🔬 Midweek #EquationsForLife!
The @unterlasslab.bsky.social uses the ionic product of water to model #HydrothermalSynthesis. They've used this eco-friendly method to create cyclic organic compounds, valuable in both basic research & drug development.
🔎 bit.ly/4jVWFOA
The @unterlasslab.bsky.social uses the ionic product of water to model #HydrothermalSynthesis. They've used this eco-friendly method to create cyclic organic compounds, valuable in both basic research & drug development.
🔎 bit.ly/4jVWFOA
June 18, 2025 at 7:00 AM
🔬 Midweek #EquationsForLife!
The @unterlasslab.bsky.social uses the ionic product of water to model #HydrothermalSynthesis. They've used this eco-friendly method to create cyclic organic compounds, valuable in both basic research & drug development.
🔎 bit.ly/4jVWFOA
The @unterlasslab.bsky.social uses the ionic product of water to model #HydrothermalSynthesis. They've used this eco-friendly method to create cyclic organic compounds, valuable in both basic research & drug development.
🔎 bit.ly/4jVWFOA
Grigorieva et al.: KHfF5: a new representative in the MIMIVF5 family ##CrystalStructure##HydrothermalSynthesis##Pentafluoride... ##IUCrhttps://journals.iucr.org/paper?S2053229625002177
KHfF5: a new representative in the MIMIVF5 family
A comparison of the structure of newly synthesized KHfF5 with other complex fluorides of alkali metals and hafnium, zirconium or terbium(IV) revealed that this compound has no isostructural analogue among the known phases of general composition MIMIVF5.
journals.iucr.org
March 18, 2025 at 1:00 AM
Grigorieva et al.: KHfF5: a new representative in the MIMIVF5 family ##CrystalStructure##HydrothermalSynthesis##Pentafluoride... ##IUCrhttps://journals.iucr.org/paper?S2053229625002177