This research aims to resolve ignition issues in novel ionic liquid-hydrogen peroxide propellants by modifying the d-band center of Cu(I)-metal-organic frameworks (MOFs).
Tuning the d-band center of Cu(I)-MOFs
Evaluation of catalytic performance in ionic liquid-H2O2 mixtures
Investigating the relationship between d-band adjustments and ignition properties
Achieved significant improvements in ignition efficiency compared to unmodified systems
Demonstrated that specific d-band center adjustments correlate with enhanced catalytic activity
Provided insights on the mechanisms enabling successful ignition of ionic liquid-H2O2 propellants
Abstract
The novel ionic liquid-H2O2 propellants are urgently to solve the intrinsic ignition problem for achieving the aerospace applications. We addressed this issue by tuning the d-band center to adjust the...
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Manipulating d-Band Center of Cu(I)-MOFs for Catalytic Ignition of BMIMN(CN) 2 IL-H 2 O 2 Propellants | Synapse