Influence Of Milling Conditions On Magnetic Properties Of Nd

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    Effect Of The Milling Time On The Magnetic Properties Of

    Abstract the effect of the wet milling time on the magnetic properties of powder compositions consisting of the hard magnetic sm 2 fe 17 n x x 2930 nitride and a rapidly quenched nd 96 fe 763 co 43 zr 34 b 64 at alloy which are taken in different mass proportions is studied the compositions containing no more than 20 wt alloy are found to exhibit a substantial increase

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    Effect Of Annealing On Magnetic Properties Of Ultrafine

    Magnetic properties and morphology of ultrane ndfeb powders provides useful information for using these powders in sintering because the sintering conditions strongly depend on particle size1516 therefore in this study we investigated the effects of annealing on the magnetic properties and morphology of ultrane ndfeb powders 2

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    Influence Of Milling Time On Magnetic Properties And

    The effect of a reduced milling time on the magnetic properties of the hddr sintered magnets has been investigated sintering temperature and time of were kept constant for

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    Effect Of Annealing On Magnetic Properties Of Ultrafine

    Magnetic properties and morphology of ultrane ndfeb powders provides useful information for using these powders in sintering because the sintering conditions strongly depend on particle size1516 therefore in this study we investigated the effects of annealing on the magnetic properties and morphology of ultrane ndfeb powders 2

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    Structural And Magnetic Behaviour Of Smco

    The influence of the milling and annealing conditions on the magnetic interphase coupling of mechanicallymilled smco5 hard magnetic phase and fe soft phase will be presented by mssbauer spectroscopy it was evidenced the existence of two main fe contributions which results by milling one of fe and the second

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    Influence Of Heat Treatment On The Structural

    Optimum heattreatment conditions the magnetic domain struc ture of the magnet subjected to an optimum heat treatment has been studied the effect of different lowtemperature heat treatments on the magnetic properties of magnets has been demonstrated

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    Effect Of Milling And Annealing Conditions On The

    Effect of milling and annealing conditions on the interphase exchange coupling of nd 2 fe 14bfe magnetic nanocomposites international workshop on rare earth and future permanent magnets and their applications repm annapolis 2014 this contribution was supported by the

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    Influence Of Milling Conditions On Magnetic Properties Of

    Ball milling conditions were examined for the preparation of fine smsub 2fesub 17nsub 3 particles the milling process with high ballbottle volume r influence of milling conditions on magnetic properties of smsub 2fesub 17nsub 3 particles ieee journals magazine

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    Effect Of Milling And Annealing Conditions On The

    Effect of milling and annealing conditions on the interphase exchange coupling of nd 2 fe 14bfe magnetic nanocomposites international workshop on rare earth and future permanent magnets and their applications repm annapolis 2014 this contribution was supported by the

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    The Influence Of Short Time Heat Treatment On The

    The influence of the milling and annealing conditions temperature and time on the structural and magnetic properties of nd092dy0082fe14balfa fe nanocomposite have been investigated

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    The Influence Of Milling And Annealing Conditions On The

    Oct 15 2015 this paper resumes our studies on the influence of structure and microstructure on the magnetic properties of nd 2 fe 14 bfe exchange coupled hardsoft magnetic nanocomposites obtained by mechanical milling and annealing different microstructures are obtained by changing milling conditions

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    Pengaruh Waktu Milling Terhadap Mikrostruktur Dan Sifat

    Referring to the characterization result of the magnetic properties by using vsm vibrating sample magnetometer it is known that the parameters of the magnetic properties such as magnetization saturation ms magnetization remanence mr and coercivity hc are highly dependent on the mass fraction crystallite sizeand the homogenity of the phase composition

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    Structure And Magnetic Properties Of Ndfeb Powder

    Highenergy ball milling technique with hard metal milling elements and balls was employed to refine hd powders down to particle size optimum for magnet processing the experiments were performed according to experimental plan to optimize the milling parameters regarding particle size contamination and magnetic properties of the powder

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    Effect Of Milling Conditions On The Microstructure And

    The effects of milling conditions on the microstructure and interphase exchange coupling of nd 2 fe 14 b10 wt fe nanocomposites were investigated the fe crystallite size is critical for obtaining an efficient interphase exchange coupling

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    Influence Of Milling Conditions On The Hydriding

    Xray diffraction analysis showed that the mg phase of all asobtained composite powders is nanocrystalline with average crystallite size in the range 2030 nm depending on the milling conditions the best hydriding properties expressed in lowtemperature hydriding below 150c and improved cycle life showed the composites milled at dry

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    Pdf Influence Of Wet Milling Conditions On The

    The inuence of the synthesis conditions such as milling type dry or wet milling the milling time and the heat treatment on the spontaneous magnetization of the samples were investigated the room temperature spontaneous magnetization of the samples milled up to 20 h using dry milling or wet milling with different quantities of benzene are presented in fig 8

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    The Influence Of Milling And Annealing On The Structural

    The effect of the milling on the magnetic properties of the nd2fe14b intermetallic is measured and is compared to the structural analysis performed by mssbauer spectroscopy and atom probe

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    Effect Of The Milling Time On The Magnetic Properties Of

    Abstract the effect of the wet milling time on the magnetic properties of powder compositions consisting of the hard magnetic sm 2 fe 17 n x x 2930 nitride and a rapidly quenched nd 96 fe 763 co 43 zr 34 b 64 at alloy which are taken in different mass proportions is studied the compositions containing no more than 20 wt alloy are found to exhibit a substantial increase

    Details
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    Effect Of Sintering Temperature On The

    Properties make it a promising candidate for many applications such as magnetic data storage magnetic drug targeting biosensors and magnetic refrigeration 4 nano ferrites are simultaneously good magnetic and dielectric materials these properties of the nano ferrites are

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    Magnetic And Structural Behaviour Of Nddy2 Core

    The influence of the milling and annealing conditions temperature and time on the structural and magnetic properties of nd092dy0082fe14balfa fe nanocomposite have been investigated annealing at 550c restores the magnetic features of the nd2fe14b type phase

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    Effect Of High Energy Milling And Subsequent

    Effect of high energy milling and subsequent annealing on the phase composition and magnetic properties of nanocrystalline nd 95 fe 84 b 6 cu 05 alloy vladimir menushenkov ilia vidmanov igor bordyuzhin svetlana polikutkina alexander savchenko dmitriy zhukov elina dinislamova

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    Structural And Magnetic Behaviour Of Smco

    Smco520fe magnetic nanocomposites have been obtained by mechanical milling in a planetary mill and subsequent annealing the influence of the milling and annealing conditions on the magnetic and structural behaviour of smco5fe has been studied by xray diffraction electron microscopy magnetic measurements and mssbauer spectrometry

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    Pdf The Influence Of Fabrication Conditions On Structure

    To investigate the influence of annealing conditions in order to investigate the influence of the nb on the magnetic properties of the alloys the samples concentration on the structure and magnetic properties of the with the highest quenching rate of 40 m s1 the lowest alloys we reduce the concentration of nb from 3 to 15 at amorphoustocrystalline transformation during quenching the nd105x fe82 cox

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    Influence Of Heat Treatment On The Structural

    Optimum heattreatment conditions the magnetic domain struc ture of the magnet subjected to an optimum heat treatment has been studied the effect of different lowtemperature heat treatments on the magnetic properties of magnets has been demonstrated key words ndprfeb magnet in the magnetic nd x pr 1x 2 fe 14

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