Data Figure 6 and 7 for nickel
EP2
- Ion-induced secondary electron emission of oxidized nickel and copper studied in beam experiments
Datasets
1163 results
Data Figure 6 plus 7 for Copper
EP2
- Ion-induced secondary electron emission of oxidized nickel and copper studied in beam experiments
Data Figure 3 and 4: Secondary electron emission coefficients from experiment and literature
EP2
- Ion-induced secondary electron emission of oxidized nickel and copper studied in beam experiments
Data Figure2: Ion and atom fluxes
EP2
- Ion-induced secondary electron emission of oxidized nickel and copper studied in beam experiments
Nanosecond pulsed microwave plasma torch for in situ H2O2 supply: A path to stable and scalable plasma-driven biocatalysis
Applied Microbiology
Plasma-driven in situ H2O2 generation offers a potential sustainable route for oxidative biotransformations, but its application has been hindered by challenges such as insufficient H2O2 production and enzyme degradation from direct plasma...
- 7x xlsx
Table 2: Product formation and kinetic parameters of rAaeUPO (0.15 nmol) catalyzed ethylbenzene conversion using npMWPT-treated water as H2O2 source.
Applied Microbiology
- Nanosecond pulsed microwave plasma torch for in situ H2O2 supply: A path to stable and scalable plasma-driven biocatalysis
Table 1: Product formation and kinetic parameters of rAaeUPO catalyzed ABTS conversion using npMWPT-treated water as H2O2 source.
Applied Microbiology
- Nanosecond pulsed microwave plasma torch for in situ H2O2 supply: A path to stable and scalable plasma-driven biocatalysis
Figure 1: Substrate (ABTS) conversion performing plasma-driven biocatalysis using immobilized rAaeUPO with npMWPT.
Applied Microbiology
- Nanosecond pulsed microwave plasma torch for in situ H2O2 supply: A path to stable and scalable plasma-driven biocatalysis
Figure 4: Substrate (ethylbenzene) conversion performing plasma-driven biocatalysis using immobilized rAaeUPO with npMWPT
Applied Microbiology
- Nanosecond pulsed microwave plasma torch for in situ H2O2 supply: A path to stable and scalable plasma-driven biocatalysis
Supplementary Figure 4: Ethylbenzene conversion using continuous flow of npMWPT-treated water in combination with free rAaeUPO
Applied Microbiology
- Nanosecond pulsed microwave plasma torch for in situ H2O2 supply: A path to stable and scalable plasma-driven biocatalysis