In this study, mesoporous silica nanoparticles (MSNs) with good dispersity and ideal size were synthesized. The interactions between MSNs and plants were investigated. The research demonstrates that MSNs can be used as carriers in a ‘smart’ system to transport and release agrochemicals in a controlled<br>
History
Material type
thesis
Resource type
thesis
Language
eng
Editor/Contributor(s)
S Dequan
Pagination
231 p.
Degree type
Research doctorate
Thesis faculty
Faculty of Science Engineering & Built Environment