2022 Annually Most Downloaded Papers
Ranking

Title

Authors

Volume, Number,Pages, YearDOICountshttps://doi.org/1075(8),649-655(2007) .5796/electroche
mistry.75.649

1567

https://doi.org/1075(10),791-799(2007) .5796/electroche
mistry.75.791

1331

Yusuke MORINO

https://doi.org/1090(2),027001(2022) .5796/electroche
mistry.21-00126

1324

Yusuke MORINO, Hirofumi TSUKASAKI,
Shigeo MORI

https://doi.org/1090(4),047003(2022) .5796/electroche
mistry.22-00018

1264

https://doi.org/1090(2),027003(2022) .5796/electroche
mistry.21-00129

1105

Tsutomu HASHIMOTO, Hirokazu
MUNAKATA, Kiyoshi KANAMURA(橋本 勉, 棟方 裕一, 金村 聖志)

https://doi.org/1089(3),303-312(2021) .5796/electroche
mistry.20-00140

1099

Xingjiang LIU, Yoshitsugu SONE, Saburo
KUWAJIMA(劉 興江, 曽根 理嗣, 桑島 三郎)

69(1),21-26(2001)

https://doi.org/10.5796/electroche
mistry.69.211030

78(1),42-49(2010)https://doi.org/10.5796/electroche
mistry.78.42981

9

Predictive Zeta Potential Measurement
Method Applicable to Nonaqueous Solvents
https://doi.org/10in High-concentration Dispersion Systems for Yoshimasa SUZUKI, Minoru MIZUHATA 90(10),103001(2022) .5796/electroche
the System of LiClO4–Propylene Carbonate
mistry.22-66050
Solution and LiCoO2 Powder Sheet

979

10Hikaru SANO, Yusuke MORINO, AkinoriYABUKI, Shimpei SATO, Naohiko ITAYAMA,
AC Impedance Analysis of theYasuyuki MATSUMURA, Masahiro
Degeneration and Recovery of Argyrodite
IWASAKI, Masahiro TAKEHARA, Takeshi
Sulfide-Based Solid Electrolytes under
ABE, Yasuo ISHIGURO, Tsukasa
Dry-Room-Simulated Condition
TAKAHASHI, Norihiko MIYASHITA, Atsushi
SAKUDA, Akitoshi HAYASHI89412

Electrochemical Impedance and Complex
Masayuki ITAGAKI, Satoshi SUZUKI,
Capacitance to Interpret Electrochemical
Isao SHITANDA, Kunihiro WATANABE
Capacitor

Editorial Board of Electrochemistry
The Electrochemical Society of Japan

Property, Electronic and Crystal
Structures, Thermodynamic Stability, andCathode Performance of Lix(Mn, Co, Ni,M)O2 (M=Al, Ti, Fe) as a Cathode Active Yasushi IDEMOTO, Takaaki MATSUI
Material for Li Secondary Battery(リチウム二次電池正極活物質Lix(Mn, Co,(井手本 康, 松井 貴昭)

Ni, M)O2（M=Al, Ti, Fe）の物性，結晶·電子構造，熱力学的安定性と電池特性)

345Impact of Surface Coating on the Low
Temperature Performance of a SulfideBased All-Solid-State Battery Cathode
Cycle Degradation Analysis by HighPrecision Coulometry for Sulfide-BasedAll-Solid-State Battery Cathode under
Various Potentials
Properties of Carbon-coated SiO-C
Negative Electrodes for Sulfide-type Allsolid-state Batteries(導電性カーボンで被覆したSiO-C塗布負極の硫化物型全固体電池特性)

6

Study on Prediction Model of
Performance and Degradation ofLFP/Graphite Lithium-ion Battery(LFP/Graphiteリチウムイオン電池の性能および劣化の予測モデルに関する研究)7

Poly(vinylidene fluoridehexafluopropylene)-Based Gel
Electrolytes for Lithium Ion SecondaryBatteries(PVdF-HFPをベースとしたゲル電解質およNaoto OKUZAWA, Yuki YAMAMURA,Naoya ISHII, Hideyuki MORIMOTO(奥澤 直人, 山村 侑生, 石居 直也, 森本 英行)

びリチウムイオン二次電池への適用)

8

Hiroyuki MICHISHITA, Kei-ichi
AKABORI, Keiji TANAKA, Hiroshige
Effects of Pressure on Stability of
MATSUMOTO, Daizou HARUTA,
Nafion Membrane under Water
Yoshinori NAGATA, Nagaaki
YAMAMOTO, Tatsumi ISHIHARAElectrolysis(ナフィオン膜の電解条件下での安定性に (道下 浩征, 赤堀 敬一, 田中 敬二, 松及ぼす圧力の影響)

本 広重, 春田 大蔵, 永田 吉憲, 山本壽昭, 石原 達己)

https://doi.org/10
90(3),037012(2022) .5796/electroche
mistry.22-00013