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Delicious in Dungeon is an anime television series based on the manga series of the same name by Ryoko Kui. Originally announced in 2022, the series is produced by Trigger. [1] It is directed by Yoshihiro Miyajima, with scripts written by Kimiko Ueno, character designs by Naoki Takeda, and music composed by Yasunori Mitsuda and Shunsuke Tsuchiya.
Delicious in Dungeon (Japanese: ダンジョン飯, Hepburn: Danjon Meshi, lit. "Dungeon Meal") is a Japanese manga series written and illustrated by Ryoko Kui. It was serialized in Enterbrain's seinen manga magazine Harta from February 2014 to September 2023, with its chapters collected in 14 tankōbon volumes. The story follows a group of ...
Tafel plot for an anodic process . The Tafel equation is an equation in electrochemical kinetics relating the rate of an electrochemical reaction to the overpotential. [1] The Tafel equation was first deduced experimentally and was later shown to have a theoretical justification. The equation is named after Swiss chemist Julius Tafel.
A tallman fighter from a distant island who is part of a noble family. He decided to explore the dungeon to improve his skill, and fell in love with Falin after watching her observe a caterpillar. After Falin's death and being warped to the surface, he returns to the dungeon with several retainers, including Izutsumi, to rescue her.
Ryoko Kui (九井諒子, Kui Ryōko) is a Japanese manga artist. She is best known for her manga series Delicious in Dungeon (2014–2023), serialized in Enterbrain's seinen manga magazine Harta, as well as her work Terrarium in Drawer, winning the Excellence Award in the Manga Division at the 17th Japan Media Arts Festival.
Playing Death Games to Put Food on the Table (死亡遊戯で飯を食う。, Shibō Yūgi de Meshi o Kū) is a Japanese light novel series written by Yushi Ukai and illustrated by Nekometaru. It began publication under Media Factory 's MF Bunko J light novel imprint in November 2022.
In electrochemistry, exchange current density is a parameter used in the Tafel equation, Butler–Volmer equation and other electrochemical kinetics expressions. The Tafel equation describes the dependence of current for an electrolytic process to overpotential.
The overpotential increases with growing current density (or rate), as described by the Tafel equation. An electrochemical reaction is a combination of two half-cells and multiple elementary steps. Each step is associated with multiple forms of overpotential. The overall overpotential is the summation of many individual losses.