source:other news
release time:2023-05-24
Hits:0
Popular:
LANI5 is a metal intervertebral compound with a CACU5 lattice structure. At room temperature, it can be hydrogenated with several atmospheric hydrogen pressure to generate LANI5H6 with a hexagonal lattice structure. The hydrogenation reaction is as follows:
LANI5+3H2 → LANI5H6
The advantages of large hydrogen absorption, easy activation, difficulty in poisoning, moderate balancing pressure, small lag, etc.
advantage:
LANI5 hydrogen absorption generates LANI5H6, the more 1.4%WT. The decomposition pressure of 25 ° C is about 0.2MPa, and the decomposition heat -30.1kJ/molh, 2, which is very suitable for operation at room temperature environment. Lanis is made into negative electrode materials, and the electrode is composed of a battery with Ni (OH) 2, and the theoretical electrochemical capacity of LANI5 is 372mA-H/G. It is considered to be candidate materials in applications such as heat pumps, batteries, air conditioners.
shortcoming:
LANI5 alloys have high hydrogen storage capacity and good pneumatic dynamic characteristics; the volume of the crystal cells after alloy hydrogen absorption is large. With the continuation of the charging and discharge cycle, the crystal lattice deforms Large, its capacity is rapidly attenuated.
shortcoming:
However, the capacity of the LANIS electrode decreases with the number of charging loops, so the battery life is short.
The volume of the crystal cells is expanded in the process of hydrogen and the hydrogen cycle (about 23.5%). In the Lavi5 alloy, only a metal intervertebral compound is formed only in a narrow composition range. The chemical measurement is slightly shifted to the rich LA side, and the rich LA phase is easy to precipitate in the mother phase crystal world. In this way, due to hydrogenation, the volume of the crystal world has changed a lot, which has promoted powdery.
Read recommendations:
dual purpose marine battery Processing
Sodium Ion Battery Pack 12V 100Ah SIB 2C Discharge
21700 vs 26650 Lithium-Ion Batteries: A Comparative Analysis for Optimal Performance
Explanation of the characteristics of lithium power batteries
Last article:The significance of a high -power battery.best deep cycle marine battery
Next article:New lithium battery.best battery for solar panel
related suggestion
solar energy storage batteries Production
2023-04-07lithium deep cycle marine battery Factory
2023-04-07best batteries for off grid solar
2023-04-07lithium batteries for solar panels wholesale
2023-04-07lifepo4 24v price
2023-04-0712v 100ah battery price
2023-04-0724v lifepo4 battery
2023-05-08deep cycle trolling motor battery
2023-05-0812v 100ah deep cycle battery
2023-05-08solar powered electric generator
2023-05-08solar energy storage batteries
2023-05-08lifepo4 battery 12v 100ah
2023-05-08Forklift LiFePo4 Battery Pack 12V 100Ah 200Ah
2022-09-1912V 150Ah 200Ah LiFePo4 Motive Battery Pack for Clean Car Electric Vehicle
2023-02-14HB-S1200 1200W Waterproof IP54 Solar Portable Power Station Support Wireless Charge
2022-09-29AGV Robot 60V 72V 50Ah 60Ah Motive Battery Pack
2023-02-14Lithium Ion Battery 18650 Pack 11.1V 2400mAh
2025-05-10Structure diagram of 1860 lithium battery.golf cart batteries price
2023-07-10Why 36V Lithium Marine Batteries Are the New Standard in Marine Energy Systems
2025-05-24A Comprehensive Guide to Golf Cart Battery Chargers: Testing, Maintenance, and Choosing the Right Plug
2025-03-14Optimizing Energy Storage: Key Considerations for Businesses
2025-03-13Lead carbon battery and lithium ion battery on the market which good?
2022-10-26The performance of alkaline zinc and manganese batteries.best batteries for solar power storage.best solar generator for home backup
2023-04-14How many life cycles does a lithium-ion battery have?
2022-11-24What is a high Lithium battery
2023-06-15Features of cylindrical lithium battery
2023-04-03Operation status and efficiency.dual purpose marine battery
2023-06-06