zfc
- 网络零场冷却;零场冷;策梅洛-弗兰克尔集合论;熔铸砖;彩妆
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A Property of Upper Bounded Ordinal of the Model of ZFC
ZFC的模型的上限序数的一个性质
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Applying forcing method , we show that both are consistent with ZFC , respectively .
用力迫方法证明了它们分别相对于ZFC协调。
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On the Continuum Hypothesis and the ZFC System of Axioms
连续统假设与ZFC公理系统
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Addition of complexing agent Fe2 + ( ZFC ) and additive ZFA will reduce the current efficiency .
铁离子配合剂ZFC及添加剂ZFA的加入,使阴极电流效率降低。
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It is pointed out that we must set up a system of fuzzy mathematics independent of classical mathematics and different from the present fuzzy mathematics based on ZFC axiomatic set theory .
但是关于它的理论基础以及它与经典数学的关系,学术界看法不一。
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A observation of thermal hysteresis much above the peak of the ZFC curve indicates the existence of a broad distribution in the size and shape of the magnetic precipitates .
这个热滞温度远大于在ZFC曲线的峰值温度,这表明磁性颗粒的尺寸及形状有一较宽的分布。
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Zero-field-cooled ( ZFC ) and field-cooled ( FC ) DC magnetization and AC susceptibility of sintered SrRuO_3 were investigated .
测量了烧结SrRuO3的零场冷却和加场冷却磁化强度和交流磁化率。
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In ZFC and FC curves , the Verwey transition temperature decreases when x increases from 0 to 0.20 and vanishes for the samples x0.20 .
在ZFC和FC曲线中,当x≤0.20时,样品的Verwey转变温度随Ni含量的增加而降低。
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The degradation rate of cellulose , hemicellulose and lignin in cotton stalk of the ZFC microbial system were respectively 21.0 % , 65.1 % and 46.3 % in 13 d under the condition of static culture at 28 ℃ .
在28℃静置培养条件下经过13d的液体发酵,ZFC菌系对棉秆中纤维素、半纤维素和木质素的降解率分别为21.0%,65.1%和46.3%。
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Zero field cooled ( ZFC ) and field cooled ( FC ) magnetization as a function of temperature of itinerant ferromagnet SrRuO_3 has been measured experimentally and also the major hysteresis loop at a sequence of temperatures .
实验研究了磁性材料的零场冷却和加场冷却的磁化强度随温度的变化关系,以及不同温度下的磁滞回线;
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By the ZFC method of a single hologram , a Herculite container , as an experiment , was measured . The experimental results show that the displacement and the surface and internal strain measured are in agreement with those by a strain gage .
采用单张全息图的ZFC(零级条纹和条纹计数相结合)条纹观察法,测量了玻璃钢压力容器的位移、表面应变及内部应变,其结果与应变仪的结果一致。