~Re: Gas- smooth, even heat with fewer "hot spots"
HUH?
Gas heats in a ring with no heat in the center.
A smooth-top I'd say is much more even in terms of heat distribution. the naked coils under glass are perfetly round and well-distributed, then the class/ceramic further distributes /diffuses the heat.
May I ask for clarification? I just don't see how gas can be thouht of as even; UNLESS one is refering to CONSTANT ouput put instead of cycling. But again methinks the glass ceramic material acts as a heat sink/store and dampens the up an down temperature cycles.
Better pots and pans have a disk bottom which further dampens the effects of the on and off cycling of electic elements. I can get a steady boil, no problem!
HUH?
Gas heats in a ring with no heat in the center.
A smooth-top I'd say is much more even in terms of heat distribution. the naked coils under glass are perfetly round and well-distributed, then the class/ceramic further distributes /diffuses the heat.
May I ask for clarification? I just don't see how gas can be thouht of as even; UNLESS one is refering to CONSTANT ouput put instead of cycling. But again methinks the glass ceramic material acts as a heat sink/store and dampens the up an down temperature cycles.
Better pots and pans have a disk bottom which further dampens the effects of the on and off cycling of electic elements. I can get a steady boil, no problem!