• Computation of erosion and deposition on the bed surface is a foundation of predicting bed variations in rivers, estuaries and seas.

    冲淤计算是河流、河口、海岸等水域中分析、预测床面变化的基础。

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  • The test operation result of dynamic ignition of CFB bed surface by oil gun was summarized briefly.

    简要总结了循环流化床锅炉床面油枪动态点火试验运行情况。

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  • A control device which is used to control the electric lifting gearing is installed on one side of the bed surface.

    在床体一侧安装有控制电动升降机构的控制装置。

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  • The calculating results show that the radiation heat loss at the bed surface may greatly influence the smoldering wave structure.

    计算表明,填充床表面的辐射散热量的大小对阴燃波结构影响很大。

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  • A three dimensional model is presented which can be used to predict wind-induced current and evolution of bed surface in shallow waters.

    给出了一个描述宽浅水域风生流及床面冲淤的数值模型。

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  • Bed heads are respectively fixed on three side surfaces of the bed surface; each bed head can be whole package type, half package type or combined type.

    该床面的三个侧面均固定有床头,床头可以为全包式、半包式或组合式。

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  • Its main work includes the Yellow river sediment cross-section tests, river bed surface quality sampling and particle size distribution analysis and so on.

    其主要工作内容包括黄河河道断面淤积测验,河道表层河床质取样及颗粒级配分析等工作。

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  • Applied with inverted power, the long axle drives the power arm and the long lever to fallback, accordingly the bed surface returns to the normal position.

    施以反向动力,长轴带动动力臂和长杆回落,则床面回复原位。

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  • The measured data show that the bedload sediment transport rate is related more closely to the effective stream power within the bed-surface layer than to the river stream power.

    实测资料表明,推移质输沙率与床面层内有效水流功率有良好的相关性,且高于推移质输沙率与水流功率的相关性。

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  • Moreover, there are some other influencing factors such as: thick loose bed, surface mining degree, impel speed of working face, coal mining and roof manage methods, mining procedure and time.

    此外,厚松散层、地表采动程度、工作面推进速度、采煤方法与顶板管理方法、开采程序及时间因素等对采场覆岩空间结构均有一定影响。

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  • Moreover, there are some other influencing factors such as: thick loose bed, surface mining degree, impel speed of working face, coal mining and roof manage methods, mining procedure and time.

    此外,厚松散层、地表采动程度、工作面推进速度、采煤方法与顶板管理方法、开采程序及时间因素等对采场覆岩空间结构均有一定影响。

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