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- Murganic RPB 萎汞合剂
- Rotating Packed Bed (RPB) is a new type of mass transfer equipment. 旋转床是一种新型的传质设备。
- Because of this, rotating packed bed (RPB) is introduced. 基于上述种种原因，我们采用了旋转填充床再生的方法来再生脱硫液，利用超重力机极大地强化微观混合，高强度进行传质，剧烈的扰动又使气液两相接触面不断更断，旋转填充床的这些特点缩短了脱硫液的再生时间，也提高了其再生后的脱硫效率。
- The performance of using RPB to eliminate the particles is satisfied. 从实验结果来看，超重机并流除尘的效果是令人满意的。
- These studies offer important reference to the optimization of the RPB absorber and the all AIP system. 研究结果为AIP系统旋转床吸收器的填料优选及全系统的优化设计提供了重要的依据。
- Now two prostatic specific promoters, PSA and rPB, which have both two AREs and an ARR, were studied more and more. 目前发现有两种前列腺特异性启动子,即PSA及rPB,两者均含有两个雄激素反应元件(androgen-response element, ARE)及一个雄激素反应区。
- Compared with other mixing devices, the RPB has a distinct advantage in terms of improving micromixing efficiency. 与其他反应器相比，旋转填充床具有更好的微观混合效率。
- The gas pressure drop of a rotating packed bed(RPB) is an important factor in its engineering design. 旋转床的气相压降是旋转床工程设计的一项重要指标。
- Effects of TEG flow rate,purity of TEG,air flow rate,RPB rotary speed on dew point of wet air were investigated. 研究了TEG流量及纯度、空气流量、RPB转子转速对脱水后空气露点的影响。
- As a result, the importance of inlet region packing in increasing the micromixing efficiency in an RPB was confirmed experimentally for the first time. 本文第一次从实验上证实了旋转填充床填料的端效应区在强化微观混合方面的重要作用，系统的总结了各操作参数对微观混合的影响。
- In this paper,a particle trajectory model attached in an Eulerian-Lagrangian method is used to numerically simulate gas-liquid two-phase flow in RPB. 文中采用基于颗粒轨道模型的欧拉拉格朗日法对超重力旋转床中的气液两相流动与传质进行了数值模拟研究。
- The gas phase pressure drop in the cross-flow rotating packed bed (RPB) is an important factor in its application and design. 在气液两相错流流动条件下,利用空气-水系统对错流旋转填充床的气相压降进行分段模型化和实验研究。
- The experimental data showed that the total pressure drop of the cross-flow RPB was influenced by rotating speed, gas flow rate and liquid flow rate. 实验表明错流旋转填料床的气相总压降与气体流量、旋转床转速、液体流量有关。
- As a novel multiphase contactor, the rotating packed bed (RPB) can greatly intensify the process of multiphase mass transfer. 摘要超重力旋转床是一种高效的强化传质和混合的新型设备。
- Abstract The radial temperature distributions in the packing of Rotating Packed Bed (RPB) were experimentally investigated. 摘要 为了精确描述旋转床填料内的温度分布关系，文中对旋转床的径向温度分布进行了实验测定，结果发现：在实验范围内，旋转床填料内的径向温度分布与转子的转速有关，与液体流量有关，但气体流量的变化对温度分布的影响很小。
- Modified aluminum hydroxid was prepared by carbonation of sodium aluminate in Rotating Packed Bed (RPB) coupled with hydrolysis. 利用旋转填充床碳分-水热耦合法制备改性氢氧化铝。
- Dehydration of air containing water vapor,which simulated wet natural gas,was studied by means of rotary packed bed(RPB) with triethylene glycol(TEG) as absorbent. 以三甘醇(TEG)为吸收剂,用空气和水蒸气的混合气体模拟含水蒸气的天然气,在旋转填充床(RPB)中进行脱水实验。
- With a N 2 water system, the mass transfer process of two types of packing with different shape were experimentally studied in a rotating packed bed (RPB). 在旋转床(RPB)中,用氮气水系统,通过氧解吸过程对两种不同形状填料的传质过程进行实验研究,实测体积传质系数与转子转速、液体流率及气体流率的关系,进而揭示出旋转床内两种填料的传质特性。
- This paper presents homemade wireless data adopter and the experimental conditions and processes for measurement of the temperature distribution in the packing of RPB. 文中介绍了自制的无线数据采集系统，以及通过此系统进行旋转床填料内温度分布实验的实验条件及流程。
- In this paper, a CFD modeling methodology is established to simulate the gas flow and dispersed liquid flow as well as the mass transfer process in RPB. 本文采用计算流体力学的方法对超重力旋转床中的气液两相流体流动和传质过程进行了深入的数值模拟研究。
