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A. Process Analytical Techniques B. Process Monitoring (on-line, in-line, non-invasive) C. Multivariate Data Analysis D. Process Modelling E. Process Control

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A9. Terahertz A1. Non-invasive Raman spectrometry A2 Particle size effects in Raman and NIR A3. Transmission NIR spectrometry/Raman spectrometry A4. Scattering and radiative transfer theory for NIR A5. ATR-MIR spectrometry A6. Low field NMR spectrometry A7. Ultrasonics and acoustic emission spectrometry A8. Process mass spectrometry

title year authors journal volume pages Categories Actions
A comparative investigation of two handheld near-ir spectrometers for direct forensic examination of fibres in-situ 2021 Rashed Hamad S., Mishra Puneet, Nordon Alison, Palmer David S., Baker Matthew J. Vibrational Spectroscopy 113 103205 A1. Non-invasive Raman spectrometry DOI
A Mechanistic Investigation of the N-Hydroxyphthalimide Catalyzed Benzylic Oxidation Mediated by Sodium Chlorite 2024 Grunshaw Thomas, Wood Susanna H., Sproules Stephen, Parrott Andrew, Nordon Alison, Shapland Peter D. P., Wheelhouse Katherine M. P., Tomkinson Nicholas C. O. The Journal of Organic Chemistry 89 7933-7945 A1. Non-invasive Raman spectrometry DOI
A theoretical investigation of chirp insonifcation of ultrasound contrast agents 2011 Barlow E, Mulholland AJ, Gachagan A and Nordon A Ultrasonics 51 725-733 A7. Ultrasonics and acoustic emission spectrometry DOI
Alternative measurement configurations for extracting bulk optical properties using an integrating sphere setup 2017 Thennadil N Suresh, Chen Yi-chieh Appl. Spectrosc. Vol 71 Issue 2 224-237 A4. Scattering and radiative transfer theory for NIR DOI
Alternative Measurement Configurations for Extracting Bulk Optical Properties Using an Integrating Sphere Setup 2017 Thennadil Suresh N., Chen Yi-chieh Applied Spectroscopy 71 224-237 A1. Non-invasive Raman spectrometry DOI
Alternative measurement configurations for extracting bulk optical properties using an integrating sphere set-up, 2017 Thennadeil S N, Chen Y-C Applied Spectroscopy 71 224 A3. Transmission NIR spectrometry/Raman spectrometry, A4. Scattering and radiative transfer theory for NIR DOI
Analysis of the Rayleigh-Plesset equation with chirp excitation 2009 Barlow E, Mulholland AJ, Gachagan A, Nordon A and Macpherson KG IMA J. Appl. Math. 74 20-34 A7. Ultrasonics and acoustic emission spectrometry DOI
Application of Raman Spectroscopy to Dynamic Binding Capacity Analysis 2023 Beattie James W., Rowland-Jones Ruth C., Farys Monika, Bettany Hamish, Hilton David, Kazarian Sergei G., Byrne Bernadette Applied Spectroscopy 77 1393-1400 A1. Non-invasive Raman spectrometry DOI
Automated cosmic spike filter optimized for process Raman spectroscopy 2012 Mozharov S, Nordon A, Littlejohn D and Marquardt B Applied Spectroscopy 66 1326-1333 A1. Non-invasive Raman spectrometry DOI
Automatic de-noising of close-range hyperspectral images with a wavelength-specific shearlet-based image noise reduction method 2019 Mishra Puneet, Karami Azam, Nordon Alison, Rutledge Douglas N., Roger Jean-Michel Sensors and Actuators B: Chemical 281 1034-1044 A1. Non-invasive Raman spectrometry DOI
Automatic de-noising of close-range hyperspectral images with a wavelength-specific shearlet-based image noise reduction method 2019 Mishra Puneet, Karami Azam, Nordon Alison, Rutledge Douglas N., Roger Jean-Michel Sensors and Actuators B: Chemical 281 1034-1044 A1. Non-invasive Raman spectrometry DOI
Automatic de-noising of close-range hyperspectral images with a wavelength-specific shearlet-based image noise reduction method 2019 Mishra Puneet, Karami Azam, Nordon Alison, Rutledge Douglas N., Roger Jean-Michel Sensors and Actuators B: Chemical 281 1034-1044 A1. Non-invasive Raman spectrometry DOI
Butanol as a potential biofuel: A spectroscopic study of its blends with n-decane and diesel 2018 Lampe AI, Dittmar AK, Heyen C, Kiefer J Fuel 222 312-318 A5. ATR-MIR spectrometry DOI
Calibration free approaches for rapid polymorph discrimination <i>via</i> low frequency (THz) Raman spectroscopy 2024 Chong Magdalene W. S., Ward Martin R., McFarlan Catriona, Parrott Andrew J., Dallin Paul, Andrews John, Oswald Iain D. H., Nordon Alison Chemical Communications C1 Multivariate data analysis, A1. Non-invasive Raman spectrometry DOI
Calibration model transfer in mid-infrared process analysis with <i>in situ</i> attenuated total reflectance immersion probes 2022 Parrott Andrew J., McIntyre Allyson C., Holden Megan, Colquhoun Gary, Chen Zeng-Ping, Littlejohn David, Nordon Alison Analytical Methods 14 1889-1896 A5. ATR-MIR spectrometry, C2 Calibration transfer/model maintenance DOI
Calibration of ultrasonic hardware for enhanced total focusing method imaging 2020 Ingram M, Gachagan A, Nordon A, Mulholland A J, Hegarty M Insight - Non-Destructive Testing and Condition Monitoring 62 408-415 A7. Ultrasonics and acoustic emission spectrometry DOI
Characterization of gasoline/ethanol blends by infrared and excess infrared spectroscopy 2015 Corsetti S, Zehentbauer FM, McGloin D, Kiefer J Fuel 141 136-142 A5. ATR-MIR spectrometry DOI
Close-range hyperspectral imaging of whole plants for digital phenotyping: Recent applications and illumination correction approaches 2020 Mishra Puneet, Lohumi Santosh, Ahmad Khan Haris, Nordon Alison Computers and Electronics in Agriculture 178 105780 C1 Multivariate data analysis, A1. Non-invasive Raman spectrometry DOI
Comparison of calibration methods for the monitoring of fluorobenzene batch reaction using low-field F-19 NMR, H-1 NMR, NIR and raman spectrometries 2002 Nordon A, Meunier C, McGill C A, Littlejohn D Applied Spectroscopy 56 515-520 A1. Non-invasive Raman spectrometry, A6. Low field NMR spectrometry DOI
Comparison of Individual and Integrated Inline Raman, Near-Infrared, and Mid-Infrared Spectroscopic Models to Predict the Viscosity of Micellar Liquids 2020 Haroon Kiran, Arafeh Ali, Cunliffe Stephanie, Martin Philip, Rodgers Thomas, Mendoza Cesar, Baker Michael Applied Spectroscopy 74 819-831 A5. ATR-MIR spectrometry, A3. Transmission NIR spectrometry/Raman spectrometry, D2 Multi-block, predictive and multi-scale modelling methods DOI
Comparison of in-line NIR, Raman and UV-Visable spectrometries and at-line NMR spectrometry for the monitoring of an esterification reaction 2002 McGill C A, Nordon A, Littlejohn D, Analyst 127 287-292 A1. Non-invasive Raman spectrometry, A6. Low field NMR spectrometry DOI
Comparison of non-invasive NIR and Raman spectrometries for determination of alcohol content of spirits 2005 Nordon A, Mills A, Burn R T, Cusick F M and Littlejohn D Analytica Chimica Acta, 548 148-158 A1. Non-invasive Raman spectrometry DOI
Comparison of Raman and mid-infrared spectroscopy for quantification of nitric acid in PUREX-relevant mixtures 2023 McFarlan Catriona, Nordon Alison, Sarsfield Mark, Taylor Robin, Chen Hongyan Progress in Nuclear Energy 165 104898 A1. Non-invasive Raman spectrometry, A5. ATR-MIR spectrometry DOI
Comparison of the determination of a low-concentration active ingredient in pharmaceutical tablets by backscatter and transmission Raman spectrometry 2012 Townshend A, Nordon A, Littlejohn D, Myrick M, Andrews J and Dallin P Analytical Chemistry 84 4671-4676 A1. Non-invasive Raman spectrometry, A3. Transmission NIR spectrometry/Raman spectrometry DOI
Consideration of some sampling problems in the on-line analysis of batch processes by low-field NMR spectrometry 2008 Nordon A, Diez-Lazaro A, Wong CWL, McGill CA, Littlejohn D, Weerasinghe M, Mamman DA, Hitchman ML and Wilkie J Analyst 133 339-347 B1 Reaction monitoring, A6. Low field NMR spectrometry DOI
Dependence of signal on depth in transmission raman spectroscopy 2011 Matousek P, Everall N, Littlejohn D, Nordon A, Bloomfield M Applied Spectroscopy Vol 65, No 7, 07.2011 724-733 A3. Transmission NIR spectrometry/Raman spectrometry DOI
Detection of counterfeit Scotch whisky samples using MIR spectrometry with an ATR probe incorporating polycrystalline silver halide fibres 2011 McIntyre AC, Bilyk ML, Nordon A, Colquhoun G and Littlejohn D Analytica Chimica Acta 690 228-233 A5. ATR-MIR spectrometry DOI
Detection of counterfeit Scotch whisky using mid-infrared spectrometry with an attenuated total reflectance probe incorporating polycrystalline silver halide fibres 2011 McIntyre AC, Bilyk ML, Nordon A, Colquhoun G and Littlejohn D Analytica Chimica Acta 690 228-233 A5. ATR-MIR spectrometry DOI
Determination of Bubble Size Distribution Using Ultrasound Array Imaging 2020 Ingram Marcus, Mineo Carmelo, Gachagan Anthony, Mulholland Anthony J., Nordon Alison, Hegarty Martin IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control 67 1424-1437 A7. Ultrasonics and acoustic emission spectrometry DOI
Determination of Ethylene Oxide Content of Polyether Polyols by Low-Field 1H Nuclear Magnetic Resonance Spectrometry 2002 Nordon A, Meunier C, Carr R H, Gemperline P J, and Littlejohn D Analytica Chimica Acta, 472 133-140 A6. Low field NMR spectrometry DOI
Development of a gas-phase Raman instrument using a hollow core anti-resonant tubular fibre 2021 Brooks William S.M., Partridge Matthew, Davidson Ian A.K., Warren Charles, Rushton George, Large Joseph, Wharton Michael, Storey Jonathan, Wheeler Natalie V., Foster Michael J. Journal of Raman Spectroscopy 52 1772-1782 B2 Monitoring of drying and powder blending, B3 Biological process analysis, B4 Microreactors and flow chemistry, B1 Reaction monitoring, A1. Non-invasive Raman spectrometry, A5. ATR-MIR spectrometry DOI
Development of a spatially offset Raman spectroscopy probe for monitoring pharmaceutical drying 2023 Al-Attili Mais, Ferreira Carla, Price Chris, Faulds Karen, Chen Yi-Chieh Chemical Engineering Research and Design 192 510-520 B2 Monitoring of drying and powder blending, A1. Non-invasive Raman spectrometry, C1 Multivariate data analysis DOI
Effect of particle properties of powders on the generation and transmission of Raman scattering 2012 Townshend A, Nordon A, Littlejohn D, Andrews J and Dallin P Analytical Chemistry 84 4665-4670 A2 Particle size effects in Raman and NIR, A3. Transmission NIR spectrometry/Raman spectrometry DOI
Effect of particle size and concentration on low-frequency terahertz scattering in granular compacts [Invited] 2023 Murphy Keir N., Naftaly Mira, Nordon Alison, Markl Daniel Optical Materials Express 13 2251 A9. Terahertz DOI
Effect of particle size distribution on spatially and angularly resolved diffuse reflectance measurement 2018 Chen Yi-Chieh, Tiernan-Vandermotten Sarra, Lue Leo, Ferreira Carla Sofia, Sefcik Jan, Thannadil Suresh European Pharamaceutical Review 23 34-37 A2 Particle size effects in Raman and NIR, C1 Multivariate data analysis, D2 Multi-block, predictive and multi-scale modelling methods DOI
Effect of Process Conditions on Particle Size and Shape in Continuous Antisolvent Crystallisation of Lovastatin 2020 McGinty John, Chong Magdalene W. S., Manson Andrew, Brown Cameron J., Nordon Alison, Sefcik Jan Crystals 10 925 A1. Non-invasive Raman spectrometry, C1 Multivariate data analysis DOI
Effects of particle size and cohesive properties on mixing studied by non-contact NIR 2008 Bellamy LJ, Nordon A and Littlejohn D Int. J. Pharm 361 87-91 A2 Particle size effects in Raman and NIR, B2 Monitoring of drying and powder blending DOI
Enantioselective Raman spectroscopy (esR) for distinguishing between the enantiomers of 2-butanol 2018 Rullich CC, Kiefer J Analyst 143 A1. Non-invasive Raman spectrometry DOI
Estimating particle concentration using passive ultrasonic measurement of impact vibrations 2009 Carson G, Mulholland AJ, Nordon A, Tramontana N, Gachagan A and Hayward G IEEE T. Ultrason. Ferrer. 56 345-352 A7. Ultrasonics and acoustic emission spectrometry DOI
Evaluation of low-field nuclear magnetic resonance spectrometry for at-line process analysis 2002 Nordon A, McGill C A, Littlejohn D Applied Spectroscopy 56 75-82 A6. Low field NMR spectrometry DOI
Exploring the stability and repeatability of a hollow core fibre Raman gas sensor 2019 Partridge Matthew C., Davidson Ian A., Brooks William, Foster Michael, Bradley Thomas D., Hayes John R., Jasion Greg T., Petrovich Marco N., Poletti Francesco, Richardson David J., Wheeler Natalie V. Seventh European Workshop on Optical Fibre Sensors A1. Non-invasive Raman spectrometry DOI
Extraction of Chemical Information of Suspensions Using Radiative Transfer Theory to Remove Multiple Scattering Effects: Application to a Model Multicomponent System 2011 Steponavicius R and Thennadil SN Anal. Chem. 83 1931-1937 A4. Scattering and radiative transfer theory for NIR DOI
Extraction of Chemical Information of Suspensions Using Radiative Transfer Theory to Remove Multiple Scattering Effects: Application to a Model Two-Component System 2009 Steponavicius Raimundas, Thennadil Suresh N. Analytical Chemistry 81 7713-7723 A1. Non-invasive Raman spectrometry DOI
Factors affecting broadband acoustic emission measurements of a heterogeneous reaction 2006 Nordon A, Carella Y, Gachagan A, Littlejohn D and Hayward G Analyst 131 323-330 B1 Reaction monitoring, A7. Ultrasonics and acoustic emission spectrometry DOI
Fusing spectral and textural information in near-infrared hyperspectral imaging to improve green tea classification modelling 2019 Mishra Puneet, Nordon Alison, Mohd Asaari Mohd Shahrimie, Lian Guoping, Redfern Sally Journal of Food Engineering 249 40-47 A1. Non-invasive Raman spectrometry DOI
High-Throughput Raman Spectroscopy Combined with Innovate Data Analysis Workflow to Enhance Biopharmaceutical Process Development 2020 Goldrick Stephen, Umprecht Alexandra, Tang Alison, Zakrzewski Roman, Cheeks Matthew, Turner Richard, Charles Aled, Les Karolina, Hulley Martyn, Spencer Chris, Farid Suzanne S. Processes 8 1179 A1. Non-invasive Raman spectrometry DOI
Image analysis framework with focus evaluation for in situ characterisation of particle size and shape attributes 2018 Cardona Javier, Ferreira Carla, McGinty John, Hamilton, Andrew, Agimelen Okpeafoh S, Cleary Alison, Atkinson Robert, Michie Craig, Marshall Stephen, Chen Yi-Chieh, Sefcik Jan, Andonovic Ivan, Tachtatzis Christos Chemical Engineering Science Vol 191 208-231 A. Process Analytical Techniques, C1 Multivariate data analysis DOI
Improved method for kinetic studies in microreactors using flow manipulation and non-invasive Raman spectrometry 2011 Mozharov S, Nordon A, Littlejohn D, Wiles C, Watts P, Dallin P and Girkin JM Journal of the American Chemical Society 133 3601-3608 A1. Non-invasive Raman spectrometry, B1 Reaction monitoring, B4 Microreactors and flow chemistry, D1 Kinetic modelling DOI
In situ monitoring of powder blending by non-invasive Raman spectrometry with wide area illumination 2013 Allan P, Bellamy L, Nordon A, Littlejohn D, Andrews J and Dallin P Journal of Pharmaceutical and Biomedical Analysis 76 28 - 35 A1. Non-invasive Raman spectrometry, B2 Monitoring of drying and powder blending DOI
In-line monitoring of esterification using a miniaturised mid-infrared spectrometer 2003 McGill C A, Ferguson R H, Donoghue K, Nordon A and Littlejohn D Analyst 128 1467-1470 B1 Reaction monitoring, A5. ATR-MIR spectrometry DOI
Integrated Continuous Process Design for Crystallisation, Spherical Agglomeration, and Filtration of Lovastatin 2024 Brown Cameron J., McGinty John, Islam Muhammad T., Rajoub Nazer, Arjmandi-Tash Omid, Ottoboni Sara, Shahid Muhid, Urwin Stephanie J., Lee Ye Seol, Chong Magdalene W. S., Papathanasiou Foteini, Prakash Aruna S., Prasad Elke, Spence Bronwyn, Sefcik Jan, Robertson John, Smith Rachel, Litster James D., Price Chris J., Nordon Alison, Adjiman Claire S., Florence Alastair J. Journal of Pharmaceutical Innovation 19 A7. Ultrasonics and acoustic emission spectrometry DOI
Investigating the feasibility of mid infrared spectroscopy for monitoring an industrial de-racemization biotransformation process 2012 Gardner P, Arnold SA, Brown F, Carr R, Nordon A, Harvey LM and McNeil B. Analytica Chimica Acta, 779 50-55 B3 Biological process analysis, A5. ATR-MIR spectrometry DOI
Investigation of factors affecting isolation of needle-shaped particles in a vacuum agitated filter drier through non-invasive measurements by Raman spectometry 2013 Hamilton P, Littlejohn D, Nordon A, Sefcik J, Slavin P, J Andrews and Dallin P Chemical Engineering Science 101 878-885 A1. Non-invasive Raman spectrometry, B2 Monitoring of drying and powder blending DOI
Low-Field High-Resolution PFG-NMR to Predict the Size Distribution of Inner Droplets in Double Emulsions 2021 Khadem Behnam, Parrott Andrew, Nordon Alison, Sheibat-Othman Nida European Journal of Lipid Science and Technology 123 2000193 A6. Low field NMR spectrometry DOI
Monitoring of a heterogeneous reaction by acoustic emission 2004 Nordon A, Waddell R J H, Bellamy L J, Gachagan A, McNab D, Littlejohn D and Hayward G Analyst 129 463-467 B1 Reaction monitoring, A7. Ultrasonics and acoustic emission spectrometry DOI
Monitoring of an esterification reaction by on-line direct liquid sampling mass spectrometry and in-line mid infrared spectrometry with an attenuated total reflectance probe 2014 Owen A W, McAulay E A J, Nordon A, Littlejohn D, Lynch T P, Lancaster S J, Wright R G Analytica Chimica Acta, 14.08.2014 B1 Reaction monitoring, A5. ATR-MIR spectrometry, A8. Process mass spectrometry DOI
Near-infrared hyperspectral imaging for non-destructive classification of commercial tea products 2018 Mishra Puneet, Nordon Alison, Tschannerl Julius, Lian Guoping, Redfern Sally, Marshall Stephen Journal of Food Engineering 238 70-77 A1. Non-invasive Raman spectrometry DOI
Non-invasive analysis in micro-reactors using Raman spectrometry with a specially designed probe 2010 Mozharov S, Nordon A, Girkin JM and Littlejohn D Lab on a Chip 10 2101-2107 A1. Non-invasive Raman spectrometry, B1 Reaction monitoring, B4 Microreactors and flow chemistry DOI
Non-invasive monitoring of the growth of metal-organic frameworks (MOFs) <i>via</i> Raman spectroscopy 2023 Chong Magdalene, Parrott Andrew John, Ashworth David, Fletcher Ashleigh J., Nordon Alison Physical Chemistry Chemical Physics B1 Reaction monitoring, A1. Non-invasive Raman spectrometry DOI
Non-invasive monitoring of the mixing of pharmaceutical powders by broadband acoustic emission 2010 Allan P, Ballamy LJ, Nordon A and Littlejohn D Analyst 135 518-524 B2 Monitoring of drying and powder blending, A7. Ultrasonics and acoustic emission spectrometry DOI
Novel utilisation of a circular multi‑reflection cell applied to materials ageing experiments 2015 DA Knox; AK King; ED McNaghten; SJ Brooks; PA Martin and SM Pimblott Applied Physics B 119 55 - 64 A. Process Analytical Techniques DOI
Numerical model for predicting experimental effects in enantioselective Raman spectroscopy 2017 Jungst N, Williamson AP, Kiefer J, Applied Physics B 123, 128 15 A1. Non-invasive Raman spectrometry DOI
Observation of Spurious Spectral Features in Mixed-Powder Compressed Pellets Measured by Terahertz Time-Domain Spectroscopy 2023 Murphy Keir N, Markl Daniel, Nordon Alison, Naftaly Mira IEEE Transactions on Terahertz Science and Technology 13 569-572 A9. Terahertz DOI
On-line detection and quantification of trace impurities in vaporisable samples by direct liquid introduction process mass spectrometry 2014 Owen A W, Nordon A, Littlejohn D, Lynch T P, S J Lancaster, R G Wright Analytical Methods Vol 6, No 20, 01.01.2014 Pg 8148 - 8153 A8. Process mass spectrometry DOI
Particle sizing using passive ultrasonic measurement of particle–wall impact vibrations 2008 Carson G, Mulholland AJ, Nordon A, Tramontana M, Gachagan A and Hayward G Journal of Sound and Vibration 317 142-157 A7. Ultrasonics and acoustic emission spectrometry DOI
Polymer Pellet Fabrication for Accurate THz-TDS Measurements 2022 Murphy Keir N., Naftaly Mira, Nordon Alison, Markl Daniel Applied Sciences 12 3475 A1. Non-invasive Raman spectrometry DOI
Potential Applications of At-line Process Analysis by NMR Spectrometry 2001 Nordon A, McGill C A, Littlejohn D Journal of Process and Analytical Chemistry 39-41 A6. Low field NMR spectrometry
Process NMR Spectroscopy 2001 Nordon A, McGill C A, Littlejohn D Analyst 126 260-272 A6. Low field NMR spectrometry DOI
Quantification of particle size and concentration using in-line techniques and multivariate analysis 2020 Ferreira Carla, Cardona Javier, Agimelen Okpeafoh, Tachtatzis Christos, Andonovic Ivan, Sefcik Jan, Chen Yi-Chieh Powder Technology 376 1-11 A2 Particle size effects in Raman and NIR DOI
Quantitative analysis of low-field NMR signals in the time domain 2001 Nordon A, Gemperline P J, McGill C A, Littlejohn D Analytical Chemistry 73 4286-4294 A6. Low field NMR spectrometry DOI
Quantitative analysis of powder mixtures by Raman spectrometry: the influence of particle size and its correction 2012 Chen Z, Li L, Jin J, Nordon A, Littlejohn D, Yang J, Zhang J and Yu R Analytical Chemistry 84 4088-4094 A2 Particle size effects in Raman and NIR, C1 Multivariate data analysis DOI
Quantitative In Situ Monitoring of Parahydrogen Fraction Using Raman Spectroscopy 2018 Parrott Andrew J., Dallin Paul, Andrews John, Richardson Peter M., Semenova Olga, Halse Meghan E., Duckett Simon B., Nordon Alison Applied Spectroscopy 000370281879864 A1. Non-invasive Raman spectrometry DOI
Real-time monitoring of powder mixing in a convective blender using non-invasive reflectance NIR spectrometry 2008 Bellamy LJ, Nordon A and Littlejohn D Analyst 133 58-64 A2 Particle size effects in Raman and NIR, B2 Monitoring of drying and powder blending DOI
Relationship between the Kubelka-Munk scattering and radiative transfer coefficients 2008 Thennadil SN J. Opt. Soc. Am. A 25 1480-1485 A4. Scattering and radiative transfer theory for NIR DOI
Remote sensing of chemical agents within nuclear facilities using Raman spectroscopy 2020 Foster Michael, Wharton Michael, Brooks William, Goundry Matthew, Warren Charles, Storey Jonathan Journal of Raman Spectroscopy 51 2543-2551 A1. Non-invasive Raman spectrometry DOI
Shift-invariant tri-linearity—A new model for resolving untargeted gas chromatography coupled mass spectrometry data 2023 Schneide Paul-Albert, Bro Rasmus, Gallagher Neal B. Journal of Chemometrics 37 C1 Multivariate data analysis, A8. Process mass spectrometry DOI
Simulation of diffuse reflectance for characterisation of particle suspensions 2017 Thomson K, Stoliarskaia D, Tiernan-Vandermotten S, Lue L, Chen Y SPIE - Optical Diagnostics and Sensing XV11 - Toward Point of Care Diagnostics 17/02/17 A2 Particle size effects in Raman and NIR DOI
Simultaneous acquisition of the polarized and deploarized Raman signal with single detector 2017 Kiefer J Analytical Chemistry 89 5725-5728 A1. Non-invasive Raman spectrometry DOI
Spatially and angularly resolved spectroscopy for in-situ estimation of concentration and particle size in colloidal suspensions 2017 Chen Yi-Chieh, Foo David, Dehanov Nicolau, Thennadil Suresh N Analytical and Bioanalytical Chemistry 409 6975-6988 A1. Non-invasive Raman spectrometry, C1 Multivariate data analysis, D2 Multi-block, predictive and multi-scale modelling methods DOI
Spatially and angularly resolved spectroscopy for in-situ estimation of concentration and particle size in colloidal suspensions 2017 Chen Yi-Chieh, Foo David, Dehanov Nicolau, Thennadil Suresh N. Analytical and Bioanalytical Chemistry 409 6975-6988 A1. Non-invasive Raman spectrometry DOI
Studies of particle drying using non-invasive Raman spectrometry and particle size analysis 2011 Hamilton P, Littlejohn D, Nordon A, Sefcik J, Slavin P, Dallin P and Andrews J Analyst 136 2168-2174 A1. Non-invasive Raman spectrometry, B2 Monitoring of drying and powder blending DOI
System modelling and device development for passive acoustic monitoring of a particulate-liquid process 2015 Tramontana M, Gachagan A, Nordon A, Littlejohn D, O'Leary R and Mulholland A Elsevier, Sensors and Actuators A:Physical 228 159-169 A7. Ultrasonics and acoustic emission spectrometry DOI
Temperature Correction of Spectra to Improve Solute Concentration Monitoring by In Situ Ultraviolet and Mid-Infrared Spectrometries toward Isothermal Local Model Performance 2022 Chong Magdalene W. S., McGlone Thomas, Chai Ching Yee, Briggs Naomi E. B., Brown Cameron J., Perciballi Francesca, Dunn Jaclyn, Parrott Andrew J., Dallin Paul, Andrews John, Nordon Alison, Florence Alastair J. Organic Process Research & Development C1 Multivariate data analysis, A5. ATR-MIR spectrometry DOI
Theoretical analysis of ultrasonic vibration spectra from multiple particle-plate impacts 2009 Carson G, Mulholland AJ, Nordon A, Gachagan A and Hayward G IEEE T. Ultrason. Ferrer. 56 1034-1041 A7. Ultrasonics and acoustic emission spectrometry DOI
Toward Continuous Deracemization via Racemic Crystal Transformation Monitored by in Situ Raman Spectroscopy 2019 Xiouras Christos, Belletti Giuseppe, Venkatramanan Raghunath, Nordon Alison, Meekes Hugo, Vlieg Elias, Stefanidis Georgios D., Ter Horst Joop H. Crystal Growth & Design 19 5858-5868 A5. ATR-MIR spectrometry DOI
Toward Continuous Deracemization via Racemic Crystal Transformation Monitored by in Situ Raman Spectroscopy 2019 Xiouras Christos, Belletti Giuseppe, Venkatramanan Raghunath, Nordon Alison, Meekes Hugo, Vlieg Elias, Stefanidis Georgios D., Ter Horst Joop H. Crystal Growth &amp; Design 19 5858-5868 A1. Non-invasive Raman spectrometry DOI
Universal enantiomeric discrimination by Raman spectroscopy 2015 Kiefer J, Noack K Analyst 140 1787-1790 A1. Non-invasive Raman spectrometry DOI
Use of in-line Near Infrared Spectroscopy to Predict the Viscosity of Shampoo using Multivariate Analysis 2019 Haroon Kiran, Arafeh Ali, Martin Philip, Rodgers Thomas, Mendoza Cesar, Baker Michael International Journal of Cosmetic Science A3. Transmission NIR spectrometry/Raman spectrometry DOI
Variation in the transmission near-infrared signal with depth in turbid media 2014 Kellichan N, Nordon A, Matousek P, Littlejohn D and McGeorge G Applied Spectroscopy 68 383-387 A3. Transmission NIR spectrometry/Raman spectrometry DOI