Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

场测量技术是研现象有关物理现象的重要手段，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体动力学，可表现出各种技术，例如：膨胀，电阻率，测量和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场测量技术是研究与磁现象有关物理现象的重要手段，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要学，可表现出各种技术，例如：膨胀，电阻率，磁测量和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场测量技术是研究与磁现象有现象的重要手段，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体动力学，可表现出各种技术，如：膨胀，电阻率，磁测量和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

场测量技术是研究与有关物理的重要手段，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体动力学，可表出各种技术，例如：膨胀，电阻率，测量和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场技术是研究与磁现象有关物理现象的重要手，逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体动力学，可表现出各种技术，例如：膨胀，电阻率，磁金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场术是研究与磁现象有关物理现象的重要手段，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体力学，可表现出各种术，例如：膨胀，电阻率，磁和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场测量技术是研究与磁现象有关物理现象的重要手段，已经逐渐形门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体动力学，可表现出各种技术，例如：，阻率，磁测量和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场测量技术是研究与磁有关物的重要手段，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重要特点贝体动力学，可表出各种技术，如：膨胀，电阻率，磁测量和金相。

Magnetic field measurement technology is a important means inresearching the magnetism and related physical phenomenon andgradually forms a branch of swaraj science.

磁场测量技术是研究与磁现象有关物理现象的重手，已经逐渐形成为一门独立的科学。

There are two important features of bainite kinetics which can be shown by a variety of techniques, e.g. dilatometry, electrical resistivity, magnetic measurements and by metallography.

有两个重特点贝体动力学，可表现出各种技术，例如：膨胀，电阻率，磁测量。