Re: [Vo]:other tweets

2011-10-06 Thread Peter Heckert
Am 06.10.2011 21:25, schrieb Daniel Rocha: You must not forget the losses due the conversion between the heat exchangers. If it was 70%, that means around 5KW for the core. If the heat exchanger is well isolated, it will not loose energy. It will reduce the temperature, because it has a finite t

Re: [Vo]:other tweets

2011-10-06 Thread Terry Blanton
On Thu, Oct 6, 2011 at 3:23 PM, Terry Blanton wrote: > On Thu, Oct 6, 2011 at 3:11 PM, Terry Blanton wrote: >> "between 3 p.m. till 7 p.m. the temperature average delta has been of >> 5°C (water input/output) for 0,6 cubic meters per hour" > > Back of the envelope, that's 50.3 Mjoules. or 13.97

Re: [Vo]:other tweets

2011-10-06 Thread Daniel Rocha
You must not forget the losses due the conversion between the heat exchangers. If it was 70%, that means around 5KW for the core. 2011/10/6 Peter Gluck > 3000 kcal per hour = 3.49 kW True? > I am very tired after this day of info-hunting > Peter > > > On Thu, Oct 6, 2011 at 10:11 PM, Terry Blant

Re: [Vo]:other tweets

2011-10-06 Thread Terry Blanton
On Thu, Oct 6, 2011 at 3:11 PM, Terry Blanton wrote: > "between 3 p.m. till 7 p.m. the temperature average delta has been of > 5°C (water input/output) for 0,6 cubic meters per hour" Back of the envelope, that's 50.3 Mjoules.

Re: [Vo]:other tweets

2011-10-06 Thread Daniel Rocha
Oh, right. That's calories!

Re: [Vo]:other tweets

2011-10-06 Thread Peter Gluck
3000 kcal per hour = 3.49 kW True? I am very tired after this day of info-hunting Peter On Thu, Oct 6, 2011 at 10:11 PM, Terry Blanton wrote: > "between 3 p.m. till 7 p.m. the temperature average delta has been of > 5°C (water input/output) for 0,6 cubic meters per hour" > > According to the hus

Re: [Vo]:other tweets

2011-10-06 Thread Craig Haynie
On Thu, 2011-10-06 at 15:11 -0400, Terry Blanton wrote: > "between 3 p.m. till 7 p.m. the temperature average delta has been of > 5°C (water input/output) for 0,6 cubic meters per hour" > > According to the husband of the cute brunette. :-) This is what I get. 0.6 cubic meters / hour = 600 lite

Re: [Vo]:other tweets

2011-10-06 Thread Daniel Rocha
Well, that means 600,000/3600*5*1W = 833W. That's the old electric heater hypothesis. Odd coincidence, although there was no input electricity. 2011/10/6 Terry Blanton > "between 3 p.m. till 7 p.m. the temperature average delta has been of > 5°C (water input/output) for 0,6 cubic meters per hour

Re: [Vo]:other tweets

2011-10-06 Thread Terry Blanton
"between 3 p.m. till 7 p.m. the temperature average delta has been of 5°C (water input/output) for 0,6 cubic meters per hour" According to the husband of the cute brunette. :-) T

Re: [Vo]:other tweets

2011-10-06 Thread Jouni Valkonen
3.5kW is lower value than what I estimated, therefore it must be false. . . But anyway, perhaps we can take it as absolute minimum. If then E-Cat produced about 64 kJ excess heat. That would translate into 3kg ethanol need to fake the results. Therefore, test is not conclusive!! However, i still

Re: [Vo]:other tweets

2011-10-06 Thread Daniel Rocha
Where did you find that value? 2011/10/6 Peter Gluck > See the tweets of the other journalist from > Italy. > http://twitter.com/#!/raymond_zreick > > It seems the FatCat has worked at > ~ 3.5 kW. > Till we will not discover something tricky and > if this experiment can be repeated with many > g

[Vo]:other tweets

2011-10-06 Thread Peter Gluck
See the tweets of the other journalist from Italy. http://twitter.com/#!/raymond_zreick It seems the FatCat has worked at ~ 3.5 kW. Till we will not discover something tricky and if this experiment can be repeated with many generators, it seems this day was a Sweet Thursday for the Rossi believers