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single crystal yig sphere  (Ferrisphere Inc)

 
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    Ferrisphere Inc single crystal yig sphere
    ϕ-dependences of the magnetic moment for the commercial <t>YIG</t> <t>sphere</t> in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.
    Single Crystal Yig Sphere, supplied by Ferrisphere Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/single+crystal+yig+sphere/pmc10938846-57-3-7?v=Ferrisphere+Inc
    Average 90 stars, based on 1 article reviews
    single crystal yig sphere - by Bioz Stars, 2026-07
    90/100 stars

    Images

    1) Product Images from "Improvement of Reproducibility of Magnetic Moment Detected by a SQUID Magnetometer Through Radial Offset Measurement on a YIG Sphere"

    Article Title: Improvement of Reproducibility of Magnetic Moment Detected by a SQUID Magnetometer Through Radial Offset Measurement on a YIG Sphere

    Journal: IEEE transactions on magnetics

    doi: 10.1109/tmag.2018.2867477

    ϕ-dependences of the magnetic moment for the commercial YIG sphere in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.
    Figure Legend Snippet: ϕ-dependences of the magnetic moment for the commercial YIG sphere in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.

    Techniques Used: Standard Deviation

    Radial offset measurement at 298 K using a commercial YIG sphere in the PTFE containers with different r values. The vertical axis is the normalized magnetic moment, i.e., the magnetic moment divided by the minimum magnetic moment at r = 0 mm.
    Figure Legend Snippet: Radial offset measurement at 298 K using a commercial YIG sphere in the PTFE containers with different r values. The vertical axis is the normalized magnetic moment, i.e., the magnetic moment divided by the minimum magnetic moment at r = 0 mm.

    Techniques Used:

    Correlation of the magnetic moment and the regression factor when the commercial YIG sphere was measured in the PTFE containers. (Representative r values only are shown.)
    Figure Legend Snippet: Correlation of the magnetic moment and the regression factor when the commercial YIG sphere was measured in the PTFE containers. (Representative r values only are shown.)

    Techniques Used:



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    ϕ-dependences of the magnetic moment for the commercial <t>YIG</t> <t>sphere</t> in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.
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    ϕ-dependences of the magnetic moment for the commercial <t>YIG</t> <t>sphere</t> in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.
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    Image Search Results


    ϕ-dependences of the magnetic moment for the commercial YIG sphere in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.

    Journal: IEEE transactions on magnetics

    Article Title: Improvement of Reproducibility of Magnetic Moment Detected by a SQUID Magnetometer Through Radial Offset Measurement on a YIG Sphere

    doi: 10.1109/tmag.2018.2867477

    Figure Lengend Snippet: ϕ-dependences of the magnetic moment for the commercial YIG sphere in one of the custom PTFE containers at 298 K at an applied magnetic field of 397.89 kA · m−1. Each data point was measured three times in succession, and its typical relative standard deviation was 0.02%–0.005%.

    Article Snippet: Another sample, a single crystal YIG sphere (Ferrisphere, Inc.) with highly polished surface and a diameter of 1 mm was used for the measurement of the radial offset.

    Techniques: Standard Deviation

    Radial offset measurement at 298 K using a commercial YIG sphere in the PTFE containers with different r values. The vertical axis is the normalized magnetic moment, i.e., the magnetic moment divided by the minimum magnetic moment at r = 0 mm.

    Journal: IEEE transactions on magnetics

    Article Title: Improvement of Reproducibility of Magnetic Moment Detected by a SQUID Magnetometer Through Radial Offset Measurement on a YIG Sphere

    doi: 10.1109/tmag.2018.2867477

    Figure Lengend Snippet: Radial offset measurement at 298 K using a commercial YIG sphere in the PTFE containers with different r values. The vertical axis is the normalized magnetic moment, i.e., the magnetic moment divided by the minimum magnetic moment at r = 0 mm.

    Article Snippet: Another sample, a single crystal YIG sphere (Ferrisphere, Inc.) with highly polished surface and a diameter of 1 mm was used for the measurement of the radial offset.

    Techniques:

    Correlation of the magnetic moment and the regression factor when the commercial YIG sphere was measured in the PTFE containers. (Representative r values only are shown.)

    Journal: IEEE transactions on magnetics

    Article Title: Improvement of Reproducibility of Magnetic Moment Detected by a SQUID Magnetometer Through Radial Offset Measurement on a YIG Sphere

    doi: 10.1109/tmag.2018.2867477

    Figure Lengend Snippet: Correlation of the magnetic moment and the regression factor when the commercial YIG sphere was measured in the PTFE containers. (Representative r values only are shown.)

    Article Snippet: Another sample, a single crystal YIG sphere (Ferrisphere, Inc.) with highly polished surface and a diameter of 1 mm was used for the measurement of the radial offset.

    Techniques: