Progress

In preparation

[S1] Hyeongseok Lee†, Jihun Sung†, Seong-Soo Park, Dokyung Kim, Seob-Gu Kim, Jae-Hong Lim, Young Joo Lee*, Janghyuk Moon*, Soojin Park*, Sulfide-based All-Solid-State Lithium Metal Batteries Operating at Near-Ambient Condition, Nature Communications (under reivew, 3rd) with POSTECH

[S2] Trung Dinh Hoang, Hyunseok Song, In Young Jeong, Seongsoo Park, Junyoung Park*, Janghyuk Moon*, Anisotropic Pressing for Chemo-Mechanical Homogeneity in Solid Electrolytes, Rare Metals (under review) with KIT

[S3] Seonjeong Lee, Minki Choi, Nawoon Kim, Seeun Lee, Janghyuk Moon, Jiancong Li, Jia Chen, Yi Li*, Yoon Kim, Wonbo Shim*, Sungjun Kim*, Layer-specific analog computing in 3D vertical resistive memory for transformer inference, (to be submitted) with DGU

[S4] Yoon Jeong Yoo†, Hongjun Chang†, Yeji Lim, Joon Hyun Baik, Janghyuk Moon*, Won-Hee Ryu*, Electrolyte-in-Gas Architecture: A Platform for Atmospheric Open and Rechargeable Metal-Air Batteries, (to be submitted) with YU

[S5] Younghoon Jo†, Sung Won Lee†, Taejoon Moon, Sugeun Ji, Yun-Chae Jung, Janghyuk Moon*, Young-Jun Kim*, Anisotropic Pressing for Chemo-Mechanical Homogeneity in Solid Electrolytes, (to be submitted) with SKKU

[S6] Trung Dinh Hoang†, Nayeon Kim†, Hyunseok Song, Heung Soo Kim*, Junyoung Park*, Janghyuk Moon*, Particle Morphology Controls Lithium Gradients and Fragmentation in Silicon-Based All-Solid-State Composite Anodes, (to be submitted) with KIT, DGU

[S7] Jaehwan Kim, Seojin Lee, In Young Jeong, Janghyuk Moon*, Jungjin Park*, Nanofluidic ion regulatory binder for thick olivine cathodes in Li-ion Batteries, (to be submitted) with KIST

Status Pending

[M1] Trung Dinh Hoang, Jae Yup Jung,.......... Kyungsu Kim, Woosuk Cho*, Min-Sik Park*, Janghyuk Moon*, Blended Cathode as A Solution for Contact Loss of All Solid-State Batteries, (in preparation)

[M2] Yuhwan Hyeon, Sung Won Moon, Seog-Gyun Kang, Young-Min Seo, Yong Jun Kim, In-Hwan Lee, Han-Ki Kim, Jung Ho Kim, Janghyuk Moon, Dongmok Whang*, Platinum nanomesh mimicking graphene grain structure for stretchable transparent conductive electrode, (to be submitted) with UoW & SKKU  (Advanced Materials > Nature Communications > Advanced Functional Materials >  ACS Nano > Advanced Science > Chemical Engineering Journal > Small Methods > not submitted in 2021 > Advanced Composites and Hybrid Materials in 2024 > not submitted in 2024)