wares in microwave. Because If we put stainless steel wares in it then they go to warm and microwave interior can melt... So use only registered wares....
Yes, it is generally safe to put stainless steel in the oven as long as it is oven-safe stainless steel. Be sure to check the manufacturer's guidelines to ensure it can withstand the oven's temperature.
Yes, magnets can typically be put on a stainless steel refrigerator. However, not all stainless steel is magnetic, so it would depend on the specific alloy used to make the refrigerator. If the stainless steel refrigerator is magnetic, magnets will stick to it.
Yes, it is generally safe to put a stainless steel pan in the dishwasher, but it is recommended to check the manufacturer's instructions to ensure it is dishwasher safe.
try a mix of baking soda and vinegar. put in the soda then the vinegar which wll 'fizz'. then allow to soak for a number of hours. or weak solution of bleach will work but rinse thoroughly.
Potable items that cannot be stored in stainless steel: End of list.
Yes, it is generally safe to put a stainless steel pan in the oven. However, it is important to check the manufacturer's guidelines for the specific pan to ensure it is oven-safe at the temperature you plan to use.
A stainless steel napkin holder isn't too hard to clean.The term stainlesss steel was,after all,first used to connote durability--it does not rust.You can wash a stainless steel napkin holder in the sink with dishwashing liquid.Using a soft sponge is best to avoid scratching--don't use steel wool or a Brillo pad.You can also put stainless steel in the dishwasher,just like any stainless steel eating utensils.Use the energy saver dry option to reduce the amout of heat used.