MIZUNO REPLICATION AND MATERIALS ONLY
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Thank you ElderingG . It looks like Arun is getting good advice there. I suspect the problem is not with the pump but with the driver circuits- which seems to be the general opinion on fusor forum. I was fortunate enough to get an Edwards pump controller with my turbo, I would advise Arun to do the same if he can, they turn up on ebay from time to time. Hopefully the cost of a controller could be recouped by selling one of the turbos.
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With reference to your tests on the power supply on the other forum..
To give the DC-DC booster the best chance of working correctly you want to keep the DC supply voltage to it as high as allowed by the specifications of both. If that's 30V then that's the best voltage to set the DC supply to, avoid lower.
If they will both cope with a higher voltage than 30V would be worth trying but check the specs first.
That will reduce the current drawn by the booster and help prevent the DC Supply from current limiting.
I can't remember if you posted a link to data on the DC-DC booster (aka step up converter) but would be interested to see that.
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Interesting paper on unexpected behaviour of iridium applied in super thin structures on nickel.
Not sure how much this applies to platinum but iridium is a member of the platinum family.
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Interesting paper on unexpected behaviour of iridium applied in super thin structures on nickel.
Not sure how much this applies to platinum but iridium is a member of the platinum family.
Good find!!! This is really interesting and I bet that Wyttenbach has some insight on this as it is said a new form of magnetism was found.
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The samples of the super-productive mesh are on their way to analysis. Thank goodness. That wasn't easy to arrange.
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Good luck with it all and maybe don't forget to try Holmlid's KFeO2 catalyst if nothing works! Wyttenbach seems pretty convinced we need UDD or dense deuterium as a first step to fusion!
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Dr Richard - We think we got that in the bag already. Time will tell.
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The samples of the super-productive mesh are on their way to analysis.
We already sent them an as-received mesh and a prepared mesh that did not seem to produce excess heat. So they should be able to do a comparative analysis.
Someone else looked at a prepared mesh with an SEM suggested that the tap water may be adding calcium carbonate to the nickel mesh, which may be making an important contribution. A couple of other people suggested this.
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The used Pfeiffer diaphragm pump I received was a total mess and would not pull below ~50 Torr. One of the diaphragms had ruptured, and corrosive gas got inside, freezing the bearings and damaging the camshaft. The bearings had to be ground off, and the camshaft had to be re-machined to the correct eccentricity. Everything is back together now, and I'm waiting for the correct thickness reinforced rubber membrane to fabricate the diaphragms. With some hardware store rubber sheet I am able to draw 1.5 Torr, which is plenty good as a foreline vacuum to the T/M pump. Then it's off to procure Conflat components.
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Good luck with that. I have noticed btw that diaphragm pumps tend to run hotter than I like- if yours does a computer fan mounted nearby will make a big difference to the cooling rate. This certainly prolongs life of the diaphragm and provides peace of mind, because it may need to run continuously for many hours/days at a time.
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Due to my three months ongoing self imposed exile from Facebook I had lost contact with an old friend that Has been deeply involved in all matters exotic energy and off course in LENR, even to great personal detriment.
I knew he was being successful fighting a cancer, and that was a relief.
Today I took a look at his YouTube Channel and I am under the impression he was filming a Mizuno replication, Here is the video, let me know if you agree.
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It does look like a Mizuno replication.
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attempted
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Well, its a big reactor and a quad mass spec. But we aren't planning a mizuno replication.
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Well, its a big reactor and a quad mass spec. But we aren't planning a mizuno replication.
ok, so it’s Craigy visiting Russ then, I suspected it from the beginning 🤪
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yes, i think the best way to be well uniform should be chemical plating, here by a beam we should have small thickness variations mostly we stay at nanometers level.
Cydonia - It's a bit hard to tell exactly what we are seeing, especially with the variable background colour. Is the sputtering sample evenly plated with Pd - looks like it might be?
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