paramagnetic

副词：

副词: paramagnetically

更多词形：

副词: paramagnetically | 名词: paramagnetism |

单词例句：

Firstly, the paper shows the calculation results of the magnetic entropy of ferromagnetic and paramagnetic material which is a function of temperature and applied field; secondly, the lattice entropy changed with the Debye temperature is given also.

文章首先给出了铁磁或顺磁材料的随温度和外场而变化的磁熵的计算结果,以及此类材料的晶格熵随德拜温度而变化的关系。

Together with luminescence spectra, X-ray photoelectron spectroscopy (XPS) and electron paramagnetic resonant (EPR), core-shell structure of nanocrystalline ZnO was put forward.

结合发光光谱、X射线光电子能谱（XPS）和电子顺磁共振（EPR）结果，提出了核-壳氧化锌（ZnO）结构。

Unlike typical complexes with Eu(III), which was diamagnetic, the Eu(MA)3 was paramagnetic with Curie temperature of 80K.

传统Eu(III)的盐类是抗磁体，而Eu(MA)3是居里温度为80K的顺磁体。

The Gd-DTPA strong paramagnetic for DJASONICS/MT NME imaging showed increased T1 signal potential value significantly both in vitro at lower concentration (0.01 mmol/L) and when the Gd-DTPA (0.1mm/kg) injected intravenously for rabbit kidney imaging.

Gd-DTPA双葡甲胺盐溶液经DIASONICS/MT磁共振影象仪体外增强试验和兔iv(0.1mmol/kg Gd-DTPA)肾扫描显象,均能测到Gd-DTPA有明显增强T_1信号值效果。

Electron paramagnetic resonance (EPR) is an effective tool to investigate the optical and magnetic properties of crystals and complexes doped with transition-metal and rare-earth ions.

电子顺磁共振(EPR)谱是研究掺过渡和稀土金属离子晶体及络合物局部结构、光学和磁学性质等的有力工具。

Electron paramagnetic resonance (EPR) measurement of single crystal CuGeO-3 has been performed at 96GHz in 14K with 3.5T for a main axis $ factor.

报道了CuGeO3单晶在 96GHz频率 ,1 4K温度下的电子顺磁共振 (EPR)实验 ,测量了主轴 g因子 .

The position and valency of Fe,Cr and Mn impurities in Bi_4Ge_3O_(12) crystalwere studied by means of electron paramagnetic resonance.

用电子顺磁共振方法对 fe、Cr 和 Mn 杂质在 Bi_4Ge_3O_(12)晶体中的位置和价态进行了研究。

The electron paramagnetic resonance(EPR)technique is first used in China by the author to study the Au-bearing arsenopyrite(Asp)and pyrite(Py).

在国内,笔者首次采用电子顺磁共振(EPR)波谱仪研究了含金黄铁矿和含金毒砂。

With increasing annealing temperature, amount of the crystal phase increases with the expense of residual amorphous phase. Residual amorphous Phase changes to Fe2B and Fe23B6 compound as well as presumed Fe-Nb-B paramagnetic phase after the second step.

随着退火温度的上升，晶化相的含量增加，非晶相含量减少、在第二阶段晶化后，残余的非晶相就晶化为Fe2B和Fe23B6化合物以及可能为Fe－Nb－B之类的顺磁相。