Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定量金相法分计算亚共钢拉拔变形中先共体应变量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 要： 在电力电子技术中应用的氧体心磁性件，其心中往往存在直流或低频交流预磁化的情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简要目前鳞深加工的几种主要方法及其在永磁氧体领域的应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%的两种烧结矿中氧化物均以赤矿、磁矿为主，粘结相主要以酸钙、硅酸二钙和玻璃质为主，但酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定量金相法分析计算了亚共析钢拉拔变形中先共析铁素体应变量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 ： 力子技术中应用的铁氧体铁心性件，其铁心中往往存直流或低频交流的情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简介绍了目前铁鳞深加工的几种主方法及其永铁氧体领域的应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%的两种烧结矿中铁氧物均以赤铁矿、铁矿为主，粘结相主以铁酸钙、硅酸二钙和玻璃质为主，但铁酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定金相法分析计算了亚共析钢拉拔变形中先共析铁素体应变。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

： 在电力电子技术中应用铁氧体铁心磁性件，其铁心中往往存在直流或低频交流预磁况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简介绍了目前铁鳞深加工几种主方法及其在永磁铁氧体领域应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%两种烧结矿中铁氧物均以赤铁矿、磁铁矿为主，粘结相主以铁酸钙、硅酸二钙和玻璃质为主，但铁酸钙数不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定量金相法分析计算了亚共析钢拉拔变形中先共析素体应变量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 要： 在电力电子技术中应用的氧体心性件，其心中往往存在直流或低频交流预化的情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简要介绍了目前鳞深加工的几种主要方法及其在永氧体领域的应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%的两种烧结中氧化物均以赤、为主，粘结相主要以酸钙、硅酸二钙和玻璃质为主，但酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定量金相法分析计算了亚共析钢拉拔变形中先共析素体应变量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 要： 在电力电子技术中应用的氧体件，中往往存在直流或低频交流预化的情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简要介绍了目前鳞深加工的几种主要方法及在永氧体领域的应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%的两种烧结矿中氧化物均以赤矿、矿为主，粘结相主要以酸钙、硅酸二钙和玻璃质为主，但酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics ：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

用定量金相法分析计算了亚共析钢拉拔变形中先共析铁素体应变量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 要： 在电力电子技术中应用铁氧体铁心磁性件，其铁心中往往存在直流或低频交流预磁化情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简要介绍了目前铁鳞深加工几种主要方法及其在永磁铁氧体应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%两种烧结矿中铁氧化物均以赤铁矿、磁铁矿为主，粘结相主要以铁酸钙、硅酸二钙和玻璃质为主，但铁酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定量金相法分计算亚钢拉拔变形中铁素体应变量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 要： 在电力电子技术中应用的铁氧体铁心磁性件，其铁心中往往存在直流或低频交流预磁化的情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简要介绍铁鳞深加工的几种主要方法及其在永磁铁氧体领域的应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%的两种烧结矿中铁氧化物均以赤铁矿、磁铁矿为主，粘结相主要以铁酸钙、硅酸二钙和玻璃质为主，但铁酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定量金相法分析计算了亚共析钢拉中先共析铁素体应量。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

摘 要： 在电力电子技术中应用的铁氧体铁心磁性件，其铁心中往往存在直流或低频交流预磁化的情况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简要介绍了目前铁工的几种主要方法及其在永磁铁氧体领域的应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%的两种烧结矿中铁氧化物均以赤铁矿、磁铁矿为主，粘结相主要以铁酸钙、硅酸二钙和玻璃质为主，但铁酸钙数量不多。

Button ferrite, waveguide, antiferromagnetic, Ferromagnetic Resonance, spin waves, Fa.

Microwave ferrites and ferrimagnetics 作者：Benjamín Lax, Kenneth J.

The strain of the proeutectoid ferrite in hypoeutectoid steel drawing was measured and analyzed by quantitative metallography.

采用定金相法分析计算了亚共析钢拉拔变形中先共析铁素体应变。

Abstract： In many power electronic applications ferrite cores of magnetic compon ents are biased with a DC or low-frequency premagnetization.

： 在电力电子技术中应用铁氧体铁心磁性件，其铁心中往往存在直流或低频交流预磁况。

Some methods for the further processing of millscale and the present practical application in ferrite magnetic material field is briefly introduced.

简介绍了目前铁鳞深加工几种主方法及其在永磁铁氧体领域应用现状。

For sinter with 25% and 50% MAC fines the iron oxides mainly consisted of hematite and magnetite, the bonding phase were mainly dicalcium silicate, glassiness, and a few amount of calcium ferrite.

配比为25%和50%两种烧结矿中铁氧物均以赤铁矿、磁铁矿为主，粘结相主以铁酸钙、硅酸二钙和玻璃质为主，但铁酸钙数不多。