Research Articles
ICSD Database: The Essential Tool for Advanced Materials Synthesis and Research
The Inorganic Crystal Structure Database (ICSD) is the world's largest and most comprehensive resource for fully identified inorganic crystal structures, serving as a critical tool for researchers in materials science,...
Beyond Charge Neutrality: The Evolving Role of Charge Balancing in Predicting Inorganic Material Synthesizability
This article explores the critical yet complex role of charge balancing in predicting the synthesizability of inorganic crystalline materials, a topic of paramount importance for researchers in solid-state chemistry and...
Beyond Stability: Decoding Kinetic Synthesizability and Thermodynamic Control in Crystal Engineering for Advanced Therapeutics
This article explores the critical interplay between thermodynamic stability and kinetic synthesizability in crystal formation, a cornerstone for developing effective pharmaceuticals and materials.
Predicting Crystalline Inorganic Materials Synthesizability: From AI Models to Real-World Applications
This article provides a comprehensive overview of the computational prediction of synthesizability for crystalline inorganic materials, a critical challenge in accelerating the discovery of functional materials.
Beyond Classical Theory: How Atomistic Modeling is Redefining Nucleation Prediction in Drug Development
This article explores the critical validation of atomistic computational models against the long-standing Classical Nucleation Theory (CNT) in pharmaceutical research.
In Situ FTIR vs NMR for Nucleation Cluster Characterization: A Comparative Guide for Pharmaceutical Researchers
This article provides a comprehensive comparison of in situ Fourier-Transform Infrared (FTIR) and Nuclear Magnetic Resonance (NMR) spectroscopy for characterizing nucleation clusters and early-stage crystallization processes.
Measuring Nucleation Kinetics: Advanced Induction Time Techniques for Pharmaceutical Research
This article provides a comprehensive guide for researchers and drug development professionals on the critical role of induction time measurements in quantifying nucleation kinetics.
Strategies for Improving Crystal Size Distribution Through Nucleation Rate Control in Pharmaceutical Development
This comprehensive review examines the critical relationship between nucleation rate control and crystal size distribution (CSD) in pharmaceutical crystallization processes.
Strategies for Preventing Homogeneous Nucleation and Bulk Solution Scaling: Mechanisms, Control Methods, and Industrial Applications
This article provides a comprehensive analysis of homogeneous nucleation control strategies to mitigate bulk solution scaling, a critical challenge in industrial processes including pharmaceutical development.
Strategic Control of Supersaturation Thresholds for Predictive Crystal Morphology Engineering
This article provides a comprehensive guide for scientists and engineers on leveraging supersaturation control to dictate crystal morphology—a critical determinant of product performance in pharmaceuticals and materials science.