Mineral Particles as Nucleating Agents for Controllable Polymorphic Forms of ROY

Mineral Particles as Nucleating Agents for Controllable Polymorphic Forms of ROY

The crystallization behavior of the organic molecule 5-methyl-2-[(2-nitrophenyl) amino]-3-thiophenecarbonitrile (known as ROY for its red, orange, and yellow crystals) was systematically regulated by using various natural mineral particles as heterogeneous nucleating agents. Polarized light microsco...

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Bibliographic Details
Main Author: Zheng-Hao Li (9154545) (author)
Other Authors: Zheng Cheng (426625) (author), Jianglei Zhang (4250287) (author), Xue-Yuan Guo (22614522) (author), Yang Li (7082) (author), Shu-Chao Gong (22614525) (author), Guangdong Chen (1438834) (author), Ning-Ning Zhang (505747) (author), Junhu Zhang (502399) (author), Chuipeng Kong (11512271) (author), Irshad Hussain (2119519) (author), Kun Liu (148201) (author), Yang Yang (45629) (author)
Published: 2025
Subjects:
Molecular Biology
Developmental Biology
Physical Sciences not elsewhere classified
scanning electron microscopy
resulting polymorphic forms
ray diffraction demonstrated
polarized light microscopy
organic molecule 5
controllable polymorphic forms
amino ]- 3
2 -[( 2
resulting crystal products
nucleating agent type
dominant crystal facets
crystal growth dynamics
heterogeneous nucleating agents
mineral nucleating agents
different crystallization methods
nucleating agents
crystal form
mineral particles
different types
crystallization process
crystallization behavior
yellow crystals
systematically regulated
study highlights
nucleation sites
critical role
clear correlation
also modulating
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