Languages
近年来，为减少温室气体排放，对储能设备的需求大幅增长， 例如，可充电电池和超级电容器等。其中，锂离子电池因其提供了当前最高的能量密度而备受关注。然而，由于锂资源有限，钠基电池的热度也在逐渐上升。PGSE NMR技术为研究这类材料提供了独一无二的可能性。
填写下方表单，下载完整白皮书。
Due to the need to arrange transportation, your binding registration is required for Bruker Night.
I would like to attend
Do you have any special dietary requirements (such as allergies or vegetarian)?
I would like to attend:
Are you willing to present a poster, if so please provide title and authors in the subsequent fields
To learn how Bruker handles my personal data, please read Bruker´s Privacy Notice and Terms of Use.
* Please fill out the mandatory fields.
I agree to share my contact details with Bruker Corporation and its affiliates within the Bruker Group for the purpose of proceeding with my registration.
