1979
DOI: 10.1007/bf02908575
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Measurement of magnetic properties of single crystal YIG by non-resonant method

Abstract: A non-resonant microwave teclmique has been employed for the determination of saturation magnetisation (4rrMs) and g-factor of pure and Gd-doped single crystal YIG spheres yielding accurate values. It was found that 4"trM 8 = 1720-1751 g for undoped and 1595 g for 10~ Gd-doped YIG spheres while gett = 2.00-2.0039. The advantages of this method are simplicity and complete absence of propagation corrections necessary in cavity resonance experiments.

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Cited by 4 publications
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“…The obtained periodic structures exhibited the saturation magnetization as 1.37 emu/cm 3 , remnant magnetization as 0.08 emu/cm 3 , and the coercivity force as 66 Oe. The selective‐growth crystal iron‐garnet film has smaller magnetization than single crystal 10 and the magnetic properties are very sensitive to surface roughness of the substrate induced by ion‐milling.…”
Section: Resultsmentioning
confidence: 99%
“…The obtained periodic structures exhibited the saturation magnetization as 1.37 emu/cm 3 , remnant magnetization as 0.08 emu/cm 3 , and the coercivity force as 66 Oe. The selective‐growth crystal iron‐garnet film has smaller magnetization than single crystal 10 and the magnetic properties are very sensitive to surface roughness of the substrate induced by ion‐milling.…”
Section: Resultsmentioning
confidence: 99%