Welcome to ATOMFAIR’s Battery Research and Science Hub. This curated educational repository delivers deep-tech insights, peer-reviewed analysis, and fundamental science guides on next-generation energy storage. Explore the core principles driving advanced lithium-ion battery innovations, solid-state engineering, and sodium-ion electrochemistry. From benchmarking high-capacity LIB chemistries to pioneering alternative cell architectures, our guides are designed to accelerate modern laboratory R&D.
Planar Li Deposition and Dissolution Enable Practical Anode-Free Pouch Cells
Technical primer on planar lithium deposition and dissolution in anode-free pouch cells, with BAFF electrolyte, SEI design, high areal capacity, and pouch-cell testing context.
NFM Sodium Cathode Performance Across Voltage Windows | atomfair
Opening Context Opening Context NFM cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters…
NFPP Sodium Cathode Maintains About 100 mAh/g at High Electrode Loading | atomfair
Opening Context Opening Context NFPP cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters…
NVP Sodium Cathode Evaluation Highlights the Need for First-Cycle Validation | atomfair
Opening Context Opening Context NVP cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters…
Customized Anode-Free Cell Design Shows Capacity Recovery with Tailored Al@C Collectors | atomfair
Opening Context Opening Context Anode-free and current-collector-led cell designs are gaining attention because they can reduce inactive mass and simplify cell architecture. Their value depends on whether the customized current collector can support reversible sodium plating and stripping while preserving cathode-level capacity. Why This Dataset Matters The slide presents customized anode-free 2320 coin cells using…
Ni90 High-Nickel Cathode Reaches 220.80 mAh/g at 28.5 mg/cm2 Loading | atomfair
Opening Context Opening Context Ni90 cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters…
NCM811 Cathodes Deliver Above 210 mAh/g from Standard and Dry Electrodes | atomfair
Opening Context Opening Context NCM811 cathode materials are evaluated not only by peak specific capacity, but also by whether the voltage profile, first-cycle efficiency, and electrode loading remain credible under realistic coin-cell screening conditions. For early R&D, a clean half-cell curve helps researchers separate material behavior from later full-cell balancing effects. Why This Dataset Matters…