Possible ways for (*e-) to end up in copper, aluminum, or steel. If it
exists.
Copper Processing:
http://www.p2pays.org/ref/01/text/00778/chapter5.htm
Aluminum Smelting and Refining:
http://www.p2pays.org/ref/01/text/00778/chapter4.htm
Steel Making:
The index covers most of the metals of interest.
Good stuff.
Primary Metals Table of Contents
http://www.p2pays.org/ref/01/text/00778/intro1.htm
Possible ways for (*e-) to end up in copper, aluminum, or steel. If it
exists.
When positrons annihilate in Iodine-125 Auger electrons come off
instead of the 0.510 Mev gammas.
Does this happen in Deuterium-loaded Pd for D+D --- He4 ?
The X-ray yield (%) for a material~ = 1.216e-7 * Z * Volts (about 1% efficiency for tungsten, Z = 74
at 100 kilovolts, or 0.56% for Pd at 100 kilovolts, Z= 46.
In the D+D --- He4 + 24 Mev reaction in Pd is an Auger Effect "Cascade"
yielding mostly heat?
- Original Message -
From:
-Original Message-
From: Grimer
Terry: Well, Scott rebuffed me when I asked him to look into MAHG.
My only contact with Scott persuaded me that he had a
bad case of the NIH (not invented here) disease.
In Scott's defense, he says he is semi-retired and doesn't jump on
every
-Original Message-
From: Grimer
snippage
Yeah the Kawai/Takahashi motor has a fundamental difference from the
Sprain motor. It's a yin/yang issue.
For now, I *will* be coy and see if Jones Beene figures out why Sprain
is not Takahashi. But I will send you the answer directly. g
-Original Message-
From: hohlrauml6d
snip
AND, clearly, there is the possibility of a measurement error in the
MAHG device. As Scott, et.al. have pointed out, his output was
strangely inversely propotional to the duty cycle.
To avoid confusion, the antecedent for his is
Hi Jones and Terry,
I am almost always subscribed to vortex-l, but I
do not read every post. Magnetic motors are one of
my main interests.
Terry posted:
http://www.geocities.com/terry1094/pulse_display.jpg
Indicates less that he is inputting less than 1.1 Watt-seconds of
electrical energy
The Sprain Motor, in the context of the so-called
Magnetic Wankel brings up a salient point which was
never adequately addressed during the previous episode
of Takahishi a decade ago.
That is the potential advantage of using modern
electronics to provide what (for lack of a better
term) can be
-Original Message-
From: George Holz
George: I presume that channel 1 in the scope photo is the voltage
waveform.
What is the channel two waveform? It looks like the voltage across a
current sampling resistor in series with the solenoid. What is the
value of
the sampling resistor?
-Original Message-
From: jonfli
Just curious as to the calibration/div for the current probe used on
Ch2 to arrive at your energy calc above?
See the post to George on the probe specs. Does that answer your
question?
Terry
___
At 09:47 am 27/02/2006 -0800, you wrote:
The Sprain Motor, in the context of the so-called
Magnetic Wankel brings up a salient point which was
never adequately addressed during the previous episode
of Takahishi a decade ago.
That is the potential advantage of using modern
electronics to provide
At 01:17 pm 27/02/2006 -0500, you wrote:
-Original Message-
From: George Holz
George:The mechanical energy output looks more difficult to verify.
The only proof of utility that would be convincing is a
self runner. Put an efficient permanent magnet generator on
the shaft and measure
Please let me know if any numbers look wrong. The following data and
references are related to
http://www.mtaonline.net/~hheffner/BigPicture.pdf,
especially the data in Table 1, repeated immediately below.
Table 1 - Current energy plant capital cost in $/W
Gas turbine 0.5
Wind
Horace Heffner wrote:
Page 2 shows the cost of a 1.65-MW turbine is $0.79/W, but actual
power can come in at about 1/3 the nameplate rating, which gives about $2.40/W.
That adjustment is reasonable, but it complicates things. By the same
token, you might adjust nuclear power, because nuclear
Howdy Jones.
Not only " tantalizing" but downright insightful. Oh so many years ago
while doing a design study on a stepless variable torque proportioning
differential gear setup for a dual rotor heliocopter, the study led to the
possibility of performing the function electronically...
Terry,
Yes, thank you. However, the CH2 Mean measurement of 71.3mv isn't accurate
because it appears to be 200mv! I assume the probe was set at 0-10A with
an output of 10mv/Amp, this makes the input current measurement on CH2 to be
2A Mean.
The CH1 voltage measurement seems to indicate
-Original Message-
From: George Holz
George: I cannot tell from the picture the range to which the
current probe is set. If it is the 10 Amp range , then the 100 mv/amp
signal would give an energy per pulse from the scope waveforms
essentially equal to your calculation of 1.1 Joules
--- Grimer wrote:
I'm not quite sure what you're torquing about,
Jones, but I found the swing bit so interesting that I
actually googled to find exactly how it worked. g
Sounds like allure to me, Frank ... as in a lure
of the fishy variety ... and since I've no clue to
what angle you ...
-Original Message-
From: Grimer
I admire his seflconfidence. ;-)
:-Þ
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http://web.mit.edu/newsoffice/2006/batteries-0208.html?tr=yauid=1441616
This is from a newsletter I get from the MIT Alumni Association.
A suprise for me is that one of the inventors graduated 2 years
after me fron the same small high school and from the same
department at MIT.
George Holz
On Feb 27, 2006, at 12:38 PM, Jed Rothwell wrote:
Horace Heffner wrote:
Page 2 shows the cost of a 1.65-MW turbine is $0.79/W, but actual
power can come in at about 1/3 the nameplate rating, which gives
about $2.40/W.
That adjustment is reasonable, but it complicates things. By the
I'll be going back soon with a better ELECTRICAL Engr. While my degree
is in EE, I have been in photonics so long I don't trust my
oscilloscope capabilities any more -- especially these new-fangled,
digital storage, self normalizing, display maximizing types. Now give
me an Optical Time
When you place it underload it stops spinning. Your moving from a strong
field to a weak field you have no momentum to bring you top dead center
of
the EM. It stops as soon as you add a load.
Paul
I even tried reversing the EM trying to attract the rotor, it still
won't
work.
Paul
Actually, this gets even more complicated. You have to factor in what
I suppose should be called timeliness or usefulness or simply the
value per kilowatt hour. As noted, gas turbines are used for peak
power when it is most needed. Wind turbines produce energy when the
wind blows, which may or
-Original Message-
From: Horace Heffner
Yes, or the cost of acid rain.
Coal fired plants are a significant source of ionizing radiation, also.
Terry
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Our local state owned electric power plant, Fayette Power operated by the
Lower Colorado River Authority of Texas uses mostly Wyoming Coal railed down via
some 2500 hopper cars owned or leased by LCRA. Normal load per train is
100-115 hopper cars with two trains per day. A third of the
On Feb 27, 2006, at 4:42 PM, [EMAIL PROTECTED] wrote:
Coal fired plants are a significant source of ionizing radiation,
also.
Yes indeed. An old post on this (edited for spelling) follows.
However, it is notable that the new emissions free technologies for
sequestering CO2 may solve
On Monday 27 February 2006 21:34, Horace Heffner wrote:
On Feb 27, 2006, at 4:42 PM, [EMAIL PROTECTED] wrote:
Coal fired plants are a significant source of ionizing radiation,
also.
Yes indeed. An old post on this (edited for spelling) follows.
However, it is notable that the new
For cogging EM motors, it seems to me to make sense to increase the
decelerating cogging angle to as much as possible, then put
multiple motors sharing their armatures in tandem but out of phase.
For example, if the cogging angle were 36 degrees, then 10 motors
should cover the full 360
Hi Terry,
Let's examine the workings of the Sprain Mag Motor
in Carnot cycle terms.
With reference to the diagram at:
http://hyperphysics.phy-astr.gsu.edu/hbase/thermo/carnot.html
the conventional Carnot cycle takes the following clockwise path.
Isothermal expansion
Adiabatic expansion
I notice that there is an interesting article
in Wiki on Harry Paul Sprain's magnetic motor.
http://peswiki.com/index.php/Directory:Paul_Harry_Sprain_magnet_motor
Frank
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