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Originally posted by MegaMind
reply to post by hawkiye
The granular soy lecithin states 1680mg of lecithin per Tablespoon or 8g. So in 8g there is 1680mg of lecithin or 1.68g of lecithin. Also the entire container is 850g.
Your lecithin states 100g is a serving? That seems like a large serving size.
How much lecithin is in that 100g? Surely they don't mean 100g is 100g of lecithin - that would be 100,000mg of lecithin.
Just trying to understand ...
edit: went to the link you provided - thanks - they give the nutritional data per 100g but still no information about the amount of lecithin contained in the product. It could be 100% lecithin and 100g really is 100g of lecithin. Little hard to believe but its all I can figure. If so it would seem very little would be needed. Maybe only 5g per batch ...edit on 13-6-2012 by MegaMind because: (no reason given)edit on 13-6-2012 by MegaMind because: (no reason given)edit on 13-6-2012 by MegaMind because: (no reason given)
Originally posted by MegaMind
reply to post by RogerT3
I wouldn't expect the ph to change at all ...
Some of the AA is not encapsulated and that comes in contact with the ph probe or test strip.
What mechanism would make it more alkaline?
If it were totally encapsulated 100% then i would imagine that no acid would be in contact with a probe or test strip.
The baking soda test works because the more acid there is to react with the teaspoon of baking soda the more foam there is. Less available acid, less foam. More available acid, more foam.
A measure of ph won't measure the quantity of available acid just the ph of the available acid - no matter how little acid is available.
Look at it this way. If I test a swimming pool's sample for ph does the ph test reveal the size of the swimming pool?
So ph would be no measure of the percentage of encapsulation ...
A test of encapsulation would measure the quantity of free, or unencapsulated, AA - which the baking soda test does in a crude way.
edit on 14-6-2012 by MegaMind because: (no reason given)
Despite its uselessness for improving health, deionized water has many applications, most of them scientific or industrial. Deionized water is used extensively in microbiology experiments as a medium. This deionized water is also cooked in an autoclave prior to use, which kills off all bacteria or viruses therein. It is used to top up lead acid batteries used in cars and trucks, as mineral ions found in tap water drastically reduce their lifespan. It is used for steam irons used on clothing, ensuring well-ironed clothes without any chance of mineral residue. Deionized water is also used as a medium or additive in many pharmaceutical or cosmetic products, desired for its low chemical reactivity.
Originally posted by RogerT3
reply to post by hypervalentiodine
Thanks, any idea how this works regarding encapsulation and pH - are the 2 related somehow or is this a red herring?
Any thoughts on why ultrasonic would decrease pH. Do you think water molecules are disassociating and creating H+ and OH- ? I'm thinking electrolysis by ultra sound, maybe I should do a search - maybe we can also find a free energy machine out of this
ETA: hahahaha, first google result www.kodasplace.com... for ultrasound electrolysis is a page showing a theoretical design for a free energy electrolysis machine and guess what, his design uses US at 42kHz, just like our cleaners - too funny!edit on 14-6-2012 by RogerT3 because: (no reason given)edit on 14-6-2012 by RogerT3 because: (no reason given)
Originally posted by hypervalentiodine
Originally posted by RogerT3
reply to post by hypervalentiodine
Thanks, any idea how this works regarding encapsulation and pH - are the 2 related somehow or is this a red herring?
Any thoughts on why ultrasonic would decrease pH. Do you think water molecules are disassociating and creating H+ and OH- ? I'm thinking electrolysis by ultra sound, maybe I should do a search - maybe we can also find a free energy machine out of this
ETA: hahahaha, first google result www.kodasplace.com... for ultrasound electrolysis is a page showing a theoretical design for a free energy electrolysis machine and guess what, his design uses US at 42kHz, just like our cleaners - too funny!edit on 14-6-2012 by RogerT3 because: (no reason given)edit on 14-6-2012 by RogerT3 because: (no reason given)
Water has a neutral pH, so that wouldn't affect it.
I'm not familiar with exactly how the encapsulation process works with this particular system, so I couldn't comment on how it would affect the pH. I would think it wouldn't affect it at all and my only guess as to why you are getting varying results is because of variability in the concentration you're using when making a batch.
I have read most of this thread, but for some reason the purpose for adding the bicarb seems to have missed my attention. Can you tell me why it is you do this? Maybe I can give you a better answer then.
Also, did you take any pH readings before sonication?