The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件下，只有微磁学能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算理观理之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对理,安可通过库仑理推出,感生电动势动生电动势可以相互转化,在此意义上磁学基本可进一步统一到静电学之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力学、磁学、电学、热学、光学生物医药等方面的应在世界各主要国家的应现状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件下，只有微磁学能够很好地满足以上要求，因为它所刻画的尺度空介于微观的从头计算理和宏观理。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

理,安培定律可通过库仑定理推出,感生电动势和动生电动势可以互转化,在此意义上磁学基本定律可进一步统一到静电学定律中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力学、磁学、电学、热学、光学和生物医药等方面的和在世界各主要国家的现状,并纳米材料的前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件，有微磁学能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培通过库仑理推出,感生电动势和动生电动势以相互转化,在此意义上磁学基本进一步统一到静电学之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力学、磁学、电学、热学、光学和生物医药等方面的应和在世界各主要国家的应现状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而现有技术条件下，只有微磁学能够很足以上要求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培定律可通过库仑定理推出,感生电动势和动生电动势可以相互转化,义上磁学基本定律可进一步统一到静电学定律之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料力学、磁学、电学、热学、光学和生物医药等方面的应和世界各主要国家的应现状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤性数据将是生物业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件下，只有微能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培定律可通过库仑定理推出,感生电动势和动生电动势可以相互转化,在此意义上基本定律可进一步统一到静电定律之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文了纳米材料在力、、电、热、光和生物医药等方面的应和在世界各主要国家的应现状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤性数据将是生农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件下，只有微能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培定律可通过库仑定理推出,感生电动势和动生电动势可以相互转化,在此意义上基本定律可进一步统一到静电定律之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章纳米材料在力、、电、热、光和生医药等方面的应和在世界各主要国家的应现状,并对纳米材料的应前景进行展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件下，只有微磁学能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算宏观之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对,安培通过库仑推出,感生电动势动生电动势以相互转化,在此意义上磁学基本进一步统一到静电学之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力学、磁学、电学、热学、光学生物医药等方面的应在世界各主要国家的应现状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在有术条件下，只有微磁学能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培定律可通过库仑定理推出,感生电动势和动生电动势可以相互转化,在此意义上磁学基本定律可进步静电学定律之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力学、磁学、电学、热学、光学和生物医药等方面的应和在世界各主要国家的应状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

摘要土壤磁性数据将是生物磁学农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在有术条件下，只有微磁学能够很好地满足以上要求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培定律可通过库仑定理推出,感生电动势和动生电动势可以相互转化,在此意义上磁学基本定律可进步静电学定律之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力学、磁学、电学、热学、光学和生物医药等方面的应和在世界各主要国家的应状,并对纳米材料的应前景进行了展望。

The soil magnetism data is the groundwork of biomagnetism application in agriculture.

土壤磁性数据将是生物磁农业应的基础。

This is the case of micromagnetics, which is a continuum theory that stands between quantum theories like ab-initio and macroscopic theories.

而在现有技术条件下，只有微磁能够很好地满足以上求，因为它所刻画的尺度空间介于微观的从头计算理论和宏观理论之间。

Using the Relativity Theory, Ampere s law can be derived from the Colulmb s law, and the induced-electromotance and dynamic-electromotance may be alternated each other.

应相对论理论,安培定律可通过仑定理推出,感生动势和动生动势可以相互转化,在此意义上磁基本定律可进一步统一到静定律之中。

The paper reviews its application in mechanics, magnetics, electrics, thermotics, photics, biomedicine, etc. and the application actualities in the major countries.Applied outlook is also forecasted.

文章综述了纳米材料在力、磁、、、光和生物医药等方面的应和在世界各主国家的应现状,并对纳米材料的应前景进行了展望。