entrance cone

entrance cone的基本解释

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受精锥

与entrance cone相关的网络例句 [注：此内容来源于网络，仅供参考]

The dissertation consists of three parts: firstly, the purpose 、 significance and the methods of the papers were demonstrated;and then, after researching in the traditional Chinese art and modern architecture with analogizing、 deducting research methods, this paper raise the theoretical basis of expressing "Architectural Conception" in the public building entrance space base on confining the concept . Finally, based on the former study, to the basic concepts to the creation of artistic conception in entrance space as a guide, this thesis focus on how to use the public building entrance spaces constituent elements to create space artistic conception, and analysis the methods of artistic conception creation in the entrance space of different types of construction simplify. This paper could be regarded as a reference of the research and practical operation on the theory of public building entrance space design, at the same time, a more humanity entrance circumstance for people could be provided.

全文共分三大部分：首先对论文研究的目的、意义、方法等进行了阐述；其次在对论文的相关概念进行界定后，运用类比、演绎的写作方法，在对中国传统艺术及现代建筑中意境的创造进行了借鉴研究后，进一步提出了公共建筑入口空间之&建筑意&表达的理论基础；最后在前文研究的基础上，以入口空间意境创造的基本观点为思想指导，重点阐述了如何运用公共建筑入口空间的构成要素来营造空间意境，并简单分析了不同建筑类型中入口空间意境营造的方法，期望在为公共建筑入口空间设计理论的研究和实际运作提供参考的同时，能为人们营造一个更加人性化的空间环境。

Test and analysis show that, the distribution patterns of the tangent veloctiy fields in the big cone area and the small cone area, which are comprised of para-free vortex and para-forced vortex, are basically identical without a change of the radius of the boundary surface; with the increase of the angle of the small cone, the para-free vortex area decreases and the para-forced vortex area increases, and the emulsifiability of the fluid drips increases with the increase of velocity gradient; the tangent velocity increases with the increase of inlet flow, and the maximum tangent velocities of both the big cone area and the small cone area are 4.94 times of the inlet flow; and the maximum tangent velocity increases with the increase of the split ratio and with the radius of the boundary surface not changed.

试验分析表明，大锥段和小锥段切向速度分布规律基本相同，均由准自由涡和准强制涡构成，分界面半径rm没有变化；随着小锥角θ的增加，准自由涡区缩小，准强制涡区扩大，速度梯度增加会加大液滴的乳化程度；随入口流量增加，切向速度增大，经拟合得出大锥段和小锥段的最大切向速度均为入口流量的4.94倍；分流比加大，分界面半径基本不变，最大切向速度增加。

Studied the solid particles cyclone separation under structural parameters and operating parameters of different hydrocyclone, the results showed that major factor influence split ratio is in the ratio of entrance to exit pressure of hydrocyclone. Exit pressure has a certain influence on the split ratio, the various of the diameter and cone angle of hydrocyclone (in the ratio of entrance to exit pressure is constant) have no influence on split ratio; With diameter and cone angle increase, the separation granularity gradually increasing and recovery ratio decreasing; With entrance pressure increase, the separation granularity of hydrocyclone decrease, the split ratio of underset will increase slowly; With the diameter of overflow pipe increase, the separation granularity of hydrocyclone increasing and recovery ratio decreasing; With the diameter of underset pipe increasing, the separation granularity of hydrocyclone decreasing and recovery ratio increasing.

在不同的水力旋流器结构参数和操作参数下，对固体颗粒的旋流分离进行了分析研究，结果表明：旋流器的排出口比是影响分流比的主要因素，进口压力对分流比有一定影响，水力旋流器的直径变化和锥段角度变化对分流比基本上没有影响；随着直径、锥段角度的增大，分离粒度逐渐增大，回收率降低；随着入口压力增大，水力旋流器的分离粒度变小，底流的分流比会缓慢增加；随着溢流管管径的增加，分离粒度增大，分流比明显减小，回收率降低；随着底流管直径的增加，分离粒度减小，分级效果明显下降，回收率会增加。

与entrance cone相关的网络解释 [注：此内容来源于网络，仅供参考]

entrance cone：收敛段进气锥道

entrance channel 进口航道 | entrance cone 收敛段进气锥道 | entrance curve 驶入曲线

entrance cone：受精錐

穿入;侵入 entrance | 受精锥 entrance cone | 受精漏斗 entrance funnel

entrance cone：錐形入口

進入角,入水角(船) entrance angle | 錐形入口 entrance cone | 流入水頭 entrance head

receptive cone; fertilization cone; entrance cone：受精锥

感受的;接纳的 receptive | 受精锥 receptive cone; fertilization cone; entrance cone | 受精丝 receptive hypha

receptive cone; fertilization cone; entrance cone：受精椎

重演说 Recapitulation | 受精椎 Receptive cone,Fertilization cone,Entrance cone | 修正 Rectification,Reguliation