Chemical Heterogenity of Carbon Nanotubes assemblies

2016-04-04
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Chemical Heterogenity of Carbon Nanotubes assemblies probed by Fourier Transform Infrared and Raman spectroscopies and AFM-IR technique.

CNT AFM-IR FTIR Raman
Krzysztof Banas
Krzysztof Banas
Principal Research Fellow

I work as beam-line scientist at Singapore Synchrotron Light Source. My research interests include application of advanced statistical methods for hyperspectral data processing (dimension reduction, clustering and identification).

Related

Publications

A Mikhalchan, T E Tay, A Banas, K Banas, M BH Breese, A M Borkowska, M Nowakowski, W M Kwiatek, C Paluszkiewicz. Development of continuous CNT fibre-reinforced PMMA filaments for additive manufacturing: A case study by AFM-IR nanoscale imaging. Materials Letters, IF=3.019(2018), 2020.

Project Source Document

A Mikhalchan, A Banas, K Banas, A Borkowska, M Nowakowski, M Breese, W Kwiatek, C Paluszkiewicz, T E Tay. Revealing Chemical Heterogeneity of CNT Fiber Nanocomposites via Nanoscale Chemical Imaging. Chemistry of Materials, IF=9.567(2019), 2018.

Project Source Document

Talks

Characterisation of carbon nanotube composite materials by photothermal infrared nanoscale spectroscopy and chemical imaging (talk)
2019-11-19 16:45 Singapore, Singapore
Processing of AFM-IR chemical mapping results of carbon nanotube composite materials in R Environment (e-Poster)
2018-08-31 00:00 National Physics Laboratory, London, UK
Evaluation of the nanoscale spectroscopic and chemical mapping results of carbon nanotube composite materials (Poster)
2017-09-23 00:00 Worcester College, Oxford, UK