Structural Response of Nanoscale Mechanosynthesized Zinc Ferrite to Changes in temperature

机译：纳米机械锌铁氧体对温度变化的结构响应

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The structural response of nanoscale mechanosynthesized zinc ferrite to changes in temperature has been studied int his work using in situ X-ray powder diffraction at several elevated temperatures. Kinetics of the transition of mechanosynthesized zinc ferrite from the inverse to the normal spinel structure are approximated by the first order kinetics model. The range of the thermal stability of the mechanically induced defects int he structure of mechanosynthesized spinel is determined and the activation energy of the re-equilibration is calculated.

机译：纳米机械合成的铁氧体对温度变化的结构响应已在他的工作中使用几种高温下的原位X射线粉末衍射进行了研究。机械合成的铁素体锌从反尖晶石结构转变为正常尖晶石结构的动力学是通过一阶动力学模型估算的。确定机械尖晶石结构中机械引起的缺陷的热稳定性范围，并计算重新平衡的活化能。

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《European powder diffraction conference;EPDIC6》|1998年|p.357-362|共6页
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作者
V. Sepelak; U. Steinike; D.-Chr. Uecker; K.D. Becker;
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正文语种
中图分类晶体学;
关键词
Mechanosynthesis; Disorder-Order Transition; Spinel; Metastable Material;

机译：机械合成;乱序过渡;尖晶石;亚稳材料;

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专利

1. Structural disorder in mechanosynthesized zinc ferrite [J] . Sepelak V., Uecker DC., Wissmann S., International Journal of Quantum Chemistry . 1998,第1期

机译：机械合成锌铁氧体的结构紊乱
2. High-temperature reactivity of mechanosynthesized zinc ferrite [J] . V. Sepelak, U. Steinike, D.-Chr. Uecker, Solid state ionics . 1997,第Pt2期

机译：机械合成铁酸锌的高温反应性
3. HIGH-TEMPERATURE REACTIVITY OF MECHANOSYNTHESIZED ZINC FERRITE [J] . Sepelak V., Uecker DC., Trettin R., Solid state ionics . 1997,第2期

机译：机械合成锌铁矿的高温反应性
4. Microstructural and magnetic properties of mechanosynthesized ferrites [C] . G. F. Goya, H. R. Rechenberg Latin American Workshop on Magnetism, Magnetic Materials and their Applications . 1999

机译：机械合成铁氧体的微观结构和磁性
5. High temperature coal-gas desulfurization: Kinetic evaluation of a zinc ferrite sorbent. [D] . Focht, Gary D. 1988

机译：高温煤气脱硫：铁氧体锌吸附剂的动力学评估。
6. Nanoscale Structural Modulation and Low-temperature Magnetic Response in Mixed-layer Aurivillius-type Oxides [O] . Shujie Sun, Zezhi Chen, Guopeng Wang, -1

机译：混合层Aurivillius型氧化物的纳米尺度结构调制和低温磁响应
7. Annealing temperature and initial iron valence ratio effects on the structural characteristics of nanoscale nickel zinc ferrite [O] . Calvin S., Schultz M. D., Glowzenski L., 2010

机译：退火温度和初始铁价比对纳米级镍锌铁氧体结构特征的影响
8. HEAT CAPACITIES AT LOW TEMPERATURES, ENTROPY AND ENTHALPY INCREMENTS OF FOUR NICKEL ZINC FERROSPINELS MOLECULAR FIELD FLUCTUATION EFFECTS IN MIXED NICKEL ZINC FERRITES LOW TEMPERATURE HEAT CAPACITY AND THERMODYNAMIC PROPERTIES OF ZINC FERRITE [R] . Edgar F. Westrum, D. M. Grimes, S. Legvold 1957

机译：四种镍锌铁氧体的低温，熵和焓增加的热容量混合镍锌铁氧体的低分子热容和低温热力学性质的分子场波动效应

Structural Response of Nanoscale Mechanosynthesized Zinc Ferrite to Changes in temperature

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