Nanopulveris Oxidi Indii Stanni (NanoIn2O3:SnO2 = 90% ponderis: 10%)
Nanopulveris Oxidi Indii Stanni (In₂O₃:SnO₂ = 90% ponderis: 10% ponderis)
Puritas: 99.99% -- Probatum methodo ICP-AES
APS: 20-30 nm -- Probatum per adsorptionem nitrogenii (BET); observationem TEM (TEM)
SSA: 35 m²/g
Color: caeruleus
Morphologia: pila
Densitas Massae: ~0.83 g/cm3
Densitas Vera: 7.14 g/cm³
Methodus Conditionis: Praecipitatio Chemica
| 1. | Nano ZnO 30nm 99.9% |
| 2. | Nano TiO2 rutilum 35nm 99.9% |
| 3. | Nano TiO2 anatase 10nm 99.9% |
| 4. | Nano Al(OH)3 30nm 99.9% |
| 5. | Nano ZrO2 10nm 99.9% |
| VI. | Nano Ni(OH)2 20nm 99.9% |
| VII. | Nanopulveris Oxidi Magnesii (MgO) |
| VIII. | Nano Fe3O4 50nm 99.5% |
| IX. | Nano Ti(OH)4 20nm 99.9% |
| 10. | Nano AZO 20nm 99.9% |
| XI. | Nano In(OH)3 20nm 99.9% |
| XII. | Nano SiO2 30nm 99.9% |
| XIII. | NanoMg(OH)2 40nm 99.9% |
| XIV. | Nano HfO2 100nm 99.9% |
| XV. | Nano WO3 50nm 99.9% |
| XVI. | Nano α-Fe2O3 30nm 99.5% |
| XVII. | Nanoγ-Fe2O3 20nm 99.5% |
| XIX. | NanoMnO2 50nm 99.5% |
| XX. | Nano SnO2 50nm 99.9% |
| XXI. | NanoMg(OH)2 50nm 99.9% |
| XXII. | Nano CuO 40nm 99.9% |
| XXIII. | Nanoparticulae Oxidi Stanni Antimonii (ATO) |
| XXIV. | Indii Stanni Oxidi Nanopulveris |
| XXV. | Nanoparticulae Oxidi Nickeli (NiO) |
| XXVI. | NanoY2O3 30nm 99.9% |
| XXVII. | Nano CeO2 20nm 99.99% |
| XXVIII. | Nano La2O3 40nm 99.9% |
| XXIX. | Nano Co3O4 30nm 99.9% |
| XXX. | NanoMoO3 50nm 99.5% |
| XXXI. | Nano Nd2O3 40nm 99.9% |
| XXXII. | Nano Gd2O3 40nm 99.9% |
| XXXIII. | Nano Sm2O3 40nm 99.9% |
| XXXIV. | Nano Bi2O3 80nm 99.9% |
| XXXV. | Nano Er2O3 30nm 99.9% |
| XXXVI. | Nano Pr6O11 50nm 99.9% |
| XXXVII. | Nanoparticulis Oxidi Zinci Impletis cum 2% ponderis Oxidi Aluminii (AZO) |
| XXXVIII. | Nano Dy2O3 30nm 99.9% |
| XXXIX. | Nano In2O3 30nm 99.9% |
