Effect of particle size on thermal decomposition of alkali metal picrates
R Liu, T Zhang, L Yang, Z Zhou - Thermochimica Acta, 2014 - Elsevier
Three alkali metal picrates, KPA, RbPA and CsPA, were prepared into three micron sizes by
microemulsion synthesis, and their thermal decomposition behaviors were investigated by …
microemulsion synthesis, and their thermal decomposition behaviors were investigated by …
Preparation and Properties of Rare Earth Superhydrophobic Composite Film on Copper Alloy Surface
X Lv, Y Lv, S Gan - Integrated Ferroelectrics, 2021 - Taylor & Francis
Rare earth conversion technology is considered to be one of the most promising
technologies to replace chromium passivation in the research of hydrophobicity resistance …
technologies to replace chromium passivation in the research of hydrophobicity resistance …
Synthesis of Carbon Nanostructures through the Chemical Vapor Deposition Technique: An Overview
ARR Hernández, AG Cruz, D Luna… - … en Ciencias Químico …, 2022 - medigraphic.com
The boom that nanotechnology has had over the last 3 decades is undeniable. Carbon
nanostructured forms are mainly responsible for this interest in nanomaterials, since …
nanostructured forms are mainly responsible for this interest in nanomaterials, since …
Size-dependent thermal decomposition and kinetics of ultrafine alkali metal styphnates
R Liu, W Zhao, T Zhang, L Yang, Z Zhou, S Qi - RSC Advances, 2014 - pubs.rsc.org
Three alkali metal styphnates, K2TNR, Rb2TNR and Cs2TNR, were fabricated into different
particle sizes by the crystal-morphology-control microemulsion synthesis. The thermal …
particle sizes by the crystal-morphology-control microemulsion synthesis. The thermal …