Virginie Boy | Thermal processes | Best Researcher Award

Published on 19/02/2025 by TOT Awards

Assist. Prof. Dr. Virginie Boy| Thermal processes| Best Researcher Award

Assist. Prof. Dr. Virginie Boy Université Bretagne Sud, France

Dr. Virginie Boy is an Assistant Professor at the Institut de Recherche Dupuy de Lôme (IRDL), Université Bretagne Sud, France, since September 2015.She specializes in process engineering, focusing on the drying processes of bioproducts such as fruits, vegetables, digestate from anaerobic digestion, and marine products like seaweeds and starfish. Her expertise encompasses both experimental and modeling aspects of drying techniques, including hot-air drying, fluidized bed drying, and freeze-drying, as well as the characterization of product quality in terms of texture, rehydration, and color.

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Education

2002 – 2004: University Technology Degree (DUT) in Chemical Engineering and Process Engineering, Université de Toulouse2004 – 2006: Bachelor’s degree in Chemistry, specializing in Physical and Chemical Processes, Université de Toulouse2006 – 2008: Master’s degree in Chemical and Environmental Engineering, Université de Toulouse2008 – 2012: PhD in Chemical and Environmental Engineering, Université de Toulouse

work Experience

Oct 2008 – Mar 2012: PhD Researcher, Laboratoire de Génie Chimique, ToulouseJan 2012 – Aug 2012: Temporary Assistant, Teaching and Research, Université de ToulouseJan 2013 – Jan 2014: Postdoctoral Researcher, Laboratory of Separation Technology, Lappeenranta, FinlandJan 2014 – Jan 2015: Postdoctoral Researcher, Laboratoire M2P2, Aix-en-Provence, FranceSep 2015 – Present: Assistant Professor, Department of Chemical Engineering, Process Engineering, University Institute of Technology (IUT), IRDL UMR CNRS 6027, UBS

Research Focus

Dr. Virginie Boy’s research is centered on process engineering, particularly in thermal processes and drying techniques for biological and environmental applications. Her work involves the study of drying processes for bioproducts, including fruits, vegetables, digestate from anaerobic digestion, and marine products like seaweeds and starfish. She specializes in experimental and mathematical modeling of drying methods such as hot-air drying, fluidized bed drying, and freeze-drying. Additionally, she focuses on optimizing drying efficiency and improving product quality concerning texture, rehydration, and color retention. Her research also extends to membrane science and water treatment technologies.

Awards & Honors🏆

Awards and Recognitions
Dr. Virginie Boy has been recognized for her contributions to process engineering and drying technologies, receiving acknowledgments for her research impact in thermal processing and membrane science. Her publications have been widely cited in the scientific community, highlighting her influence in the field.

Conclusion

Publications to Noted

Boy, V., Roux-de Balmann, H., & Galier, S. (2012). Relationship between volumetric properties and mass transfer through NF membrane for saccharide/electrolyte systems. Journal of Membrane Science, 390-391, 254-262.
Boy, V., Roux-de Balmann, H., & Galier, S. (2017). How do ions enhance the transfer during nanofiltration of saccharides? Experimental assessment of the dehydration assumption. Canadian Journal of Chemical Engineering, 95(5), 974-984.
Liu, X., Souli, I., Chamaa, M.-A., Lendormi, T., Sabourin, C., Lemée, Y., Boy, V., Chaira, N., Ferchichi, A., Morançais, P., & Lanoisellé, J.-L. (2018). Effect of thermal pretreatment at 70 °C for one hour (EU hygienization conditions) of various organic wastes on methane production under mesophilic anaerobic digestion. AIMS Environmental Science, 5(2), 117-129.
Bahar, T., Boy, V., Lemée, Y., Magueresse, A., Lendormi, T., Glouannec, P., & Lanoisellé, J.-L. (2018). Air impingement drying of foods: modelling and experimental approach. Chemical Engineering Transactions, 70, 1957-1962.
Boy, V., Liu, X., Chamaa, M.-A., Lemée, Y., Sabourin, C., Lendormi, T., & Lanoisellé, J.-L. (2019). Air impingement drying of digestate. Experimental and modelling study. Chemical Engineering Research and Design, 146, 436-448.
Boy, V., Ben Khalifa, W., Drévillon, L., Lemée, Y., Lendormi, T., & Lanoisellé, J.-L. (2021). Air impingement and intermittent drying: application to apple and to mango. Canadian Journal of Chemical Engineering, 99(1), 120-134. (Article selected to appear in a Virtual Special Issue in honor of International Women in Engineering Day).
Liu, X., Boy, V., Lendormi, T., Lemée, Y., & Lanoisellé, J.-L. (2021). Valorization of common starfish (Asterias rubens) by air impingement drying and mesophilic anaerobic digestion: a preliminary study. Waste and Biomass Valorization, 12, 2969-2981.
Le Loeuff, J., Boy, V., Morançais, P., Colinart, T., Bourgougnon, N., & Lanoisellé, J.-L. (Year Unknown). Mathematical modeling of air impingement drying of brown algae. (Publication details incomplete).

Diana Bogdan | Polymers | Best Researcher Award

Published on 19/02/202519/02/2025 by TOT Awards

Ms. Diana Bogdan | Polymers | Best Researcher Award

Established Researcher R3 at National Institute for Research and Development of Isotopic and Molecular Technologies, Romania.

Diana-Speranța Bogdan is an Established Researcher R3 at the National Institute for Research and Development of Isotopic and Molecular Technologies (INCDTIM) Cluj-Napoca. With a strong academic background in physics and geology, she has dedicated her career to advancing scientific knowledge in atomic force microscopy and nanotechnology. Over the years, Dr. Bogdan has been involved in numerous research projects, contributing significantly to the understanding of nanoscale materials. She has authored over 44 publications and has over 500 citations, reflecting her impact in the scientific community. Her research has led to the development of innovative materials with applications in medical diagnostics and material science.

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Education

Dr. Bogdan has been a Scientific Researcher at INCDTIM, Cluj-Napoca, since 2001. She currently holds the position of Established Researcher R3, where she specializes in atomic force microscopy, surface characterization, and nanotechnology. Her expertise has led to collaborations with Iuliu Hațieganu University of Medicine and Pharmacy, Cluj-Napoca. She has also expanded her research experience internationally as a visiting scientist at Université Catholique de Louvain, Belgium. Her work continues to shape advancements in nanoscale material research and applications.

work Experience

Research Focus

Her research primarily revolves around atomic force microscopy and its real-life applications. She has extensively worked on nanoscale metrology and the development of functional materials. Surface characterization plays a crucial role in her studies, particularly in material sciences. Additionally, Dr. Bogdan has contributed to the development of flexible electrochemical sensors aimed at improving medical diagnostics. Another key area of her research is molecular modeling, focusing on the interactions and inclusion complexes of various compounds.

Awards & Honors🏆

Dr. Bogdan has been recognized for her contributions to atomic force microscopy and nanoscale research. She was awarded the ESR Marie Curie Fellowship at Radboud University Nijmegen, acknowledging her significant research achievements. Her work has earned her over 500 citations, a testament to the impact of her studies. Additionally, her research excellence has been highlighted in multiple international conferences, where she has received accolades for her findings and innovative approaches.

Conclusion

Publications to Noted

Impedimetric aptasensor for the label-free and selective detection of Interleukin-6 for colorectal cancer screening
Authors: M. Tertis, P.I. Leva, D. Bogdan, M. Suciu, F. Graur, C. Cristea
Citations: 138
Year: 2019

Highly selective electrochemical detection of serotonin on polypyrrole and gold nanoparticles-based 3D architecture
Authors: M. Tertiș, A. Cernat, D. Lacatiș, A. Florea, D. Bogdan, M. Suciu, …
Citations: 106
Year: 2017

Biomimetic electrochemical sensor for the highly selective detection of azithromycin in biological samples
Authors: I.A. Stoian, B.C. Iacob, C.L. Dudaș, L. Barbu-Tudoran, D. Bogdan, I.O. Marian, …
Citations: 83
Year: 2020

Characterization and discrimination of gram-positive bacteria using Raman spectroscopy with the aid of principal component analysis
Authors: A. Colniță, N.E. Dina, N. Leopold, D.C. Vodnar, D. Bogdan, S.A. Porav, …
Citations: 47
Year: 2017

Detection of Dopamine by a Biomimetic Electrochemical Sensor Based on Polythioaniline‐Bridged Gold Nanoparticles
Authors: M. Tertiş, A. Florea, A. Adumitrăchioaie, A. Cernat, D. Bogdan, …
Citations: 38
Year: 2017

Electronic properties of DNA nucleosides adsorbed on a Au (100) surface
Authors: D. Bogdan, C. Morari
Citations: 34
Year: 2012

Gold-based nanostructured platforms for oxytetracycline detection from milk by a “signal-on” aptasensing approach
Authors: A. Blidar, O. Hosu, B. Feier, G. Ştefan, D. Bogdan, C. Cristea
Citations: 27
Year: 2022

How thick, uniform and smooth are the polydopamine coating layers obtained under different oxidation conditions? An in-depth AFM study
Authors: D. Bogdan, I.G. Grosu, C. Filip
Citations: 26
Year: 2022

Structure, morphology and corrosion resistance of Zn-Ni-TiO2 composite coatings
Authors: D. Blejan, D. Bogdan, M. Pop, A.V. Pop, L.M. Muresan
Citations: 26
Year: 2011

Electronic structure and driving forces in β-cyclodextrin: Diclofenac inclusion complexes
Authors: D. Bogdan, C. Morari
Citations: 25
Year: 2007

Manença Cristiano Nhanga| Materiais| Excellence in Research Award

Published on 17/02/202517/02/2025 by TOT Awards

Mr.Manença Cristiano Nhanga |Materiais| Excellencein Research Award

Researcher staff at Púnguè University,Mozambique.

Manença Cristiano Nhanga is a researcher and staff member at Púnguè University, Mozambique. His academic and research interests focus on areas related to engineering, environmental sciences, and sustainable development. With a strong commitment to advancing knowledge and innovation, he actively contributes to research projects and academic initiatives at the university.

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Education

Púnguè University, Mozambique (2020 – 2024)Degree: Bachelor’s in Physics Teaching with a focus on Renewable Energy.Distinction: Best student in the Faculty of Exact and Technological Sciences with an average of 15/20.University of Minho, Portugal (Feb – June 2024)Conducted a research project on “Evaluation of Heavy Metals Content in Plastic Bags Used as Part of Food Cooking Containers by the Mozambican Community” under the guidance of Prof. Dr. Maria Dulce Geraldo, Prof. Dr. Manuel Filipe Costa, and Prof. Dr. Sérgio Nhapulo.Global Inclusive Society, Brazil (2023)Certified in International Relations, Cooperativism, Geopolitics, and Public Speaking.Mopeia Secondary School, Zambezia (2014-2018)Achieved the best academic performance and was exempted from the national examination in 10th grade.

work Experience

University of Minho, Portugal (Feb – June 2024)Poster Presentation at VII ETCAQ: Evaluation of Zn in Plastic Bags used as Food Containers in Mozambique.Book Chapter Author: Science Education and Sustainability in Hands-On Science 2024.Article Author: Evaluation of Heavy Metals in Plastic Bags used as Improvised Food Cooking Covers: A Case Study from Mozambique (Sustainability Journal 2025, 17, 964).Conference Participation:VII Meeting of Chemical Characterization and Analysis Techniques (June 7, 2024)Catalysis in Industry Lecture by Prof. Pham Thanh Huyen from Hanoi University of Science and Technology (June 20, 2024)Science Fair Jury Member at Colégio do Minho (May 23, 2024)Oral Presentation at the 21st Annual International Hands-On Science Conference 2024 in Goiás, Brazil.Electro Expresso, Lda [Assistant]Worked in service, maintenance, and logistics.Global Inclusive Society [Assistant Teacher] (2023)Taught English at intermediate and pre-advanced levels.EISA-JOINT Mozambique [Election Representative, Luabo] (2019)

Research Focus

Nhanga’s research primarily explores:Environmental Sustainability and Heavy Metal ContaminationRenewable Energy Applications in Physics EducationScience Education and Sustainable DevelopmentMaterial Safety in Food PackagingHis work addresses societal challenges in Mozambique, particularly regarding food safety, environmental impact, and education in underdeveloped regions.

Awards & Honors🏆

Best Student in Physics Course – Púnguè University (2024)
🏆 Best Academic Performance – University of Minho (ERASMUS+ ICM, 2024)
🏆 Best Academic Performance in Secondary School – Mopeia Secondary School (2018)

Conclusion

Nhanga, M. C., Geraldo, D., Nhapulo, S. L., João, A. F., Carneiro, J., & Costa, M. F. M. (2025). Evaluation of Heavy Metal Content in Plastic Bags Used as Improvised Food Cooking Covers: A Case Study from the Mozambican Community. Sustainability, 17, 964.
Nhanga, M. C. (2024). Evaluation of Heavy Metal Content in Plastic Bags Used as Part of Food Cooking Containers: A Socio-educational Sustainability Perspective in Mozambique. In Science Education and Sustainability (pp. XX-XX). ISBN 978-84-8158-971-9.

Seyed Morteza Marandi | Geotechnical | Best Scholar Award

Published on 17/02/2025 by TOT Awards

Prof.SeyedMorteza Marandi|Geotechnical| Best Scholar Award

Geotechnical staff at Shahid Bahonar University of Kerman, Iran.

Seyed Morteza Marandi is a Geotechnical Engineering expert and a Full Professor at Shahid Bahonar University of Kerman, Iran. With a Ph.D. in Geotechnical Engineering from Leeds University, UK, he has over four decades of academic and professional experience in the field. Dr. Marandi’s research interests include soil improvement, slope stability, seepage analysis, and the application of geo-synthetics in civil engineering. He has held various leadership roles at Shahid Bahonar University, contributing significantly to both research and education. Dr. Marandi is also a published author, with numerous contributions to the advancement of geotechnical engineering practices.

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Education

Seyed Morteza Marandi completed his academic journey with a Ph.D. in Geotechnical Engineering from Leeds University, UK, in March 1996. Prior to that, he obtained his M.Sc. and B.Sc. in Geotechnical Engineering and Civil Engineering, respectively, from Texas University in the USA in 1980 and 1978. He began his education in mathematics, receiving his diploma from Saadi High School in Isfahan, Iran, in 1972. His foundational education also includes attending Sheshom Bahman High School in Isfahan and Amin Primary School.

work Experience

With extensive experience in academia and research, Dr. Marandi has held various esteemed positions over the years. He is currently a Full Professor in the Civil Engineering Department at Shahid Bahonar University of Kerman since 2016, having previously served as Associate Professor (2010-2015) and Assistant Professor (1997-2010). He also had significant involvement as a Lecturer and Teaching Assistant at Shahid Bahonar University of Kerman and Texas University, USA, between 1982 and 1980. His leadership roles extend beyond academia, as he has been the Head of several departments, including Civil Engineering, Mine Engineering, and Industrial Engineering, at Shahid Bahonar University, in addition to serving as the Head of the Research Centre for multiple organizations.

Research Focus

Dr. Marandi’s research focuses on a wide range of topics in geotechnical engineering, highlighting his expertise in areas such as:Seepage analysis in earth and earth-rock dams.Slope stability analysis.Liquefaction phenomena.Piles and micropiles.Geo-synthetics applications in Civil Engineering.Soil improvement techniques, including cement, lime, and cold mix recycling.Advanced polymer and fiber applications in bitumen.Nano-technology in asphalt binders.Frost heave in soils and foundations.Application of stone columns in geotechnical projects.

Awards & Honors🏆

Dr. Marandi has earned numerous accolades throughout his career. His published books are considered valuable contributions to the field, covering topics such as the rehabilitation of roads and airport runways, soil improvement techniques, and geo-synthetic engineering. He has also received recognition for his work in academic research and development, including invited positions and collaborations with industry experts. His work continues to have a significant impact on both local and international civil engineering practices.

Conclusion

Publications to Noted

- Hamedi, A., & Marandi, S. M. (2011). Laboratory Studies on the Effect of Vertical Column Drains on Liquefaction Potential. International Journal of Engineering, 24(3B), 209-225. doi: 10.5829/idosi.ije.2011.24.03b.02.
- VaeziNejad, S. M., Tofigh, M. M., & Marandi, S. M. (2011). Zonation and Prediction of Land Subsidence (Case Study-Kerman, Iran). International Journal of Geosciences, 2, 102-110. doi: 10.4236/ijg.2011022011.
- Bagheripour, M. H., & Marandi, S. M. (2007). A Numerical Model for Unbounded Soil Domain in Earthquake SSI Analysis Using Periodic Infinite Elements. International Journal of Civil Engineering, 25(2), 96-111. ISSN: 1025-2851.
- Bagheripour, M. H., Shasavandi, E., & Marandi, S. M. (2007). A Rapid Optimization Method for Slip Surface in Earth Slopes Using Genetic Algorithm. Esteghlal Journal of Engineering, Isfahan University of Technology, 25(2), 93-112.
- Marandi, S. M., Safapour, P., Bagheripour, M. H., & Ghasemi, M. (2007). Fuzzy-Neural Network and Cost Optimization Using Genetic Algorithm in Modeling Marshal Stability of Stabilized Soils with Emulsion Bitumen and Cement. Journal of Transportation Research, 4(1), 57-68. ISSN: 1735-3459.
- Marandi, S. M., & Safapour, P. (2005). Base Stabilization Using Emulsion-Cement New Technology. Journal of Transportation Research, 3(2), 123-138. ISSN: 1735-3459.
- Esmaeili Kalalagh, A., Marandi, S. M., & Safapour, P. (2005). Technical Effects of Air Cooled Blast Furnace Slag on Asphalt Mixtures. Journal of Transportation Research, 2(3), 199-207.
- Marandi, S. M., Nievelt, H., & Weinert, F. (2004). International Airport Tehran – Erneuerung einer Start-und Landebahn, Anwendung von Kaltrecycling-Technologien mit Schaumbitumen. Bitumen Journal, 66(2), 58-63. C20238

Monireh Nosrati Sahlan | Numerical analysis| Best Scholar Award

Published on 17/02/2025 by TOT Awards

Assoc. Prof. Dr. Monireh Nosrati Sahlan
| Numerical analysis| Best Scholar Award

Academic staff at University of Bonab, Iran.

Dr. Monireh Nosrati Sahlan is an academic staff member at the University of Bonab, Iran. She specializes in [mention specific research areas if known], contributing to both teaching and research in her field. With a strong academic background, Dr. Nosrati Sahlan has been actively involved in publishing research, mentoring students, and advancing knowledge in her domain. Her expertise and dedication to academia have made her a valuable member of the University of Bonab’s faculty.

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Education

Dr. Monireh Nosrati Sahlan holds a Ph.D. in Numerical Analysis from Iran University of Science and Technology (2013), where she specialized in developing advanced numerical techniques. She earned her M.Sc. in Numerical Analysis from the same institution in 2009 and completed her B.Sc. in Mathematics at Shahid Madani University, Iran, in 2007. Her doctoral research focused on the application of Cubic B-Spline Wavelets for solving integral and integro-differential equations.

work Experience

Dr. Nosrati Sahlan is currently an Associate Professor in the Department of Mathematics and Computer Science at the University of Bonab, Iran. She has been actively involved in academia, contributing to research, teaching, and mentoring students in various fields of applied mathematics. She has extensive experience teaching undergraduate and graduate courses, including Calculus, Differential Equations, Numerical Analysis, Linear Algebra, Discrete Mathematics, Engineering Mathematics, and Wavelet Applications

Research Focus

Her research primarily revolves around numerical methods for solving differential and integral equations, wavelet analysis, fractional calculus, and mathematical modeling of real-world phenomena. She has made significant contributions to the mathematical study of complex systems, including HIV/AIDS transmission modeling, stability analysis of cancer treatment models, and boundary value problems involving fractional derivatives.

Awards & Honors🏆

Dr. Nosrati Sahlan has been recognized for her outstanding contributions to applied mathematics and numerical analysis. She has received accolades for her research excellence and has been actively involved in collaborative projects with international scholars.

Through her dedication to research and education, Dr. Monireh Nosrati Sahlan continues to advance the field of applied mathematics while mentoring the next generation of mathematicians.

Conclusion

Publications to Noted

S. Ayadi, J. Alzabut, H. Afshari, M. Nosrati Sahlan (2024). “Existence of Solutions for p(x)-Laplacian Elliptic BVPs on a Variable Sobolev Space Via Fixed Point Theorems.” Qualitative Theory of Dynamical Systems, 23(4), 195.
Y. Wu, M. Nosrati Sahlan, H. Afshari, M. Atapour, A. Mohammadzadeh (2024). “On the existence, uniqueness, stability, and numerical aspects for a novel mathematical model of HIV/AIDS transmission by a fractal fractional order derivative.” Journal of Inequalities and Applications, 2024(1), 36.
H. Mohammadpoor, N. Eghbali, L. Sajedi, M. Nosrati Sahlan (2024). “Stability analysis of fractional order breast cancer model in chemotherapy patients with cardiotoxicity by applying LADM.” Advances in Continuous and Discrete Models, 2024(1), 6.
H. Afshari, M. Nosrati Sahlan (2024). “The existence of solutions for some new boundary value problems involving the -derivative operator in quasi–metric and -metric-like spaces.” Letters in Nonlinear Analysis and its Applications, 2(1).
H. Afshari, V. Roomi, M. Nosrati Sahlan (2023). “Existence and uniqueness for a fractional differential equation involving Atangana-Baleanu derivative by using a new contraction.” Letters in Nonlinear Analysis and its Applications, 1(2).
M. Nosrati Sahlan, H. Afshari (2023). “Triangular functions in solving weakly singular Volterra integral equations.” Advances in the Theory of Nonlinear Analysis and its Application, 7(1), 195-204.
M. Nosrati Sahlan, H. Afshari (2022). “Lucas polynomials based spectral methods for solving the fractional order electrohydrodynamics flow model.” Communications in Nonlinear Science and Numerical Simulation, 107, 106108.

Ping Fang | New Energy | Best Researcher Award

Published on 17/02/202517/02/2025 by TOT Awards

Mrs. Ping Fang | New Energy | Best Researcher Award

Engineer at China Academy of Building Research, China

Mrs. Ping Fang is a dedicated engineer at the China Academy of Building Research, pioneering advancements in new energy safety and fire protection. With a strong academic foundation from North China Electric Power University and ongoing doctoral studies at Harbin Institute of Technology (Shenzhen), she has rapidly emerged as a thought leader in environmental and energy safety research. Her work spans experimental testing, simulation analysis, and the development of innovative safety standards, particularly in the areas of lithium-ion battery thermal runaway and building-integrated photovoltaics. Mrs. Fang’s commitment to rigorous research and her practical approach to solving complex fire safety challenges have earned her recognition within the industry. Her collaborative mindset and passion for sustainable development drive her to deliver solutions that not only enhance safety but also promote energy efficiency. By bridging academic insights with practical applications, she plays a key role in shaping safer new energy systems across the nation.

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Education

Mrs. Ping Fang earned her Master’s degree in Environmental Engineering from North China Electric Power University in July 2021, where she demonstrated outstanding academic performance and developed a solid foundation in energy systems and safety technologies. Shortly after graduation, she joined the China Academy of Building Research in August 2021, beginning her journey into advanced research and practical applications in new energy safety. In pursuit of further academic excellence and innovative research, she commenced part-time doctoral studies at Harbin Institute of Technology (Shenzhen) in September 2024. Her educational experience has been characterized by rigorous coursework, hands-on projects, and a strong emphasis on experimental testing and simulation analysis. This comprehensive academic background equips her with the technical expertise and critical thinking skills necessary to drive advancements in fire safety assessment and the standardization of energy storage systems, contributing to sustainable development initiatives.

work Experience

Since joining the China Academy of Building Research, Mrs. Ping Fang has accumulated extensive experience in both research and practical applications. She has led key projects focusing on the combustion characteristics of coal piles, fire risks in closed coal bunkers, and the fire safety assessment of Building-Integrated Photovoltaics (BIPVs). Her work involves experimental testing, detailed simulation analysis, and the formulation of new energy safety standards. Additionally, she has contributed to accident trend prediction projects for heavy metal pollution in critical water sources by integrating two-dimensional water quality models with GIS technology. Mrs. Fang’s role requires a blend of technical acumen and project management skills, as she collaborates with multidisciplinary teams to address complex safety challenges in new energy applications. Her contributions have not only improved fire safety protocols but have also set new benchmarks in energy application safety assessments, furthering industry standards.

Research Focus

Mrs. Ping Fang’s research is dedicated to enhancing the safety and efficiency of new energy systems. Her primary focus lies in investigating the combustion characteristics of coal piles and assessing the associated fire risks in closed coal bunkers. She is also deeply engaged in evaluating the fire safety of Building-Integrated Photovoltaics (BIPVs), ensuring that renewable energy systems are both effective and secure. A significant aspect of her work involves studying the thermal runaway behavior of lithium-ion batteries, exploring innovative methods to prevent fire hazards in energy storage applications. Additionally, she applies advanced simulation analysis and experimental testing to develop and refine new energy safety standards. By integrating traditional fire protection design with modern technological advancements, Mrs. Fang aims to mitigate risks and optimize the safety of energy applications. Her research not only advances scientific understanding but also drives practical improvements in fire safety and emergency management.

Awards & Honors🏆

Mrs. Ping Fang’s commitment to excellence has been recognized through various awards and honors throughout her academic and professional career. She has been acknowledged for her exceptional performance in both her academic pursuits and her contributions to industry projects. Notably, her work in new energy safety and fire protection has garnered accolades from research committees and professional bodies. These honors underscore her innovative approach to solving complex challenges in energy safety and her ability to translate research into practical, impactful solutions. In addition, her participation in key national research projects under the “13th Five-Year Plan” and other provincial initiatives highlights her standing as a leading researcher in her field. Her awards not only reflect her technical expertise but also her leadership in fostering collaborations and advancing safety standards in new energy applications, marking her as a rising star in the industry.

Conclusion

Publications to Noted

Accident trend prediction of heavy metal pollution in the Heshangshan drinking water source area based on integrating a two-dimensional water quality model and GIS

Authors: X. Ding, P. Fang

Citations: 12

Year: 2019

Journal: Sustainability 11 (15), 3998

Research on the combustion characteristics of coal piles and the fire risks of closed coal bunkers

Authors: L. Zhao, P. Fang, Z. Wang, J. Zhao, N. Xiao

Citations: Not provided

Year: Not provided

Journal: Fire 6 (3), 123

Adrianov Mikhail | Mitochondrial Biology | Best Researcher Award

Published on 17/02/202517/02/2025 by TOT Awards

Mr. Adrianov Mikhail | Mitochondrial Biology | Best Researcher Award

research fellow/PhD student at Moscow State University, Russia

Adrianov Mikhail is a dedicated research fellow and PhD student at Moscow State University, Russian Federation. His academic journey began at Pirogov Russian National Research Medical University, where he specialized in medical biochemistry. Passionate about aging molecular mechanisms and mitochondrial biology, he has been actively involved in research projects exploring the physiology of naked mole rats. His work investigates how these unique subterranean rodents adapt to hypoxic environments, contributing valuable insights to the field of longevity science. With a keen focus on posttranslational modifications and thermogenesis, Adrianov aims to advance the understanding of aging-related processes. His research has profound implications for developing new approaches to aging and metabolic regulation. Despite being at an early stage in his academic career, he is committed to making significant contributions to molecular biology and physiology. He continues to expand his knowledge and skills through rigorous research, collaboration, and academic development.

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Education

Adrianov Mikhail pursued his higher education at Pirogov Russian National Research Medical University, Moscow, specializing in medical biochemistry. His academic foundation in biochemical sciences provided him with in-depth knowledge of molecular and cellular processes, equipping him with essential skills for advanced research. Currently, he is enrolled as a PhD student at Moscow State University, focusing on the molecular mechanisms of aging and mitochondrial biology. His doctoral research involves studying the biochemical and physiological adaptations of naked mole rats, particularly their response to oxygen variations and metabolic stress. His education combines theoretical learning with hands-on laboratory experience, allowing him to develop expertise in molecular biology, genetics, and biochemistry. He actively participates in seminars, academic discussions, and research workshops to refine his understanding of complex biological systems. Through his education, Adrianov is building a strong foundation for a future in scientific discovery and innovation.

work Experience

As a research fellow and PhD student, Adrianov Mikhail has been deeply engaged in cutting-edge research at Moscow State University. His primary research focuses on aging molecular mechanisms, mitochondrial biology, and the physiological adaptations of naked mole rats. He has worked extensively on projects analyzing age-related biochemical and transcriptomic changes in long- and short-lived Heterocephalus glaber. His studies have revealed how these rodents thrive in hypoxic environments and how physical activity influences their metabolism. He is currently investigating posttranslational modifications in adenine nucleotide transporters and their effects on thermogenesis. Adrianov’s experience includes conducting biochemical assays, transcriptomic analysis, and physiological experiments. His work contributes to the broader understanding of aging, metabolic regulation, and cellular resilience. His growing expertise in molecular biology, oxidative stress, and adaptation mechanisms enables him to collaborate effectively with other researchers and push the boundaries of biological science.

Research Focus

Adrianov Mikhail’s research primarily revolves around aging molecular mechanisms, mitochondrial biology, and naked mole rat physiology. He is particularly interested in how these unique rodents exhibit extreme longevity and resistance to oxidative stress. His work explores the biochemical and transcriptomic adaptations that allow naked mole rats to thrive in hypoxic environments. One of his key studies examines the effect of high physical activity in different oxygen conditions on their metabolism and lifespan. Additionally, he is investigating how posttranslational modifications in adenine nucleotide transporters influence thermogenesis in mice and naked mole rats. His research is critical in uncovering new insights into longevity, energy metabolism, and stress resistance. By studying these mechanisms, Adrianov aims to contribute to the development of anti-aging therapies and metabolic health solutions. His research has the potential to impact the fields of biomedical science, genetics, and physiology significantly.

Conclusion

Adrianov Mikhail is an emerging researcher with a promising research trajectory in aging biology. However, his current academic output in terms of high-impact journal publications, citations, patents, and professional memberships is not yet at the level typically expected for a Best Researcher Award. He may be more suitable for an Early-Career Researcher Award or a category recognizing promising young scientists. To improve his candidacy, he should focus on publishing in high-impact journals, increasing citation impact, and engaging in international collaborations.

Publications to Noted

A set of microRNAs are differentially expressed in cachexic naked mole rat colony members after chronic heavy burden under normoxia

Author: Mikhail Adrianov

Journal: Biochimie

Year: 2025

Increased physical activity under conditions of normoxia causes idiopathic cachexia in Heterocephalus glaber

Author: Mikhail Adrianov

Journal: Bulletin of Russian State Medical University

Year: 2024

John Kim | Combustion | Best Researcher Award

Published on 14/02/202514/02/2025 by TOT Awards

Dr. John Kim | Combustion | Best Researcher Award

Postdoctoral Fellow at University of Michigan, United States

Dr. John Hyunwoo Kim is a distinguished research scientist at the University of Michigan, specializing in combustion, multiphase reacting flows, chemical kinetics, and advanced optical diagnostics. With a strong academic background from prestigious institutions, he has consistently demonstrated excellence in both experimental and computational fluid dynamics. Dr. Kim’s work on gas turbine testing, heat transfer, and reacting CFD has significantly contributed to innovative thermal and combustion models. He is recognized for his collaborative spirit and technical leadership in academic and industrial research settings. His dedication to advancing scientific understanding has led to high-impact publications and influential conference presentations. Dr. Kim’s expertise is further highlighted by his involvement in cutting-edge projects at organizations such as Tesla, Argonne National Laboratory, and the Korea Institute of Machinery & Materials. His commitment to research excellence and continuous learning positions him as a leading expert in his field, inspiring future engineers and scientists, truly transformative research.

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Education

Dr. John Hyunwoo Kim earned his Ph.D. in Mechanical Engineering from the University of Michigan, Ann Arbor, achieving a perfect GPA of 4.0. His rigorous doctoral research under the guidance of Professor Margaret S. Wooldridge focused on advanced topics in combustion, multiphase reacting flows, and optical diagnostics. Prior to his Ph.D., he completed his Master’s degree in Mechanical and Aerospace Engineering at Seoul National University, where he developed strong foundations in thermal and fluid sciences. His academic journey began with a Bachelor’s degree in Mechanical and Aerospace Engineering from Seoul National University, where he demonstrated exceptional aptitude and leadership. Throughout his education, Dr. Kim consistently excelled in both theoretical and experimental domains, earning numerous academic awards and scholarships. His comprehensive educational background has equipped him with the knowledge and skills required to tackle complex challenges in combustion and heat transfer, paving the way for innovative contributions to the field.

work Experience

Dr. Kim has extensive experience in academic research and industry collaborations, specializing in combustion and multiphase reacting flow studies. At the University of Michigan, he worked as a Research Assistant from September 2019 to July 2024, characterizing auto-ignition behavior in syngas mixtures using advanced laser spectroscopy. He analyzed computational models to assess reaction pathways in large-scale facilities, contributing significantly to understanding thermal dissociation processes. During his tenure as a Thermal Simulation Intern at Tesla, he validated turbulent jet diffusion models and enhanced battery thermal runaway behavior using CFD tools. At Argonne National Laboratory, he employed time-of-flight mass spectrometry to study pyrolysis kinetics of bio-fuels. Additionally, Dr. Kim served as a Research Intern at the Korea Institute of Machinery & Materials, where he optimized fuel atomization using discrete phase modeling. His diverse experience across academic and industrial environments has honed his technical expertise, preparing him to drive research in combustion science.

Skills

Dr. Kim possesses a broad range of technical and analytical skills that underpin his research in combustion and thermal sciences. He is highly proficient in advanced computational fluid dynamics, utilizing ANSYS Fluent, STAR CCM+, and other high-performance computing platforms to simulate complex reacting flows. His expertise extends to experimental diagnostics, including UV-laser absorption spectroscopy, OH-PLIF, and laser-schlieren imaging, enabling precise measurements of flame behavior and auto-ignition processes. Dr. Kim is skilled in CAD modeling and the use of SolidWorks for designing experimental setups. He has strong programming abilities in MATLAB, Python, and C++, which facilitate robust data analysis and modeling. His hands-on experience with laboratory instrumentation, including time-of-flight mass spectrometry and discrete phase modeling, enhances his experimental capabilities. Dr. Kim’s technical acumen, combined with his creative problem-solving and collaborative teamwork, makes him an asset in both academic research and industry projects, driving research in combustion science.

Research Focus

Dr. Kim’s research focuses on advancing the understanding of combustion phenomena, multiphase reacting flows, and chemical kinetics. He employs state-of-the-art optical diagnostics and computational fluid dynamics to investigate flame behavior, auto-ignition processes, and thermal dissociation in various fuel mixtures. His work integrates experimental studies with high-fidelity simulations to unravel the complex interactions in gas turbine testing and heat transfer applications. Dr. Kim’s research has contributed to developing innovative methods for measuring reactive intermediates and assessing the impact of impurities on combustion efficiency. By characterizing intermediate species and reaction pathways, his studies aim to improve fuel efficiency and reduce pollutant emissions in energy systems. His interdisciplinary approach bridges fundamental science with practical engineering solutions, driving advancements in both academic research and industry applications. Dr. Kim’s ongoing projects continue to push the boundaries of combustion science, offering transformative insights that enhance our understanding of thermal and chemical processes in high-pressure environments.

Awards & Honors🏆

Dr. Kim has earned numerous prestigious awards and honors that highlight his contributions to combustion science and fluid dynamics. At the University of Michigan, he received both the Rackham Graduate Student Research Grant and the Rackham Travel Grant in 2023, which recognized his outstanding research contributions. In 2022, he was honored with the Office of Science Graduate Student Research award from the U.S. Department of Energy for his innovative work. Earlier, during his studies at Seoul National University, he earned the Best Presentation Award for his outstanding Bachelor thesis in 2015 and received multiple scholarships acknowledging his superior academic performance. These awards reflect his dedication, innovative thinking, and significant impact on advancing his field. His recognition by academic institutions and industry partners underscores his leadership in research, motivating him to pursue further studies and contribute meaningfully to the evolution of combustion and thermal sciences, driving future scientific breakthroughs with passion.

Conclusion

John Hyunwoo Kim is an exemplary candidate for the Best Researcher Award. His groundbreaking research, technical acumen, and collaborative spirit have already advanced the field of combustion and thermal sciences significantly. By expanding his global collaborations and mentoring future innovators, he is well-positioned to make even more profound contributions. His dedication to excellence and proven track record make him a standout nominee for this prestigious award.

Publications to Noted

In-situ two-dimensional temperature measurements using x-ray fluorescence spectroscopy in laminar flames with high silica particle concentrations

Authors: Q. Meng, Qinghui; C. Banyon, Colin; K. Kim, Keunsoo; …; M.S. Wooldridge, Margaret S.; R.S. Tranter, Robert S.

Citations: 1

Year: 2024

Time-Resolved Measurements of OH during Auto-ignition of Syngas with Trimethylsilanol and Hexamethyldisiloxane

Authors: John H. Kim; Andrew B. Mansfield; Miles A. Burnett; Margaret S. Wooldridge

Citations: Not provided

Year: In press

Experimental Studies of High-Temperature Thermal Dissociation of Iso-propanol

Authors: John H. Kim; Keunsoo Kim; Qinghui Meng; Margaret S. Wooldridge; Robert S. Tranter

Citations: Not provided

Year: Submitted

An Experimental Study of 2-Propanol Pyrolysis Chemistry

Authors: Miles A. Burnett; John Kim; Scott W. Wagnon; Andrew B. Mansfield; Margaret S. Wooldridge

Citations: Not provided

Year: 2022

Effects of stereoisomeric structure and bond location on the ignition and reaction pathways of hexenes

Authors: C.L. Barraza-Botet; C. Liu; J.H. Kim; S.W. Wagnon; M.S. Wooldridge

Citations: Not provided

Year: 2021

Towards Simplified Monitoring of Instantaneous Fuel Concentration in Both Liquid and Gas Fueled Flames Using a Combustor Injectable LIBS Plug

Authors: Hyung Min Jun; John Hyunwoo Kim; Seok Hwan Lee; Jack J. Yoh

Citations: Not provided

Year: 2018

Instantaneous Monitoring of Local Fuel Concentration in a Liquid Hydrocarbon-Fueled Flame Using a LIBS Plug

Authors: John Hyunwoo Kim; SeokHwan Lee; Hyungrok Do; Jack J. Yoh

Citations: Not provided

Year: 2017

Heng Zhang | Biomedical Research | Best Researcher Award

Published on 14/02/202514/02/2025 by TOT Awards

Dr. Heng Zhang | Biomedical Research | Best Researcher Award

Research Scientist at Versiti Blood Research Institute, United States

Dr. Heng Zhang is a Research Scientist specializing in integrin structure and signaling at the Blood Research Institute, Versiti, U.S. His expertise spans biochemical and structural biology, molecular genetics, and biotechnology. With a strong academic background from Waikato University and Shandong Normal University, he has contributed significantly to the fields of virology, protein interactions, and blood-related research. His work includes pioneering studies on integrins, viral receptors, and hemophilia mutations. Dr. Zhang has received numerous prestigious awards and serves as a reviewer for scientific journals. His research has led to patents and publications in high-impact journals, demonstrating his commitment to advancing biomedical science.

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Education

Dr. Zhang earned his Ph.D. in Biochemical and Structural Biology from Waikato University, New Zealand, in 2019, where he focused on protein structure and function, particularly in relation to bovine salivary proteins and microbial interactions. Before that, he obtained an M.Sc. in Molecular Genetics with First-Class Honors from Waikato University, specializing in genetic and biochemical approaches to understanding molecular pathways. His academic journey began at Shandong Normal University, China, where he completed a B.Sc. in Biotechnology in 2009, gaining foundational knowledge in biotechnology, molecular biology, and genetic engineering.

work Experience

Currently, Dr. Zhang serves as a Research Scientist at the Blood Research Institute, Versiti, where he investigates integrin structure and signaling. Previously, he worked as a Postdoctoral Fellow at the same institute from 2019 to 2023, focusing on molecular mechanisms in virology and blood coagulation. His experience also includes teaching molecular biology and biochemistry as a Teaching Assistant at Waikato University from 2013 to 2019, where he mentored students and supported laboratory research. Additionally, he worked as a Research Technologist at Waikato University from 2013 to 2014, conducting laboratory experiments related to protein structure and microbial interactions.

🏆 Awards and Honors

Dr. Zhang has received multiple accolades throughout his career. In 2024, he was honored with the Education Committee Award from Versiti Blood Research Institute. During his graduate studies, he earned the DairyNZ Graduate Student Award from AgResearch Ltd (2015-2019) and multiple internal awards from Waikato University in 2014 and 2012. His academic excellence was recognized early on with First and Second Class Scholarships from Shandong Normal University (2005-2009) and a Second Prize award in the China High School Biology Olympiad in 2003.

Skills

Dr. Zhang is highly skilled in structural biology, with expertise in X-ray crystallography, cryo-EM, and protein modeling. He has strong computational biology skills, using tools such as AlphaFold and molecular dynamics simulations. His biochemical expertise includes protein purification, enzyme kinetics, and cellular assays, while his genetic engineering experience covers CRISPR, recombinant protein expression, and cloning. As an active contributor to the scientific community, he serves as a reviewer for Frontiers in Cardiovascular Medicine and has been involved in patent development for antiviral receptor-based technologies.

Research Focus

Dr. Zhang’s research revolves around integrin structure and signaling, exploring mechanisms of cell adhesion and immune response regulation. He has made significant contributions to understanding hemophilia and blood disorders, utilizing computational modeling to study coagulation factors. His work in virology includes investigating cell-attachable viral receptors for infectious disease control. Additionally, he applies structural biology techniques, including cryo-EM and AlphaFold-based predictions, to study protein interactions. His research extends to biomedical engineering and drug development, with a focus on innovative therapeutic approaches for blood-related diseases.

Conclusion

Publications to Noted

Predicting the effects of single pathological mutations in Hemophilia A and Type 2N Von Willebrand Diseases using AlphaFold2‐multimer and AlphaFold3

Authors: Not provided

Citations: Not provided

Year: 2025

Facilitating and restraining virus infection using cell‐attachable soluble viral receptors

Authors: Not provided

Citations: Not provided

Year: 2024

Integrin α 5 β 1 contributes to cell fusion and inflammation mediated by SARS‐CoV‐2 spike via RGD‐independent interaction

Authors: Not provided

Citations: Not provided

Year: 2023

Family‐wide analysis of integrin structures predicted by AlphaFold2.

Authors: Heng Zhang (assumed)

Citations: Not provided

Year: 2023

Intracellular tPA–PAI-1 interaction determines VLDL assembly in hepatocytes

Authors: Not provided

Citations: Not provided

Year: 2023

Coagulopathy in COVID‐19 and anticoagulation clinical trials

Authors: Not provided

Citations: Not provided

Year: 2022

The three dimensional structure of Bovine Salivary Protein 30b (BSP30b) and its interaction with specific rumen bacteria.

Authors: Heng Zhang (assumed)

Citations: Not provided

Year: 2019

A new method to extract and purify DNA from allophanic soils and paleosols, and potential for paleoenvironmental reconstruction and other applications

Authors: Heng Zhang (assumed)

Citations: Not provided

Year: 2016

What can the geographic distribution of mtDNA haplotypes tell us about the invasion of New Zealand by house mice Mus musculus?

Authors: Heng Zhang (assumed)

Citations: Not provided

Year: 2016

DNA adsorption by nanocrystalline allophane spherules and nanoaggregates, and implications for carbon sequestration in Andisols

Authors: Heng Zhang (assumed)

Citations: Not provided

Year: 2016

Alexander Djerdjev | Interfacial Chemistry | Best Researcher Award

Published on 13/02/202513/02/2025 by TOT Awards

Dr. Alexander Djerdjev | Interfacial Chemistry | Best Researcher Award

Postdoctoral Research Associate at The University of Sydney, Australia

Dr. Alexander Masato Djerdjev is a pioneering postdoctoral research associate at The University of Sydney, School of Chemistry. He earned his PhD in Science (Chemistry) from The University of Sydney, where he demonstrated exceptional expertise in physical chemistry and interface science. With a strong track record of innovative research, Dr. Djerdjev has contributed to the development of advanced electroacoustic techniques for measuring zeta potential and particle size in concentrated dispersions. His work with industry partners, including Dyno Nobel, has led to two patents in the field of emulsion explosives, addressing challenges in hot and reactive grounds. Notably, his experimental studies have substantiated the mechanism by which hydrophobic-water interfaces acquire a negative charge through hydroxide ion adsorption, paving the way for novel applications in water catalysis. With an impressive citation index and numerous high-impact publications, he is recognized as a leading scientist whose research continues to drive progress in chemical innovation.

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ORCID

Education

Dr. Alexander Djerdjev completed his advanced studies at The University of Sydney, where he earned a PhD in Science (Chemistry). His doctoral research focused on the physical chemistry of interfaces, leading to breakthroughs in understanding hydrophobic-water interactions and the development of innovative electroacoustic techniques. Throughout his academic journey, he was deeply involved in both theoretical and experimental aspects of chemical research, which laid the foundation for his contributions to the field. His rigorous academic training provided him with a robust grasp of complex chemical phenomena, empowering him to tackle challenging problems in emulsions and zeta potential characterization. Dr. Djerdjev’s education combined cutting-edge research with comprehensive coursework in physical chemistry, instrumentation, and materials science, equipping him with the analytical skills and technical proficiency required to excel in his field. His academic achievements reflect his dedication to advancing scientific knowledge and fostering innovation in chemistry. This education continues to inspire his research.

work Experience

Dr. Alexander Djerdjev currently serves as a Postdoctoral Research Associate at The University of Sydney, School of Chemistry, where he leads innovative research projects in physical chemistry and interface science. Over the course of his career, he has successfully managed nine research projects and collaborated on five industry-based consultancy initiatives. His work involves developing advanced electroacoustic methods for measuring zeta potential and particle size in concentrated dispersions, contributing to significant breakthroughs in understanding hydrophobic-water interfaces. Dr. Djerdjev has played an instrumental role in the development of two patents in emulsion explosives technology in collaboration with Dyno Nobel. His practical experience extends to comprehensive experimental design, data analysis, and interdisciplinary collaborations with industry partners, including Colloidal Dynamics Inc. With an impressive citation index (H-index 15) and over 1,600 citations, his professional experience underscores a commitment to scientific innovation, bridging academia and industry to solve complex chemical challenges effectively with outstanding success.

Skills

Dr. Alexander Djerdjev possesses a diverse array of skills that underpin his success in advancing chemical research and innovation. He is highly proficient in designing and executing complex experiments involving electroacoustic measurements, zeta potential analysis, and particle size determination in concentrated dispersions. His technical expertise extends to ultrasonic attenuation, small-angle X-ray scattering (SAXS), and impedance spectroscopy, allowing for comprehensive characterization of interfacial phenomena. Dr. Djerdjev is adept at data analysis and interpretation, leveraging sophisticated statistical tools and software to derive meaningful insights from experimental results. His strong problem-solving abilities enable him to overcome technical challenges and optimize research methodologies effectively. Additionally, he demonstrates excellent communication skills, both in writing high-impact publications and in presenting complex concepts to diverse audiences. His collaborative nature and experience working with industry partners enhance his interdisciplinary capabilities, making him a leader in the field of physical chemistry and a valuable asset to any research team.

Research Focus

Dr. Alexander Djerdjev’s research focuses on the physical chemistry of interfaces, particularly the behavior of hydrophobic-water boundaries. His work investigates the mechanisms by which hydrophobic surfaces acquire negative charge through hydroxide ion adsorption, a discovery that has far-reaching implications in water catalysis and surface science. Utilizing advanced electroacoustic techniques, he measures zeta potential and particle size in concentrated dispersions, thereby providing critical insights into colloidal stability and emulsion behavior. His research also encompasses ultrasonic attenuation, SAXS, and impedance spectroscopy, which together enable a comprehensive analysis of interfacial phenomena. By bridging experimental findings with theoretical models, Dr. Djerdjev’s work has not only advanced fundamental science but also spurred innovations in industrial applications, such as the development of emulsion explosives. His interdisciplinary approach and collaboration with industry partners highlight his commitment to translating scientific discoveries into practical, transformative technologies. His research continues to shape the future of interface science and industrial innovation.

Conclusion

Publications to Noted

The pristine oil/water interface: Surfactant‐free hydroxide‐charged emulsions

Authors: JK Beattie, AM Djerdjev

Citations: 423

Year: 2004

The surface of neat water is basic

Authors: JK Beattie, AM Djerdjev, GG Warr

Citations: 365

Year: 2009

Strong specific hydroxide ion binding at the pristine oil/water and air/water interfaces

Authors: P Creux, J Lachaise, A Graciaa, JK Beattie, AM Djerdjev

Citations: 296

Year: 2009

pH and the surface tension of water

Authors: JK Beattie, AM Djerdjev, A Gray-Weale, N Kallay, J Lützenkirchen, …

Citations: 137

Year: 2014

Absence of specific cation or anion effects at low salt concentrations on the charge at the oil/water interface

Authors: GV Franks, AM Djerdjev, JK Beattie

Citations: 68

Year: 2005

Rapid electroacoustic method for monitoring dispersion: zeta potential titration of alumina with ammonium poly (methacrylate)

Authors: JK Beattie, A Djerdjev

Citations: 42

Year: 2000

The mechanism of the spontaneous detonation of ammonium nitrate in reactive grounds

Authors: AM Djerdjev, P Priyananda, J Gore, JK Beattie, C Neto, BS Hawkett

Citations: 40

Year: 2018

Dipolar anions are not preferentially attracted to the oil/water interface

Authors: JK Beattie, AM Djerdjev, GV Franks, GG Warr

Citations: 39

Year: 2005

Nanoparticle adsorption and stabilisation of surfactant-free emulsions

Authors: CP Whitby, AM Djerdjev, JK Beattie, GG Warr

Citations: 37

Year: 2006

Enhancement of Ostwald ripening by depletion flocculation

Authors: AM Djerdjev, JK Beattie

Citations: 36

Year: 2008