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A New Low-Temperature Sintering Method for NiCuZn Ferrite

机译:Nicuzn铁氧体的新低温烧结方法

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Low temperature sintering NiCuZn ferrite was employed at most cases due to its co-firability with Ag (below 960°C). The purpose of this study is to fabricate NiCuZn ferrite sintered body with high-strength and high-frequency magnetic properties. Following is the procedure: firstly, NiCuZn ferrite powder was synthesized under CO{sub}2 atmosphere at 500°C from the mixed doxalate synthesized by liquid phase deposition method; then a small amount of boric acid [H{sub}3BO{sub}3] was added to the powder, and the NiCuZn ferrite powder compact was prepared with Newton press and CIP methods; finally, NiCuZn ferrite sintered body was fabricated by sintering at 900°C under CO{sub}2 atmosphere. By this method, NiCuZn ferrite sintered body with 0.5 mass% boric acid was obtained, which was additive with strength 340 MPa, high frequency applied scope below 20MHz and initial permeability 38.
机译:由于其与Ag(低于960℃以下低于960℃),在大多数情况下使用低温烧结Nicuzn铁氧体。本研究的目的是用高强度和高频磁性制造Nicuzn铁氧体烧结体。以下是过程:首先,在Co {亚} 2气氛下在500℃下合成Nicuzn铁氧体粉末,通过液相沉积方法合成的混合的长甲酸盐;然后将少量硼酸[H {亚} 3BO {亚} 3]加入到粉末中,并用牛顿压力机和CIP方法制备Nicuzn铁氧体粉末结构;最后,通过在CO {亚} 2气氛下在900℃下烧结,制造Nicuzn铁氧体烧结体。通过该方法,获得具有0.5质量%硼酸的Nicuzn铁氧体烧结体,其具有强度340MPa,高频施加范围,低于20MHz和初始渗透率38。

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