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
NFM Sodium Cathode Voltage Windows: 123.53-153.26 mAh/g | ATOMFAIR By ATOMFAIR LLC | Published July 27, 2026 | Updated August 18, 2026 This NFM dataset answers a practical screening question: how much capacity is gained when the upper voltage limit moves from 4.0 V to 4.2 V, and what happens to first-cycle efficiency at the…
NFPP Sodium Cathode Maintains About 100 mAh/g at High Electrode Loading | atomfair
NFPP Sodium Cathode at 10-31 mg/cm2: 95.87-103.68 mAh/g | ATOMFAIR By ATOMFAIR LLC | Published July 27, 2026 | Updated August 18, 2026 This NFPP dataset answers a different question from a voltage-window comparison: can a sodium iron phosphate pyrophosphate cathode keep a near-100 mAh/g response as electrode loading rises? In sodium-metal 2320 coin cells,…
NVP Sodium Cathode Evaluation Highlights the Need for First-Cycle Validation | atomfair
NVP Sodium Cathode S07: 106.75 mAh/g and 98.75% ICE | ATOMFAIR By ATOMFAIR LLC | Published July 27, 2026 | Updated August 18, 2026 This NVP dataset is most useful as a first-cycle data-quality example. The S07 trace reports 106.75 mAh/g and 98.75% first-cycle coulombic efficiency at 8.0 mg/cm2 in a sodium-metal 2320 coin cell,
Customized Anode-Free Cell Design Shows Capacity Recovery with Tailored Al@C Collectors | atomfair
Anode-Free Sodium Cells with Al@C Collectors: NFM and NFPP Data | ATOMFAIR By ATOMFAIR LLC | Published July 27, 2026 | Updated August 18, 2026 This dataset is best read as a collector-design screen, not as a simple NFM-versus-NFPP ranking. Both traces use a customized Al@C current collector on the anode side, so the central…
Ni90 High-Nickel Cathode Reaches 220.80 mAh/g at 28.5 mg/cm2 Loading | atomfair
Ni90 High-Nickel Cathode: 220.80 mAh/g at 28.5 mg/cm2 | ATOMFAIR By ATOMFAIR LLC | Published July 27, 2026 | Updated August 20, 2026 The most important feature of this Ni90 result is not only the reported 220.80 mAh/g. It is the fact that the value appears at a stated 28.5 mg/cm2 loading in a lithium-metal…
NCM811 Cathodes Deliver Above 210 mAh/g from Standard and Dry Electrodes | atomfair
NCM811 Standard vs Dry Electrode: 216.99 mAh/g at 30 mg/cm2 | ATOMFAIR By ATOMFAIR LLC | Published July 27, 2026 | Updated August 20, 2026 This NCM811 dataset is more useful as a process comparison than as a simple capacity announcement. The standard NCM811 electrode at 12 mg/cm2 reports 210.34 mAh/g and 88.58% first-cycle efficiency….