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  • Jetijs
    replied
    Hi loadsotone.
    Awesome progress
    Where did you get those magnets? Have you tried locking them together using a coil or several on the magnets? If not, please try thta, this is waht I am trying to accomplish here now, but I have stillno luck getting the right materials.

    Leave a comment:


  • Loadstone
    replied
    Hi again.
    Just to mention....my project is on hold until my shaft coupling is machined.
    At the moment it's just a wooden one....
    I cast one in iron, but I've been slack getting it machined. Too bloody cold in my shed at the moment anyway. Universal energy transformation will have to wait until spring.

    I also missed the 1500th post....by THAT much.
    Doh.
    Scotty.
    Last edited by Loadstone; 08-18-2010, 09:07 AM. Reason: missed an even 1500

    Leave a comment:


  • david lambright
    replied
    hi everyone...

    alex, thanks for posting....i have been looking for anything similar to what i have seen, but nothing till now.....could you help with any links to video or pix that show this distortion effect?...thanks again, david

    Leave a comment:


  • Loadstone
    replied
    1500th

    I just wanted to be the 1500th post.
    @David, I see you posted the link I told you about on another Ed thread.

    Here is a pic of my wheel with 2 layers on it.
    I have lots of PMH's also and I even cast an aluminum one, but I haven't noticed anything that you speak of yet.

    The first row of magnets on my wheel stick to the metal base they sit on, but the second layer doesn't want to sit on top at all.
    When the top ring is added it gives the second row something to stick to, but they are not attracted to the first layer.
    By the time you stack 5 layers the top layer of magnets will not stay still but always try to flip over....that is until you put the top ring on.
    I've had to make a wooden ring to support everything while I add magnets.
    Cheers.
    Attached Files

    Leave a comment:


  • Harvey
    replied
    Hi Alex,



    I actually have a sample of that core memory:




    But I must state here, that it does not work on the same principle as Leedskalnin's PMH. Core memory relies on a soft magnetic material that holds the magnetic state regardless if you were to cut the material in half - it would still be a magnet with potential. The PMH loses it's magnetic quality as soon as the flux path is broken.

    While they both involve domain alignments, the interior is different and the hysteresis is different so the principles of operation are different.

    You say that the optical effects claimed are a well known aspect of science - I have been involved with science since 1966 and I have not seen this effect yet. Is this something common in your part of the world that somehow hasn't reached Cal-Tech, JPL, UCLA or UCSD? If so, I would be very much interested in learning what you can teach us about it

    I do agree with you on the element configuration and this has been mentioned several times in the thread.

    I also agree with you on the treatment of the battery - however we must acknowledge that the capacitor simply will not deliver a continuous charge into such a low inductance winding the same way several aH of battery can unless it is a very large and most likely expensive capacitor even at a low rating of 9.6V.

    Cheers,

    Leave a comment:


  • Alex.
    replied


    below is a link to google that translating link above from russian to english.



    Best regards,

    Alex.

    Leave a comment:


  • Harvey
    replied
    David

    Thanx - I'm going to rummage through the 'ol plumbing stuff out back and see what I find.

    Leave a comment:


  • david lambright
    replied
    harvey

    the first device was 1/4" soft aluminum tubing off of a gas water heater, the second is from a fishing net...goodwill surplus store is great if you dont want to ruin a good net. the third is 3/8" copper tube. i am looking for some lead and possibly some zinc tubing to make the devices with....the oxide was bought online, and you can get nano particle oxides also, i have been looking into manganese oxide as core material, i will let you know how that goes...david

    Leave a comment:


  • Harvey
    replied
    Hi David,

    I have some developer (not toner) here for a photocopier - it is a sand grained material and very magnetic. I could use this inside an aluminum tube and try that, but my aluminum tubes are something like T6 and I think they would break before I could bend them.

    Where did you get your aluminum tube from? Is that a plumbing item like a sink riser or such?

    Thanks,

    Harvey

    Leave a comment:


  • david lambright
    replied
    jet!

    i will send him your address, i think i still have it, and there is no problem for me to make you a oxide core device for you to test....we could work it the same way, after you check it out, let others test it also....i will start on the device after this weekend, it only takes a few minutes to build and energize one...i might need you to pay shipping, my brother has a paypal account, and he said he would help ....could you PM me with your address one more time?....and jetijs, thank you again ....david

    Leave a comment:


  • Jetijs
    replied
    Hi David,
    I tried to send Matt an email, but I got an error message of undeliverable mail. Either the email address at leedskalnin.com isn't right or something else. I would be grateful if you could sen him my address yourself
    I would also be happy to test your new wing device, but I don't want to exploit you too much.

    On another note, I found out that my tool steel needs to be heated to 800 degrees celsius and then rapidly cooled, this hardens the steel and makes it retain some magnetism. This works fine, I tried that on a small piece of the material, but the retained magnetism is very very weak, maybe just half of that of a magnetized drill bit. So I am stuck once again. The best materials as far as I know would be alni (Fe, Ni, Al, Cu), alnico (Fe, AI, Ni, Co, Cu), magnico (Fe, Ni, Co, Cu, Al) or alnisi (Fe, Al, Ni, Si). But I have no idea where to get such material in sheet form. V shapes cut out from these materials would retain a very strong magnetism, just as the V pieces from Ford T model. Any ideas?
    Thanks,
    Jetijs

    Leave a comment:


  • david lambright
    replied
    hi...

    i have started posting over at free energy also, but will continue to post here...jet, i talked with matt and he will send you the device...you can contact him at leedskalnin.com to give him the information, address etc.....thanks for your patience.....so cat, do you want the device to test after jet?...i can also make copies of my oxide core rings for testing, i will have to go to the goodwill surplus store and find some aluminum tube....so if anyone is interested in testing this new device let me know...i have enough oxide to make 3 or 4 of the new devices....let me know......thanks...david

    Leave a comment:


  • wings
    replied
    wrong post

    Leave a comment:


  • david lambright
    replied
    indiana boys!

    Originally posted by IndianaBoys View Post
    David,

    Will do some more tweaking.

    What wire size are you using?

    Is this the link you are referring to:

    Physicists Measure Elusive 'Persistent Current' That Flows Forever

    IndianaBoys
    that is the link!.....here is my thoughts about my ring...the oxide is like virgin iron...a PMH made of oxide, when energized, starts a flow of energy that will flow forever.....the wire is from a transformer, not sure of the guage....will post more later...david

    Leave a comment:


  • IndianaBoys
    replied
    David,

    Will do some more tweaking.

    What wire size are you using?

    Is this the link you are referring to:

    Physicists Measure Elusive 'Persistent Current' That Flows Forever

    IndianaBoys

    Leave a comment:

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