Catalytic characteristics of NASICON-type phosphates with rare earth elements in ethanol conversion that the transition from La to Dy was accompanied by
a decrease in M − O bond lengths, which is compensated by longer
Catalytic properties of the framework-structured zirconium-containing phosphates in ethanol conversion yields. Based on the results obtained, the NZP-sample Ca0.5Zr2(PO4)3 can be considered as
a selective
Novel Complex Titanium NASICON-Type Phosphates as Acidic Catalysts for Ethanol Dehydration special consideration from the perspective of green chemistry. Ethanol dehydration was studied on
a Catalytic properties of the framework-structured zirconium-containing phosphates in ethanol conversion be considered as
a selective catalyst for producing acetaldehyde at 400 °C with
a yield of 55% from its
Ultracentennial periodicity of solar activity and soil formationA comparison is made of the periodicity of change in the index of soil formation and solar activity