Jan Sefcik

Jan Sefcik

University of Strathclyde

H-index: 39

Europe-United Kingdom

About Jan Sefcik

Jan Sefcik, With an exceptional h-index of 39 and a recent h-index of 27 (since 2020), a distinguished researcher at University of Strathclyde, specializes in the field of Particle engineering, Continuous manufacturing, Crystallisation, Nucleation, Colloids.

His recent articles reflect a diverse array of research interests and contributions to the field:

Integrated continuous process design for crystallisation, spherical agglomeration, and filtration of lovastatin

Heterogeneous nucleation of urea from aqueous solutions: a combined experimental and simulation approach

Modelling solution speciation to predict pH and supersaturation for design of batch and continuous organic salt crystallisation processes

Machine learning-derived correlations for scale-up and technology transfer of primary nucleation kinetics

Assessment of GAFF and OPLS force fields for urea: crystal and aqueous solution properties

Crystallisation of sodium sulfate

Digital process design to define and deliver pharmaceutical particle attributes

Rapid assessment of crystal nucleation and growth kinetics: comparison of seeded and unseeded experiments

Jan Sefcik Information

University

Position

Professor Department of Chemical and Process Engineering

Citations(all)

5114

Citations(since 2020)

2259

Cited By

3648

hIndex(all)

39

hIndex(since 2020)

27

i10Index(all)

102

i10Index(since 2020)

63

Email

University Profile Page

University of Strathclyde

Google Scholar

View Google Scholar Profile

Jan Sefcik Skills & Research Interests

Particle engineering

Continuous manufacturing

Crystallisation

Nucleation

Colloids

Top articles of Jan Sefcik

Title

Journal

Author(s)

Publication Date

Integrated continuous process design for crystallisation, spherical agglomeration, and filtration of lovastatin

Journal of Pharmaceutical Innovation

Cameron J Brown

John McGinty

Muhammad T Islam

Nazer Rajoub

Omid Arjmandi-Tash

...

2024/4

Heterogeneous nucleation of urea from aqueous solutions: a combined experimental and simulation approach

Bulletin of the American Physical Society

Karen Johnston

Samira Anker

Paul Mulheran

Jan Sefcik

David McKechnie

2024/3/6

Modelling solution speciation to predict pH and supersaturation for design of batch and continuous organic salt crystallisation processes

Fluid Phase Equilibria

John McGinty

Helen Wheatcroft

Chris J Price

Jan Sefcik

2023/2/1

Machine learning-derived correlations for scale-up and technology transfer of primary nucleation kinetics

Crystal Growth & Design

Stephanie Yerdelen

Yihui Yang

Justin L Quon

Charles D Papageorgiou

Chris Mitchell

...

2023/1/18

Assessment of GAFF and OPLS force fields for urea: crystal and aqueous solution properties

Crystal Growth & Design

Samira Anker

David McKechnie

Paul Mulheran

Jan Sefcik

Karen Johnston

2023/12/8

Crystallisation of sodium sulfate

Abdullah Muhammad

Jan Sefcik

Andrea Hamilton

Karen Johnston

2023/9/5

Digital process design to define and deliver pharmaceutical particle attributes

Chemical Engineering Research and Design

Stephanie J Urwin

Magdalene WS Chong

Wei Li

John McGinty

Bhavik Mehta

...

2023/8/1

Rapid assessment of crystal nucleation and growth kinetics: comparison of seeded and unseeded experiments

Crystal Growth & Design

Andrew Cashmore

Russell Miller

Hikaru Jolliffe

Cameron J Brown

Mei Lee

...

2023/6/20

Phase diagram determination and process development for continuous antisolvent crystallizations

Crystals

Corin Mack

Johannes Hoffmann

Jan Sefcik

Joop H ter Horst

2022/8/6

Tuning interfacial concentration enhancement through dispersion interactions to facilitate heterogeneous nucleation

The Journal of Physical Chemistry C

David McKechnie

Paul A Mulheran

Jan Sefcik

Karen Johnston

2022/9/16

Growing crystals by design: general discussion

Faraday Discussions

Michael Anderson

Matthew Bennett

Ruel Cedeno

Marta K Dudek

Kristen Fichthorn

...

2022

Accurate Phase Diagrams for the Basic Design of Antisolvent Crystallization Processes

Development of New Approaches for Understanding and Optimizing Antisolvent Crystallization Processes

Corin Mack

Johannes Hoffmann

Jan Sefcik

Joop H ter Horst

2022/4

Crystal nucleation rates from induction time measurements and microfluidic devices

CMAC Annual Open Day 2022

Daniel M Powell

Jan Sefcik

Michele Zagnoni

Joop H ter Horst

2022/5/16

Diffusive mixing in antisolvent crystallisation

Russell Miller

Jan Sefcik

Leo Lue

2022/5/16

Molecular dynamics investigation of clustering in aqueous glycine solutions

The Journal of Physical Chemistry B

Martin B Sweatman

Nasser D Afify

Carlos A Ferreiro-Rangel

Miguel Jorge

Jan Sefcik

2022/6/21

Evaluation of deep learning methods for particle characterisation from in-line imaging and chord length distribution measurements

Christopher Boyle

Cameron Brown

Jan Sefcik

Javier Cardona

2022/9/14

Learning lessons from nature–the future of biomimetics: general discussion

Faraday Discussions

Michael Anderson

Matthew Bennett

Ruel Cedeno

Ian Ford

Takeshi Fukuma

...

2022

Modeling Diffusive Mixing in Antisolvent Crystallization

Crystal Growth & Design

Russell Miller

Jan Sefcik

Leo Lue

2022/3/14

Digital design strategies for industrial crystallisation development

Mitchelle Mnemo

Cameron Brown

Jan Sefcik

2022/5/16

Measuring interface induced concentration enhancement in solutions

CMAC Annual Open Day 2022

R Mackay

KHA Lau

J Sefcik

2022/5/16

See List of Professors in Jan Sefcik University(University of Strathclyde)