Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、五角十二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研究也进行了首次探，发现可以在可接受的合成条件下得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

体形态常呈立方体、五角十二面体，较少呈八面体，或集合簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研究也进行了首次探，发现可以在可接受的合成条件下得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研究也进行了首次探，发现可以在可接受的合成条件下得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、五角十二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研行了首次探，发现以在的合成条件下得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常立方体、五角十二体，较少体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研究也进行了首次探，发现可以在可接受的合成条件下得到具有三体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研究也进行了首次探，发现可以在可接受的合成条件下得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、五角十二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水热快速合成研究也进行了首次探，发现可以在可接受的合成条件下得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、五角十二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料的微波水合成研究也进行了首次探，发现可以在可接受的合成件得到具有三八面体结构的皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、五角十二面体，较少呈八面体，或集合晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材波水热快速合成研究也进行了首次探，发现可以在可接受合成条件下得到有八面体结构皂石。

Crystal Habits include the cube, octahedron and pyritohedron (a dodecahedron with pentagonal faces) and crystals with combinations of these forms.

晶体形态常呈立方体、五角十二面体，较少呈八面体，或集晶簇。

The synthesis of fluorine substituted saponite was explored and suceeded under mild temperature hydrothermally.Microwave-hydrothermal synthesis of sapontie was performed first time.

对于层状材料微波水热快速究也进行了首次探，发现可以在可接受条件下得到具有三八面体结构皂石。