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Original Articles

Achieving Size Independent Hit-Rate in Single Particle Mass Spectrometry

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Pages 305-310 | Received 16 Sep 2008, Accepted 20 Nov 2008, Published online: 25 Feb 2009

Figures & data

FIG. 1 A schematic representation of particle detection and timing scheme used in SPLAT II.

FIG. 1 A schematic representation of particle detection and timing scheme used in SPLAT II.

FIG. 2 Traces of detected photons that are scattered by particles of different sizes. The green Gaussians indicate the green laser beam profiles and the blue triangles mark the points, at which threshold was reached and the particles were detected.

FIG. 2 Traces of detected photons that are scattered by particles of different sizes. The green Gaussians indicate the green laser beam profiles and the blue triangles mark the points, at which threshold was reached and the particles were detected.

FIG. 3 Particle hit-rate as a function of the laser trigger delay coefficient C1.

FIG. 3 Particle hit-rate as a function of the laser trigger delay coefficient C1.

FIG. 4 A plot of the optimal laser trigger delay coefficient C1 as a function of PTOF for particles composed of DOP and sodium nitrate.

FIG. 4 A plot of the optimal laser trigger delay coefficient C1 as a function of PTOF for particles composed of DOP and sodium nitrate.

FIG. 5 A plot of the vacuum aerodynamic size distributions of the detected (black) and hit (red) sodium nitrate particles that are coated with SOA, showing the achieved size independent hit-rate.

FIG. 5 A plot of the vacuum aerodynamic size distributions of the detected (black) and hit (red) sodium nitrate particles that are coated with SOA, showing the achieved size independent hit-rate.

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