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- Electrostatically, enhanced granular bed filter(EGB)is a modern filter. 静电增强颗粒层除尘器(EGB)是一种新型高效除尘器。
- The principles of dedusting by granular bed filter were described in this paper.The research and developments for GBF were reviewed as well. 探讨了颗粒床除尘工程的机理,并且综述了国内外颗粒床的应用与开发,最后提出了新型高效的颗粒床除尘技术。
- This paper discussed on the moving granular bed filter that may be one of the greatest potential hot dust removal technologiy. 在诸多除尘技术中,移动颗粒层过滤除尘技术已被认为是最具发展前途的高温除尘技术之一。
- THE CURRENT TRENDS AND ADVANCES OF GRANULAR BED FILTER 颗粒层过滤技术国内外研究现状及进展
- COLLECTION EFFICIENCY OF CROSS-FLOW MOVING GRANULAR BED FILTER 气固错流移动颗粒床过滤器除尘效率
- Study on an integrated sintered metal screen moving granular bed filter 烧结复合式烧结金属丝网颗粒移动床过滤器研究
- Experimental Research on Moving Granular Bed Filter for Hot Gas Cleanup 移动颗粒层过滤高温高压煤气除尘技术的试验研究
- Isothermal Experiment Research of a High Temperature Granular Bed Filter 固体颗粒床高温除尘器的等温实验研究
- THE EFFECT OF TEMPERATURE ON THE CHARACTERISTIC OF THE MOVING GRANULAR BED FILTER FOR HIGH TEMPERATURE DUST REMOVAL 温度对移动颗粒层过滤高温除尘性能影响的研究
- Experi-mental study on moving granular bed filter for removing particulate at ambient temperature and high pressure 常温高压下移动颗粒层除尘试验研究
- ANALYZING THE EFFECT OF THE STATIC ELECTRIC FIELD TO ENHANCE THEEFFICIENCY OF THE MOVING GRANULAR BED FILTER FOR HOT GAS CLEANUP 静电场对移动颗粒层过滤高温除尘效率促进作用的探讨
- RESEARCH ON OPTIMIZING STRUCTURE AND PARAMETERS OF THE MOVING GRANULAR BED FILTER FOR HIGH TEMPERATURE DUST REMOVAL IN IGCC AND PFBC SYSTEMS 移动颗粒层过滤高温除尘过程结构和参数优化实验研究
- dual-layer granular bed filter 双层滤料颗粒床
- granular bed filter 粒状床过滤器
- Wet granular bed filter 湿式颗粒层除尘器
- A simplified formula,which can be used to describe the pressure drop for both the fibrous filter and the granular bed,is developed. 归纳出无论是纤维层过滤,还是颗粒层过滤,所反映的压力损失随过滤时间变化的规律是相同的。
- The defects of existing granular bed dusters were analyzed and a new granular bed duster with the merits of fixed bed and moving bed was created. 分析了现有颗粒层除尘器的缺点,并提出了一种能集固定床和移动床的优点于一身的新型颗粒层除尘器。
- The result of simulation showed that the granular flow uniform was obtained in a moving granular bed, with an asymmetrical louvered-wall and obstacles. 由模拟结果显示,阻碍物在非对称型流动式颗粒床内,可使颗粒均匀的向下移动;
- Our observations show that, accompanying with these phenomena, there exist serials of subharmonic bifurcations of the impact of the granular bed and container base. 我们的研究表明,伴随着这些现象的出现,颗粒床对容器底部的冲击力会随约化加速度的增加表现出倍周期分岔现象。
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- 深远海浮式风电平台 - deep-sea floating wind power platform
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- 京雄高速公路 - Beijing-Xiongan expressway
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- 农业及相关产业增加值 - the added value of agriculture and related industries