How a virus can help to improve cathode materials

Description

One of the major challenges of the 21st century is the need for sustainable energy conversion and energy storage devices. Therefore, we need not
only to identify novel materials for energy storage but also find new, low-energy consuming ways to produce them. The use of biological templates
represents an elegant way to prepare highly anisotropic cathode materials for Li ion batteries. Such cathode materials are amorphous in nature and
thus different from their crystalline counterparts. For crystalline (Li)FePO4, a classic two-phase material, the crystallinity grants an almost constant
potential during charge/discharge but also restricts Li ion diffusion to 1 dimensional (1D) channels that are easily blocked by defects. For
amorphous (Li)FePO4 the situation might be very different and the Li ion conductivity is anticipated to be much higher as the ionic transport is no
longer restrained to 1D channels.

Period	2 Sep 2019
Held at	EUROMAT 2019
Event type	Conference
Location	Stockholm, Sweden
Degree of Recognition	International