Rossi's lawyers have now entered answers to IH's claims. See the link
from Sifferkoll here:
http://www.sifferkoll.se/sifferkoll/rossi-mtd-on-counterfud-reveals-the-stupidity-of-darden-vauhn-and-their-jones-day-lawyer-drones/
I haven't had time to read it yet. I will be sorry if I have
True. That is why I think the pipe was full, not half full. Your trust
in Murray is touching.
AA
On 9/2/2016 9:51 AM, Jed Rothwell wrote:
a.ashfield > wrote:
The flow meter would be on the output pipe from the reservoir
(near
Peter Gluck wrote:
Jed, you also do not understand the function of the reservoir.
>
I do understand it. It eliminates the need for a constant flow of tapwater.
The reservoir holds a large volume of water. Rather dirty water, as it
happens. The temperature of the water in
Yes it would be ludicrous to place the flow meter on the return line
from the third party's equipment rather than measuring the flow directly
going into the reactors.
AA
On 9/2/2016 10:18 AM, Jed Rothwell wrote:
a.ashfield > wrote:
Why do you say the pressure was higher than 0.0 bar when that is what is
reported?
At 102.8C it would be dry steam.
AA
On 9/2/2016 10:26 AM, Jed Rothwell wrote:
Peter Gluck > wrote:
From the reservoir a pump sends water to the
What Rossi's lawyers PERLMAN, BAJANDAS, YEVOLI & A RIGHT, P.L point out
is that Darden & IH agreed to the instrumentation used by Penon but now
claim it was insufficient and fatally flawed. The lawyers point out it
is no good making generic statements like that without providing proof.
a.ashfield wrote:
> The flow meter would be on the output pipe from the reservoir (near the
> bottom of it), either before or after the pump feeding the reactors.
>
If it were there, the pipe would be full, so it cannot be there.
> It is ludicrous to suggest it would
a.ashfield wrote:
True. That is why I think the pipe was full, not half full. Your trust in
> Murray is touching.
>
Do you seriously believe that I.H. would jeopardize this case and risk
losing $267 million by lying about this? You think they are crazy? Do you
think
Jed, you also do not understand the function of the reservoir.
peter
On Fri, Sep 2, 2016 at 5:27 PM, a.ashfield wrote:
> Yes it would be ludicrous to place the flow meter on the return line from
> the third party's equipment rather than measuring the flow directly going
a.ashfield wrote:
Why do you say the pressure was higher than 0.0 bar when that is what is
> reported?
>
Because you could not get this volume of steam or water to flow through the
heat exchanger if the pressure were 0.0 barG (1 atm). The pumps have to
push the water (or
>From the reservoir a pump sends water to the generators where it is
converted in steam and goes to the customer.
I hve explained you why and how the heat is measured.
Do you cannot understand this?
You have a certainty of that half(?) empty pipe snd you rehect elementary
logic. You manifest a
As to what I think of IH see the new thread about Rossi's answer to IH's
response.
As I've said several times, a piping drawing would clear up the matter
but this is still secret.
AA
On 9/2/2016 10:12 AM, Jed Rothwell wrote:
a.ashfield >
Peter Gluck wrote:
>From the reservoir a pump sends water to the generators where it is
> converted in steam and goes to the customer.
>
Yes, but it is a closed loop. All of the water is condensed and returned.
The reservoir water level does not change much from day to
On 09/02/2016 11:07 AM, Jed Rothwell wrote:
Also, because an earlier version of the report supposedly had higher
numbers, which were replaced with 0.0 bar in the later version.
Thanks for that nugget. It made the time spent following this whole
thread worthwhile. :-) (When people do
a.ashfield wrote:
> The flow meter would be on the output pipe from the reservoir (near the
> bottom of it), either before or after the pump feeding the reactors.
> It is ludicrous to suggest it would be on the condensate return pipe from
> the customer.
>
Actually,
I guess the main purpose of recirculating the water is not to save its
cost but to reduced the dissolved salts that would fur up the reactors
over time.
AA
On 9/2/2016 11:00 AM, Jed Rothwell wrote:
Peter Gluck > wrote:
Jed, you also do
Water is deposited there , a part of it goes to the pump, then the
flowmeter to the ECats. The pipe used for this full with water, the
flowmeter was working properly. The half full legend was created by Murray-
if not can you ask a photo of the plant and of the open flowmeter he says
he has seen
http://egooutpeters.blogspot.ro/2016/09/sep-02-2016-in-lenr-now-ignoring.html
however the subject is extended and essential...
peter
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
See:
Mosier-Boss, P.A., L. Forsley, and P. McDaniel, *Investigation of Nano
Nuclear Reactions in Condensed Matter, Final Report*. 2016, Defense Threat
Reduction Agency (DTRA).
http://lenr-canr.org/acrobat/MosierBossinvestigat.pdf
Stephen A. Lawrence wrote:
> Jed, what is this? I can't quite figure it out. Is this a review of old
> work, or is some of the work in it new?
>
Look at the very last page. This is a old document, but it was only
recently approved for distribution to the public.
- Jed
The problem is, LENR technology does not exist. LENR is still only a
laboratory experiment. So there is nothing to ignore. Rossi's claims are
fiction. It is possible Brillouin Energy might have some technology. I
cannot judge.
- Jed
Jed, what is this? I can't quite figure it out. Is this a review of
old work, or is some of the work in it new?
The most recent date I could find in the paper is 2012, on references in
the bibliography which were most likely describing work done in 2011 (or
earlier). The text appeared to
I think I will print that out and frame it
AA
On 9/2/2016 3:33 PM, Jed Rothwell wrote:
The problem is, LENR technology does not exist. LENR is still only a
laboratory experiment. So there is nothing to ignore. Rossi's claims
are fiction. It is possible Brillouin Energy might have some
Peter Gluck wrote:
> You have not answered some of my questions but can do it now, e.g. to whom
> except you have complained IH re the plant in 2015? you can answer in
> private.
>
I will tell you nothing that has not been revealed by Rossi or by I.H. Ask
as many times
a.ashfield wrote:
If the steam is condensed it would form a vacuum. DN40 sounds small to
> me. Is that another Murray quote?
>
Yes, I said it was from Murray.
Your knee jerk rejection of this is irrational. You can easily confirm the
size of the pipe by looking up the
If the steam is condensed it would form a vacuum. DN40 sounds small to
me. Is that another Murray quote?
AA
On 9/2/2016 11:07 AM, Jed Rothwell wrote:
a.ashfield > wrote:
Why do you say the pressure was higher than 0.0 bar when
From memory the flowmeter was DN80, but that was just hearsay. A
dimensioned drwg of the pipework is what's required.
What no comment on Rossi's reply to IH's motion to dismiss? ( Re: [Vo]:
Rossi's answer to IH)
AA
On 9/2/2016 8:07 PM, Jed Rothwell wrote:
a.ashfield
On Fri, Sep 2, 2016 at 11:21 AM, Stephen A. Lawrence
wrote:
And obvious point ... if the water in the reservoir was seriously
> dirty, as you mentioned in an earlier note, then it wasn't pure water,
> which in turn implies it very probably had a higher boiling point than
Jed,
The flow meter would be on the output pipe from the reservoir (near the
bottom of it), either before or after the pump feeding the reactors.
It is ludicrous to suggest it would be on the condensate return pipe
from the customer. If IH have supplied a piping drawing it is not in
the
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