Search alternatives:
"50 ppm decrease" » "50 _ decrease" (Expand Search), "50 a decrease" (Expand Search), "50 pa decreased" (Expand Search), "5 ppm decrease" (Expand Search)
"50 nn decrease" » "50 _ decrease" (Expand Search), "50 a decrease" (Expand Search), "50 mean decrease" (Expand Search), "50 ns decrease" (Expand Search), "50 ng decrease" (Expand Search), "50 n decrease" (Expand Search)
"5 ng decrease" » "5 _ decrease" (Expand Search), "5 a decrease" (Expand Search), "5 we decrease" (Expand Search), "5 mg decrease" (Expand Search), "5 g decrease" (Expand Search), "5 nm decrease" (Expand Search)
"5 wt decrease" » "5 we decrease" (Expand Search), "5 _ decrease" (Expand Search), "5 a decrease" (Expand Search), "_ wt decrease" (Expand Search), "5 ht decrease" (Expand Search)
"50 ppm decrease" » "50 _ decrease" (Expand Search), "50 a decrease" (Expand Search), "50 pa decreased" (Expand Search), "5 ppm decrease" (Expand Search)
"50 nn decrease" » "50 _ decrease" (Expand Search), "50 a decrease" (Expand Search), "50 mean decrease" (Expand Search), "50 ns decrease" (Expand Search), "50 ng decrease" (Expand Search), "50 n decrease" (Expand Search)
"5 ng decrease" » "5 _ decrease" (Expand Search), "5 a decrease" (Expand Search), "5 we decrease" (Expand Search), "5 mg decrease" (Expand Search), "5 g decrease" (Expand Search), "5 nm decrease" (Expand Search)
"5 wt decrease" » "5 we decrease" (Expand Search), "5 _ decrease" (Expand Search), "5 a decrease" (Expand Search), "_ wt decrease" (Expand Search), "5 ht decrease" (Expand Search)
-
1
Revisiting the Role of Fe<sub>3</sub>O<sub>4</sub> in CO<sub>2</sub> Hydrogenation to Olefins via Amorphous Aluminum Hydroxide Modification
Published 2025“…Moderate Ala incorporation (≤5 wt %) decreases CO selectivity, from ∼61% to ∼37% at 280 °C and 1.0 MPa, and from ∼11% to ∼9% at 320 °C and 3.0 MPa, while maintaining high olefin selectivity above 70% and high olefin space–time yields (∼375 mg<sub>olefin</sub>·g<sub>cat</sub><sup>–1</sup>·h<sup>–1</sup>) during 500 h of continuous operation at 320 °C and 3.0 MPa. …”