| 1. | Design specification for deoxidation of injected water in oilfield
油田注水脱氧设计规范 |
| 2. | Deoxidation and denitrogenation during vim refining ni - base superalloy
镍基高温合金的真空感应熔炼脱氧和脱氮 |
| 3. | Sodium metaborate is a by - product from deoxidation of sodium borohydride
摘要偏硼酸钠是硼氢化钠的还原副产物。 |
| 4. | Several approaches to the problem of ladle skull slag or deoxidation - scum removed was being tried
译文：罐内结壳，熔渣或脱氧浮渣清除问题的几项解决方案正在实验中。 |
| 5. | The sodium borohydride can be obtained by deoxidation of the aforementioned sodium metaborate as raw material in the presence of metalic sodium and quartzite
以偏硼酸钠为原料，与金属钠、石英砂进行加氢反应来制备硼氢化钠。 |
| 6. | The thermodynamics conditions of oxidation and deoxidation of crcu powders were studied . the microstructure and properties were discussed in the end
研究了合金粉末氧化还原的热力学条件；对复合材料的组织与性能进行了分析。 |
| 7. | The better deoxidation parameters are also obtained according to these relative experiments , 510 is the better temperature and 2 . 5 hours are the better deoxidation time
通过实验结果和理论分析，得到了fec _ 2o _ 4 . 2h _ 2o还原制备超微纯fe粉较佳还原工艺参数为还原温度510左右，还原时间2 . 5h左右。 |
| 8. | By analyzing the thermal decomposition mechanism of fec _ 2o _ 4 . 2h _ 2o precursor , we mainly carried out the experiments of the influence of the deoxidation temperature to the appearance of sfp of fe , the influence of the deoxidation time to the appearance of it
Fec _ 2o _ 4 . 2h _ 2o还原制备超微纯fe粉实验部分，进行了还原时间对前驱体还原程度影响实验，以及还原温度对超微fe粉颗粒形貌影响实验。 |
| 9. | This article analyzes the mineralization mechanism of the uranium ore , constructs a series of spectra indexes including the ferric oxide index , the ferrous oxide index , the oxidation index , clay mineral index , brightness index , the green index and the humidity index , and draws the distribution and scope of the oxidation belt , deoxidation belt , the supplies and partial drainage of ground water in the research area , thus selects the advantageous area of uranium mineralization
通过分析铀矿的成矿机理，构建了氧化铁指数、氧化亚铁指数、氧化指数、粘土矿物指数、亮度指数、绿度指数和湿度指数等一系列光谱指数，提取了研究区氧化带、还原带、地下水补给与局部排泄的分布和范围，从而圈定了铀矿成矿的有利区。 |
| 10. | Rhythmicility or periodicity of the depositional strata is materialized by the transformations of lithological characters in strata ordinally , and it is incarnated by the transformations of ingredient , granularity , color , intensity of the depositional compensation , intensity of oxidation - deoxidation , and the character of biome
沉积岩层的韵律性或旋回性特征由岩层的岩石学性质在纵向上的（随时间的）有规律变化所决定，这些变化主要由以下方面所体现，包括：组分变化、粒度变化、颜色变化、沉积补偿强度变化、氧化还原强度变化，以及化石群性质变化等。 |
