[Date Prev][Date Next][Thread Prev][Thread Next][Date Index][Thread Index]

# Re: [femm] Fe2O3

- To: femm@egroups.com
- Subject: Re: [femm] Fe2O3
- From: "Peter Ceelen" <peter.ceelen@ct.boc.com>
- Date: Tue, 19 Dec 2000 15:30:48 -0800

    Following is the normal induction curve for Nickel 200 from a chart I got from
    Inco Alloys. Using this data in models matches very closely with my
    measurements.

    Nickel 200
    200.000000 200.000000 0.000000 0.000000 0.000000 0.000000 0.000000
    0.000000 0.000000 0 1.000000
    19
    0.000000 0.000000
    0.100000 239.000000
    0.150000 398.000000
    0.270000 796.000000
    0.345000 1591.000000
    0.395000 1989.000000
    0.420000 2387.000000
    0.450000 3024.000000
    0.460000 3342.000000
    0.485000 3979.000000
    0.495000 4376.000000
    0.505000 4774.000000
    0.535000 7161.000000
    0.555000 9548.000000
    0.575000 14561.000000
    0.590000 19336.000000
    0.595000 24269.000000
    0.600000 34056.000000
    0.605000 38830.000000

    Victor Bellido-Gonzalez <victor@gencoa.demon.co.uk> on 12/19/2000 10:02:12 AM

    Please respond to femm@egroups.com

    To: femm@egroups.com
    cc: (bcc: Peter Ceelen/BOCCT)

    Subject: [femm] Fe2O3

    Thanks,... that could help us a lot.... by any chance have you got
    similar data for a better known reference material such as Ni ... in
    that way it would be much easier to correct the Fe2O3 data.

    Thanks,

    Victor.

    In message <003801c069a8$c74feca0$0200a8c0@?.hirstmagnetics>, Robin
    Cornelius <robin.cornelius@hirst-magnetics.com> writes
    >I have a MH loop taken on a 5mm Sphere of iron oxide, but there is a problem
    >with the J(M) calibration of our loop. If you know the saturation, which I
    >believe is well defined for a particular temperature you could correct it.
    >
    >Any use ?
    >
    >The data is measured on a pulsed field magnetometer which we are developing
    >so if you had a sample of iron oxide we could measure it for you.
    >
    >----- Original Message -----
    >From: Victor Bellido-Gonzalez <victor@gencoa.demon.co.uk>
    >To: <femm@egroups.com>
    >Sent: Wednesday, December 13, 2000 8:07 AM
    >Subject: [femm] Fe2O3
    >
    >
    >> Hi everyone,...
    >> I'll try again,... if no answers I'll assume that no one has the data I
    >> am looking for.
    >>
    >> Does anyone have the magnetic data B vs H for Iron (III) oxide,... any
    >> phase, e.g. gamma, etc.
    >>
    >> Regards,
    >> --
    >> ____________________________________________________
    >> Victor Bellido-Gonzalez
    >> GENCOA LTD
    >> 4-d Wavertree Boulevard South
    >> Wavertree Technology Park
    >> Liverpool L7 9PF
    >> U.K.
    >>
    >> Tel.: + 44 151 2522200 (International)
    >> 0151 2522200 (U.K.)
    >>
    >> Fax: + 44 151 2522233 (International)
    >> 0151 2522233 (U.K.)
    >>
    >> e-mail: victor@gencoa.demon.co.uk
    >> http://www.gencoa.com
    >> ____________________________________________________
    >>
    >>
    >>
    >>
    >
    >
    >
    >
    >

    --
    ____________________________________________________
    Victor Bellido-Gonzalez
    GENCOA LTD
    4-d Wavertree Boulevard South
    Wavertree Technology Park
    Liverpool L7 9PF
    U.K.

    Tel.: + 44 151 2522200 (International)
    0151 2522200 (U.K.)

    Fax: + 44 151 2522233 (International)
    0151 2522233 (U.K.)

    e-mail: victor@gencoa.demon.co.uk
    http://www.gencoa.com
    ____________________________________________________

    *********************************************************************
    This footnote confirms that this e-mail message has been scanned for
    the presence of known computer viruses by the MessageLabs Virus
    Control Centre. However, it is still recommended that you use
    local virus scanning software to monitor for the presence of viruses.
    *********************************************************************

- Prev by Date: Fe2O3
- Next by Date: Calculation of self and mutual inductances
- Previous by thread: Question about force calculation
- Next by thread: Calculation of self and mutual inductances
- Index(es):
  - Date
  - Thread