Differential mobility analysis enables particle size distribution measurements of submicron aerosols with resolution well beyond that attainable in other size regimes of aerosols or other particulate media. The pages that follow present a tutorial introduction to differential mobility analysis, describing the underlying physics, the differential mobility classifiers and associated detectors, data analysis, data presentation, and some of the challenges in using this powerful measurement method
Modern techniques used for particle sizing in the 0.1 to 1 μm transition range are based on diffe...
Particle transfer theory for steady-state differential mobility analyzers (DMAs) with and without di...
<div><p>We describe the performance of a drift tube-ion mobility spectrometry (DT-IMS) instrument fo...
The differential mobility analyzer (DMA) is a powerful instrument that continuously separates aeros...
Size classification of nanoparticles is an important process in the electrical mobility particle siz...
To measure size distributions of submicrometer aerosols with an electrical differential mobility ana...
The differential mobility analyzer (DMA) is an important tool for determining particle size distribu...
Introduction: Determining the size distribution of the particles for assessing their effects on huma...
A Differential Mobility Analyzer (DMA) has been installed at the Department of Mechanical and Civil ...
The resolution of the differential mobility analyzer (DMA) is conveniently described as the ratio of...
The measurement of particle size distributions using electrical mobility methods has become the stan...
This thesis contains three main contributions: the derivation of a parameter which characterizes the...
Polydisperse aerosol size distributions measured with a differential mobility analyser show deviatio...
In this research work the performance of the Radial Differential Mobility Analyzer (RDMA) for polydi...
Differential mobility particle sizers (DMPSs) are instruments for online sizing gas-borne particles ...
Modern techniques used for particle sizing in the 0.1 to 1 μm transition range are based on diffe...
Particle transfer theory for steady-state differential mobility analyzers (DMAs) with and without di...
<div><p>We describe the performance of a drift tube-ion mobility spectrometry (DT-IMS) instrument fo...
The differential mobility analyzer (DMA) is a powerful instrument that continuously separates aeros...
Size classification of nanoparticles is an important process in the electrical mobility particle siz...
To measure size distributions of submicrometer aerosols with an electrical differential mobility ana...
The differential mobility analyzer (DMA) is an important tool for determining particle size distribu...
Introduction: Determining the size distribution of the particles for assessing their effects on huma...
A Differential Mobility Analyzer (DMA) has been installed at the Department of Mechanical and Civil ...
The resolution of the differential mobility analyzer (DMA) is conveniently described as the ratio of...
The measurement of particle size distributions using electrical mobility methods has become the stan...
This thesis contains three main contributions: the derivation of a parameter which characterizes the...
Polydisperse aerosol size distributions measured with a differential mobility analyser show deviatio...
In this research work the performance of the Radial Differential Mobility Analyzer (RDMA) for polydi...
Differential mobility particle sizers (DMPSs) are instruments for online sizing gas-borne particles ...
Modern techniques used for particle sizing in the 0.1 to 1 μm transition range are based on diffe...
Particle transfer theory for steady-state differential mobility analyzers (DMAs) with and without di...
<div><p>We describe the performance of a drift tube-ion mobility spectrometry (DT-IMS) instrument fo...