fluidizing velocity
英
美
流（态）化速度
双语例句
- When cotton stalk and bed material are well mixed, the minimum fluidizing velocity can be achieved by experiment.
并通过实验求得此工况下床层的临界流化速度。 - Due to fluidization, the static bed of sand particles expands and the height of the expanded bed depends upon the fluidizing velocity.
由于硫化作用，静态床沙粒的膨胀和膨胀床的高度主要取决于硫化速度。 - To increase fluidizing velocity is beneficial to temperature rise of particle, but the influence is less;
提高流化速度，有利于颗粒的升温，但是影响较小； - The mixing index was employed to investigate systematically the effects of spouting gas velocity and fluidizing gas velocity on the mixing.
同时引用统计学中相对标准差这一混合指数，系统地考察了喷动气速和流化气速对颗粒混合行为的影响。 - The influences of fluidizing number, injection velocity, partical diameter and the static bed height on jet penetraion depth are studied.
研究了流化数、射流速度、颗粒平均粒径和静态床层高度对射流深度的影响。 - And that the minimum fluidizing velocity of material particles decreased with increasing the bed temperature.
随着床层温度升高，物料颗粒的最小流化速度减小。 - It shows that minimum fluidizing velocity is improved at 1 000 K, whereas degree of pressure fluctuation and bed expansion ratio are obviously decreased compared with 300 K.
结果表明：与300K时相比，1000K高温床的临界流化风速有所提高，压降脉动及床层最大膨胀比明显降低。 - Also investigated was the influence on Vr% and C% of such a variety of factors as the bed temperature Tb, oxygen concentration, fluidizing velocity Uo and secondary air feed ratio R2%.
并研究了床温、氧浓度、流化速度、二次风率对Vr（%）、C（%）的影响规律。 - Minimum fluidizing velocity is one of the most important parameters in fluidization technology. It is significant for evaluation of hydrodynamics, heat transfer and chemical reaction in a fluidized bed reactor.
临界流化速度是流化床技术中非常重要的参数之一，对评价床层流化特性，床内传热、床内化学反应进程有重要意义。 - According to the experiential data, a experiential formula was proposed to predict the IHI ash particle minimum fluidizing velocity at different temperature.
根据实验结果提出了预测不同温度下的该灰样颗粒最小流化速度式。 - The effects of fluidizing gas velocity, binder concentration, binder spraying rate, initial partical size and nozzle position on the growth mechanism have been analysed and discussed.
本文对流化床造粒进行了实验研究，着重探讨了流化气速，粘合剂种类、浓度、流率，原料初始粒度，喷嘴位置等因素对颗粒成长速率及机理的影响。 - This paper presents the measuring results of initial fluidizing velocity on the unitary size fraction of pellets and the calculating method involved is proposed.
本文介绍了对单一粒级球团矿的开始流化速度的测定结果，并提出了计算方法。 - This paper introduced the mechanism of mixing and segregation for binary particles, determination of segregation state, mixing index and minimum fluidizing velocity.
介绍了双组分颗粒混合与分离机理、分离状态的判定、混合指数和最小流化速度。 - The effect of fluidizing bed height and the gas velocity on the pulsating characteristics were also investigated.
实验还研究了不同床层高度和流化风速对脉动特性的影响，并定性分析了优化流化脉动，减少声损失的途径。 - The results show that jet penetration depth increases with the fluidizing number and injection velocity, and decreases with partical diameter.
试验结果表明，流化数和射流速度的增加，射流深度将增加；颗粒粒径增加，射流深度将减小； - Systematic experiments have been made to study the effective factors to carbon transfer coefficient including carburizing temperature, atmosphere carbon potential, Al 2O 3 particle diameter and surfacial fluidizing velocity based on the carburizing gas resource of butane and air in a fluidized bed furnace.
以丁烷加空气为流态化渗碳气源，系统试验研究了流态化渗碳温度、气氛碳势、刚玉粒径及表观流态化速度等对碳传递系数的影响。 - The minimum fluidizing velocity and operating fluidizing velocity were obtained by experiments at cooling conditions.
通过冷态流化实验，得到了最小流化速度和操作流化速度。 - Study on the minimum full fluidizing velocity in v-bed
V型流化床最小完全流态化速度的研究 - Experimental investigations on temperature dependence of minimum fluidizing velocity
温度对最小流化速度影响的试验研究 - The higher fluidizing air velocity, the more proportion of the excess gas flows into the emulsion. Whereas, it is assumed in two-phase theory that emulsion maintains the status of critical fluidizing condition.
流化风速增加，更多的过量气流进入床内乳化相，而两相理论则假定乳化相流量保持在临界流化状不变。