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Response to comment on:'Phenomenological description of mobility of nm- and sub nm-sized charged aerosol particles in electric field'

机译:对评论的回应:“电场中纳米和亚纳米尺寸的带电气溶胶颗粒迁移率的现象学描述”

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Our paper (Shandakov et al.,2005) is devoted to investigations of electrical mobility based on the phenomenological consideration of collisions between a particle and gas molecules in the rough sphere approximation taking into account the energy exchange between translational and rotational degrees of freedom,ion-dipole interactions and sticking conditions between these objects in the approximation of random tangential forces.Li and Wang (2005) assert that they (2003a,b) "carried out perhaps an even more detailed and rigorous gas-kinetic theory analysis for the transport properties of nanoparticles" and their MD simulations did not confirm the influences of particle rotation and the inherent surface roughness on gas-particle momentum transfer as proposed in our model.We disagree with their assessments.
机译:我们的论文(Shandakov等人,2005)基于粒子和气体分子在粗糙球近似中的碰撞的现象学考虑,考虑了平移和旋转自由度,离子之间的能量交换,专门研究电迁移率。 Li和Wang(2005)断言,他们(2003a,b)“也许对输运性质进行了更为详尽和严格的气体动力学理论分析,纳米粒子”及其MD模拟并未证实模型中提出的粒子旋转和固有表面粗糙度对气体粒子动量传递的影响。我们不同意他们的评估。

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