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This seems counter-intuitive...champagne is stored in a glass bottle and doesn't effervesce until the bottle is opened (and the champagne is exposed to air). So it would make more logical sense that the surface area of exposure of champagne to air is the main factor in dissipating the carbonation.Here's another source that concurs:http://www.oenophileblog.com/html/flute__tulip__or_coupe_.html
I hope you are more fun when you are tipsy. I am now, in no small part down to this ridiculous conversation, going to buy some wine. Salute!
Quote from: PhilNYC on 12 Sep 2009, 04:47 pmThis seems counter-intuitive...champagne is stored in a glass bottle and doesn't effervesce until the bottle is opened (and the champagne is exposed to air). So it would make more logical sense that the surface area of exposure of champagne to air is the main factor in dissipating the carbonation.Here's another source that concurs:http://www.oenophileblog.com/html/flute__tulip__or_coupe_.htmlThe reason that the CO2 stays dissolved in the bottle is "Henry's Law" which states that the solubility of a gas in a liquid is directly proportional to the pressure of the gas on the liquid. Solubility is affected by pressure, temperature, and the texture of the container surface- not air exposure. The best advantage of the flute is in concentrating bouquet.I'm not going to go into this further. I taught physics and chemistry for 30 years, and simply according to the basic laws, a flute should create more effervescence. I certainly am no expert of stemware, but I'd rely on basic physics text vs. wine sites or Wiki. Believe what you want.
Boone's farm used to be the wine of choice when i was in High school Bought many a case of it in the day. I haven't had a glass of that in years and don't think i will be in any hurry to get a bottle. Now if some one knows a good $10 bottle of wine that is an exceptional value they should cough it up because i am always looking for one of those. ED