Chinese translation for "分子磁体"
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- molecular magnet
Related Translations:
反铁磁体及亚铁磁体: diamagnetism paramagnetic ferromagnetism antiferromagnetism & ferrimagnetismdiamagnetism, paramagnetic, ferromagnetism,antiferromagnetism & ferrimagnetism 束缚分子: bound moleculebound moleeule 介分子: mesic molecule; mesonic molecule 分子层: lamina molecularislamina zonalismolecular filmmolecular layerneuroglia layerstratum moleculare 忠诚分子: person who is loyal esto the established ruler or government during a revolt 分子反应式: molecular equation 超导分子: superconducting molecule 分子识别: molecular recognition
- Example Sentences:
| 1. | Quantum tunneling and macroscopic quantum effects in molecular magnets
分子磁体中的量子隧穿及宏观量子效应 | | 2. | The studies on single - molecular magnets ( smm ' s ) are in the interface between molecule - based magnets and nanoscale magnetic materials
单分子磁体是介于分子基磁体和纳米磁性材料的学科交叉点。 | | 3. | The studies on single - molecular magnets ( smm ' s ) are in the interface between molecule - based magnets and nanoscale magnetic materials
摘要单分子磁体是介于分子基磁体和纳米磁性材料的学科交叉点。 | | 4. | In this paper , we classified the organic molecular magnetism . from organic molecular ferromagnetism , organic metal molecular ferromagnetism and inorganic molecular ferromagnetism , we introduced the advanced progress of organic molecular magnetism
摘要在大量文献的基础上对有机分子磁体进行分类，从有机分子铁磁体、有机金属分子铁磁体和无机分子铁磁体三个方面介绍了有机分子磁体的最新研究进展。 | | 5. | In the last part of the paper , we derive the euclidean equation of motion of the magnetic vector in a theoretical magnetic film consisting of biaxial - anisotropic molecular ferromagnets , which is reduced to the 2 + 1 dimensional sine - gordon field equation in the strong anisotropy limit . we obtain various domain structures which are the static solutions of the sine - gordon field equation
最后考虑由双轴各向异性分子磁体形成的理想无界膜，在强各向异性极限下，采用半经典近似方法，将磁化矢量的时空运动方程约化为2 + 1维sine - gordon场方程，从而得到各类畴结构。 | | 6. | The evolution of the local spin in a molecular magnet peg and [ mn4 ] 2 interacting with an injected electron is studied , we find that the variation in the magnetization of fe8 , [ mn4 ] 2 and the electron spin crucially depends on the strength of the exchange interaction . we calculate the time evolution of the entanglement between the injected electron and fe8 , [ mn4 ] 2
在磁性分子fe _ 8和[ mn4 ] _ 2的自旋动力学和纠缠演化的研究中，我们发现纠缠度随着时间而改变；自旋和纠缠度的振动幅度强烈依靠于交换作用，结果提供了用分子磁体和极化电子进行编码和读出数据的可能性。 |
- Similar Words：
- "分子传导度" Chinese translation, "分子传导率；分子传导系数" Chinese translation, "分子磁" Chinese translation, "分子磁矩" Chinese translation, "分子磁力" Chinese translation, "分子磁铁" Chinese translation, "分子磁性" Chinese translation, "分子磁旋光" Chinese translation, "分子磁致旋光" Chinese translation, "分子簇" Chinese translation
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