iro
- 网络税务条例
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The iro and steel industry is very important to our life .
钢铁工业对我们的糊口有主要意义。
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IRO Management Pattern of Teaching Process
教学过程的同异反管理模式
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Application of Fractal in Fuzzy Evaluation System of Graphite Shape in Nodular Cast Iro
分形学在球墨铸铁石墨形态模糊评价系统中的应用
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Selection of Oxidative Thermal Treatment Temperature of Ti / IrO 2 Coating Anodes
Ti/IrO2涂层阳极热氧化处理温度的选择
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Chemical analysis of tin & The o-phenanthroline photometric method for determination of iro
GB/T3260.2-1982锡化学分析方法邻菲罗啉光度法测定铁
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Technique OP plane image iro pattern recognition
平面图象的同异反模式识别技术
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The error sources of IRO are analyzed . The spherical symmetry approximation of electron density is the main source of the inversion error .
分析电离层掩星误差源,指出电子密度分布的局部非球对称性是电离层掩星的主要误差源。
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RS and GIS technique was applied to dynamic monitoring analysis of basin env iro nment , and the establishment of environment impact target database .
探讨了利用GIS与RS技术对流域环境进行动态监测分析,并建立环境影响指标数据库。
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UNHCR 's predecessor , the International Refugee Organization ( IRO ) helped one million Europeans to resettle overseas .
联合国难民署的前身国际难民组织帮助了100万欧洲人在海外定居。
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Reduction reactions in iro ore fine-coal pellet
矿&煤球团内的还原反应
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Electrochemical activity and porous characteristics of titanium based IrO 2 Ta 2O 5 anodes with various compositions and preparation temperatures were investigated by cyclic voltammetry .
用循环伏安法研究了不同成分及不同热分解温度所得钛基IrO2Ta2O5阳极电化学活性与多孔特性。
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In order to provide a new way of analysing and solving for optimization of teaching systems , IRO ( identity resemblance opposition ) management pattern of teaching process is advanced in this paper , and the applicational values are pointed out .
为了给教学系统最优化的分析与求解提供新的途径,文中提出了教学过程的同异反管理模式,并指出了该管理模式的应用价值。
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In order to raise the precision of pattern recognition and give consideration to stores of computer , a method of IRO ( Identity Resemblance Opposition ) pattern recognition is presented in this paper and then a applied procedure for the technique of plane image IRO pattern recognition is given .
为了提高模式识别的精度并兼顾计算机的内存,本文提出了同异反模式识别方法,并给出了平面图象的同异反模式识别技术的一般应用步骤。
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The research shows that in the China-Russia joint exploration of Mars , the electron density acquired from satellite-satellite IRO by dual frequencies will reach the unprecedented precision . The satellite-Earth IRO by single frequency can detect the electron density profile of Mars ionosphere in daytime .
研究表明,中俄联合火星探测中,星-星掩星双频探测得到的火星电离层电子密度,将会达到前所未有的测量精度;星-地掩星单频探测,可以有效获得白天火星电离层电子密度剖面。