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Ink nanoparticles

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Characterization of metal-containing nanoparticles in tattoo ink using AF4 coupled with MALS and ICP-MS
This study demonstrates the excellent suitability of AF4-MALS-ICP-MS for the comprehensive characterization of tattoo inks. Besides the particle size distributions obtained from the MALS data, ICP-MS additionally allows statements on the elemental distributions of various metals as a function of the respective particle sizes, providing valuable insight into the composition of the inks.

Field-flow fractionation with single particle ICP-MS as an online detector
Date of creation: 
22 August 2018
Library code: 
12188
Literature

Field-flow fractionation - a powerful equipment for investigation of the toxic potential of nanoparticles
This poster shows that FFF is the method of choice for the characterization of nanomaterial due to its unique capabilities like broad separation range, short analysis times and the huge flexibility regarding to different eluents or samples.

Postnova model 9050 ICP-MS hardware interface
Date of creation: 
22 August 2018
Library code: 
12189
Date of creation: 
24 July 2017
Library code: 
10163
Date of creation: 
1 October 2015
Library code: 
10164
Multi-Angle Light Scattering detector (MALS) model 3621
Date of creation: 
27 July 2017
Library code: 
10220
Separation and speciation of nanoparticles with different field-flow fractionation techniques
Date of creation: 
22 August 2018
Library code: 
12190
The Postnova platform features all commercially available Field-Flow Fractionation (FFF) techniques and SEC/GPC
Date of creation: 
24 July 2017
Library code: 
10157