"Alanes" Example Sentences
1. Alanes are a family of compounds that contain aluminum and nitrogen.
2. The alanes are known for their remarkable catalytic properties in organic reactions.
3. Aluminum trichloride can be used as a precursor to synthesize alanes.
4. Alanes have been extensively studied for their potential application in hydrogen storage systems.
5. The reactivity of alanes with water is highly exothermic and should be handled with caution.
6. Alanes are a promising class of materials for the storage and delivery of hydrogen fuel.
7. The synthesis of alanes typically involves the use of a reducing agent and a solvent.
8. Alanes can be stored under an inert atmosphere to prevent degradation or reaction with moisture.
9. The structure of alanes has been the subject of much theoretical and experimental investigation.
10. The chemical reactivity of alanes can be tuned by modifying their molecular structure.
11. Alanes are characterized by their high thermal stability and low toxicity.
12. The use of alanes in the production of aluminum alloys can lead to improved mechanical properties.
13. Alanes have been shown to catalyze the dehydrogenation of organic compounds with high efficiency.
14. The unique properties of alanes make them attractive for a wide range of industrial applications.
15. The ability of alanes to store and release hydrogen makes them a key component of many clean energy technologies.
16. The mechanism by which alanes facilitate the dehydrogenation of organic compounds is still not fully understood.
17. Alanes can act as Lewis acids in chemical reactions, enhancing the electrophilicity of substrates.
18. The use of alanes in the production of high-performance plastics has led to significant improvements in their properties.
19. The reactivity of alanes with oxygen and other atmospheric gases can limit their stability in certain environments.
20. Alanes are widely used in the production of electronic materials due to their unique semiconducting properties.
21. The chemical properties of alanes are largely determined by the presence of aluminum and nitrogen atoms in their molecular structure.
22. Alanes can be synthesized using a variety of methods, including chemical vapor deposition and solution-phase reactions.
23. The surface chemistry of alanes can be modified to improve their interaction with other materials, such as metals or polymers.
24. The use of alanes as catalysts in organic reactions can lead to facile and selective transformations of substrates.
25. The high reactivity of alanes with water can make them challenging to handle, but also provides opportunities for the generation of hydrogen gas.
26. Alanes can be used as precursors to synthesize a wide variety of other materials, including ceramics and metal oxides.
27. The stability of alanes can be greatly enhanced by modifying their molecular structure through chemical functionalization.
28. The electronic properties of alanes can be tuned by introducing dopants into their structure, leading to a range of unique electronic and optical properties.
29. The properties of alanes in thin films can be significantly different from those of bulk materials, due to changes in their crystal structure and surface chemistry.
30. Alanes have the potential to revolutionize the field of energy storage, by enabling the generation of hydrogen fuel on demand.
Common Phases
1.
Alanes are a group of metal-organic compounds;
2.
Alanes are used in the industrial production of hydrogen;
3.
Alanes have a high affinity for hydrogen;
4.
Alanes can be used as catalysts in chemical reactions;
5.
Alanes have potential applications in the field of energy storage;
6.
Alanes have been studied as potential materials for hydrogen-fueled vehicles;
7.
Alanes can be synthesized using various methods;
8.
Alanes have been found to have unique electronic properties;
9.
Alanes have been found to exhibit interesting reactivity with other compounds;
10.
Alanes have been used as precursors for the synthesis of novel materials.