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Pink background with the words "Battery Burn Book" arranged in a circular pattern, styled with collage-like letters and symbols, featuring a red lipstick kiss mark in the center.
Comparison of energy density versus power density with definitions. Energy density refers to energy per unit volume, while power density indicates how quickly that energy can be accessed. The image also shows that energy density is associated with th
Graph showing the relationship between the imaginary part of impedance (Im Z) and the resistance (Re Z) in ohms, with labels indicating higher and lower frequencies, and marked resistance values RΩ, RCT, and Rd.
Diagram of layered graphite structure with spheres representing carbon atoms, illustrating its layered form and use as an anode material in lithium-ion batteries.
Table listing different cathode materials for batteries, including their names, voltage limits, capacities, and structures.
Diagram of a layered material used in electric vehicles showing the atomic structure of LFP cathode material with purple lithium atoms, blue iron atoms, and green oxygen atoms, with text describing the composition and properties of lithium iron phosp
Diagram showing the crystal structure of lithium cobalt oxide (LCO) with purple spheres representing lithium, blue spheres representing cobalt, and green spheres representing oxygen. The text explains LCO as cathode material in personal electronics,
Pink background with a collage style heading 'Battery Design' in black and white mixed fonts. The word 'c-rate' in large purple font, followed by a text paragraph explaining the meaning of C-rate, with a social media handle '@BATTERY.BURN.BOOK' at th
Colorful poster with the words "Battery Design" in a mixed font style in the top right corner, the word "capacity" in large purple font in the center, and a paragraph explaining battery capacity on a pink background. The text describes battery capaci
Infographic explaining the concept of State of Charge (SOC) in batteries, with five battery icons showing different charge levels from red (low) to green (full).
Scientific poster explaining Hybrid Pulse Power Characterization (HPPC). It details testing a battery's dynamic power capabilities using rapid charge and discharge pulses, mimicking real-world electric vehicle usage. The poster includes a graphic of
Diagram of a coin cell battery with labeled parts: top case, cathode, separator(s), anode, spacer, wave spring, bottom case, including measurements of 3.2 mm in height and 20 mm in diameter.