KJMM

1

Yadav R., Subhash A., Chemmenchery N., Kandasubramanian B., Ind. Eng. Chem. Res,57, 9333 (2018)

2

Shim Y.-J., Jung W. S., Korean J. Met. Mater,59, 741 (2021)

3

Lee S. E., Park J. S., Park H. J., Korean J. Met. Mater,60, 523 (2022)

4

Ramli Z. A. C., Kamarudin S. K., Nanoscale Res. Lett,13, 140 (2018)

5

Goswami C., Hazarika K. K., Bharali P., Mater. Sci. Energy Technol,1, 117 (2018)

6

Alaswad A., Palumbo A., Dassisti M., Olabi A. G., Fuel Cell Technologies, Applications, and State of the Art. A Reference Guide,Elsevier Inc (2016)

7

Dhanushkodi S. R., Kundu S., Fowler M. W., Pritzker M. D., J. Power Sources,267, 171 (2014)

8

Lee W.-J., Bera S., Kim C. M., Koh E.-K., Hong W.-P., Oh S.-J., Cho E., Kwon S.-H., NPG Asia Mater,12, 40 (2020)

9

Chen J., Ou Z., Chen H., Song S., Wang K., Wang Y., Chinese J. Catal,42, 1297 (2021)

10

Meier J. C., Galeano C., Katsounaros I., Witte J., Bongard H. J., Topalov A. A., Baldizzone C., Mezzavilla S., Schüth F., Mayrhofer K. J. J., Beilstein J. Nanotechnol,5, 44 (2014)

11

Ruiz-Camacho B., Palafox-Segoviano J. A, Pérez-Díaz P. J., Medina-Ramírez A., Int. J. Hydrog. Energy,46, 26027 (2021)

12

Zhu F., Luo L., Wu A., Wang C., Cheng X., Shen S., Ke C., Yang H., Zhang J., ACS Appl. Mater. Interfaces,12, 26076 (2020)

13

Sharma R., Gyergyek S., Lund P. B., Andersen S. M., ACS Appl. Energy Mater,4, 6842 (2021)

14

Sinniah J. D., Wong W. Y., Loh K. S., Yunus R. M., Timmiati S. N., J. Power Sources,534, 231422 (2022)

15

Sui S., Wang X., Zhou X., Su Y., Riffat S., Liu C.-j., J. Mater. Chem. A,5, 1808 (2017)

16

Wang J., Zhu Y., Zhuang G., Wu Y., Wang S., Huang P., Sheng G., Chen M., Yang S., Greber T., Du P., Nat. Commun,13, 1239 (2022)

17

Liu D., Gao S., Xu J., Zhang X., Yang Z., Yang T., Wang B., Yang S., Liang C., Kong C., Appl. Surf. Sci,604, 154466 (2022)

18

JungS W. S., J. Energy Chem,27, 326 (2018)

19

Zhao J., Huang X., Chang H., Hwa Chan S., Tu Z., Energy Convers. Manag.: X,10, 100087 (2021)

20

Ortiz-Herrera J. C., Cruz-Martínez H., Solorza-Feria O., Medina D. I., Int. J. Hydrog. Energy,47, 30213 (2022)

21

Zhang X., Yang Y., Guo L., Liu H., Int. J. Hydrog. Energy,42, 4699 (2017)

22

Ge N., Chevalier S., Muirhead D., Banerjee R., Lee J., Liu H., Shrestha P., Fahy K., Lee C. H., Aoki T., Tabuchi Y., Bazylak A., J. Power Sources,439, 227089 (2019)

23

Siburian R., Ali A. M. M., Sebayang K., Supeno M., Tarigan K., Simanjuntak C., Aritonang S. P., Hutagalung F., Sci. Rep,11, 2532 (2021)

24

Valério Neto E. S., Almeida C. V. S., Russell A. E., Salazar-Banda G. R., Eguiluz K. I. B., Electrochim. Acta,348, 136206 (2020)

25

Bandlamudi V., Bujlo P., Sita C., Pasupathi S., Mater. Today: Proc,5, 10602 (2018)

26

Sharma S., Pollet B. G., J. Power Sources,208, 96 (2012)

27

Shi G., Hashimoto T., Tryk D. A., Tano T., Iiyama A., Uchida M., Kakinuma K., Electrochim. Acta,390, 138894 (2021)

28

Yan Z., Gao L., Dai C., Zhang M., Lv X., Shen P. K., Int. J. Hydrog. Energy,43, 3705 (2018)

29

Jiménez-Morales I., Cavaliere S., Jones D., Rozière J., Phys. Chem. Chem. Phys,20, 8765 (2018)

30

Hussain S., Erikson H., Kongi N., Rähn M., Merisalu M., Tamm A., Sammelselg V., Alonso-Vante N., Tammeveski K., J. Electroanal. Chem,896, 115147 (2021)

31

Alipour Moghadam Esfahani R., Vankova S. K., Monteverde Videla A. H. A., Specchia S., Appl. Catal. B: Environ,201, 419 (2017)

32

Huynh T. T., Tuan Huy P. C., Nguyen H. T. T., Nguyen D. T., Nguyen S. T., Pham H. Q., Mater. Today Chem,20, 100456 (2021)

33

Mohamed R., Binninger T., Kooyman P. J., Hoell A., Fabbri E., Patru A., Heinritz A., Schmidt T. J., Levecque P., Catal. Sci. Technol,8, 2672 (2018)

34

Guan J., Zan Y., Shao R., Niu J., Dou M., Zhu B., Zhang Z., Wang F., Small,16, 2005048 (2020)

35

Schmies H., Bergmann A., Drnec J., Wang G., Teschner D., Kühl S., Sandbeck D. J. S., Cherevko S., Gocyla M., Shviro M., Heggen M., Ramani V., Dunin-Borkowski R. E., Mayrhofer K. J. J., Strasser P., Adv. Energy Mater,8, 1701663 (2018)

36

Niu W., Luo Y., Wu L., Liu G., Du X., Wang Y., Li J., Chen Z., Chem. Eng. J,442, 136266 (2022)

37

Huynh T. T., Pham H. Q., Nguyen A. V., Bach L. G., Ho V. T. T., Ind. Eng. Chem. Res,58, 675 (2019)

38

Alipour Moghadam Esfahani R., Ebralidze I. I., Specchia S., Easton E. B., J. Mater. Chem. A,6, 14805 (2018)

39

Liu J., Wang J., Gao J., Sun Z., Fan C., Cui X., Jiang L., J. Alloys Compd,907, 164435 (2022)

40

Murphin Kumar P. S., Ponnusamy V. K., Deepthi K. R., Kumar G., Pugazhendhi A., Abe H., Thiripuranthagan S., Pal U., Krishnan S. K., J. Mater. Chem. A,6, 23435 (2018)

41

Ferreira H. S., Ferreira H. S., da Silva M. V. S., da Rocha M. d. G. C., Bargiela P., Rangel M. d. C., Eguiluz K. I. B., Salazar-Banda G. R., Mater. Chem. Phys,245, 122753 (2020)

42

Guo Y., Tang L., Zhang Y., Wei H., Shu X., Cui J., Wang Y., Liu J., Li Q., Sun X., Wu Y., Int. J. Hydrog. Energy,45, 33440 (2020)

43

D'Urso C., Bonura G., Aricò A. S., Int. J. Hydrog. Energy,42, 28011 (2017)

44

Kim M., Kwon C., Eom K., Kim J., Cho E., Sci. Rep,7, 44411 (2017)

45

Duma A. D., Wu Y.-C., Su W.-N., Pan C.-J., Tsai M.-C., Chen H.-M., Lee J.-F., Sheu H.-S., Ho V. T. T., Hwang B.-J., ChemCatChem,10, 1155 (2018)

46

He S., Wu C., Sun Z., Liu Y., Hu R., Guan L., Zhan H., Nanoscale,12, 10656 (2020)

47

Naik K. M., Higuchi E., Inoue H., J. Power Sources,455, 227972 (2020)

48

Hsieh B.-J., Tsai M.-C., Pan C.-J., Su W.-N., Rick J., Chou H.-L., Lee J.-F., Hwang B.-J., Electrochim. Acta,224, 452 (2017)

49

Mirshekari G. R., Rice C. A., J. Power Sources,396, 606 (2018)

50

Tsai M.-C., Nguyen T.-T., Akalework N. G., Pan C.-J., Rick J., Liao Y.-F., Su W.-N., Hwang B.-J., ACS Catal,6, 6551 (2016)

51

Hsieh B.-J., Tsai M.-C., Pan C.-J., Su W.-N., Rick J., Lee J.-F., Yang Y.-W., Hwang B.-J., NPG Asia Mater,9, 403 (2017)

52

Chiang Y.-C., Tseng T.-L., Mater. Chem. Phys,267, 124700 (2021)

53

Bharti A., Cheruvally G., J. Power Sources,363, 413 (2017)

54

He C., Sankarasubramanian S., Matanovic I., Atanassov P., Ramani V., ChemSusChem,12, 3468 (2019)

55

Yu F., Xie Y., Wang L., Yang N., Meng X., Wang X., Tian X. L., Yang X., Electrochim. Acta,265, 364 (2018)

56

Noh K.-J., Nam I., Han J. W., Appl. Surf. Sci,521, 146330 (2020)

57

Alipour Moghadam Esfahani R., Rivera Gavidia L. M., García G., Pastor E., Specchia S., Renew. Energ,120, 209 (2018)

58

Hornberger E., Bergmann A., Schmies H., Kühl S., Wang G., Drnec J., Sandbeck D. J. S., Ramani V., Cherevko S., Mayrhofer K. J. J., Strasser P., ACS Catal,8, 9675 (2018)

59

Noh K.-J., Im H., Lim C., Jang M. G., Nam I., Han J. W., Chem. Eng. J,427, 131568 (2022)

60

Anwar M. T., Yan X., Shen S., Husnain N., Zhu F., Luo. L., Zhang J., Int. J. Hydrog. Energy,42, 30750 (2017)

61

Ji Y., Cho Y. i., Jeon Y., Lee C., Park D.-H., Shul Y.-G., Appl. Catal. B: Environ,204, 421 (2017)

62

Park C., Lee E., Lee G., Tak Y., Appl. Catal. B: Environ,268, 118414 (2020)

63

Wei L., Shi J., Cheng G., Lu L., Xu H., Li Y., J. Power Sources,454, 227934 (2020)

64

Lee S.-G., Han S.-B., Lee W.-J., Park K.-W., Catalysts,10, 866 (2020)

65

Qu W., Wang Z., Sui X., Gu D., Int. J. Hydrog. Energy,39, 5678 (2014)

66

Cognard G., Ozouf G., Beauger C., Dubau L., López-Haro M., Chatenet M., Maillard F., Electrochim. Acta,245, 993 (2017)

67

Fu Q., Halck N. B., Hansen H. A., García Lastra J. M., Vegge T., Chem. Mater,29, 1641 (2017)

68

Chikunova I. O., Semeykina V. S., Kuznetsov A. N., Kalinkin P. N., Gribov E. N., Parkhomchuk E. V., Ionics,26, 1861 (2020)

69

Chao G., An X., Zhang L., Tian J., Fan W., Liu T., Compos. Commun,24, 100603 (2021)

70

Shi G., Tano T., Tryk D. A., Iiyama A., Uchida M., Kakinuma K., ACS Catal,11, 5222 (2021)

71

Kakinuma K., Suda K., Kobayashi R., Tano T., Arata C., Amemiya I., Watanabe S., Matsumoto M., Imai H., Iiyama A., Uchida M., ACS Appl. Mater. Interfaces,11, 34957 (2019)

72

Jiménez-Morales I., Haidar F., Cavaliere S., Jones D., Rozière J., ACS Catal,10, 10399 (2020)

73

Cognard G., Ozouf G., Beauger C., Berthomé G., Riassetto D., Dubau L., Chattot R., Chatenet M., Maillard F., Appl. Catal. B: Environ,201, 381 (2017)

74

Mohanta P. K., Glökler C., Arenas A. O., Jörissen L., Int. J. Hydrog. Energy,42, 27950 (2017)

75

Fabbri E., Rabis A., Chino Y., Uchida M., Schmidt T. J., Electrochem. commun,83, 90 (2017)

76

He C., Sankarasubramanian S., Ells A., Parrondo J., Gumeci C., Kodali M., Matanovic I., Yadav A. K., Bhattacharyya K., Dale N., Atanassov P., Ramani V. K., ACS Catal,11, 7006 (2021)

77

He C, Wang X., Sankarasubramanian S., Yadav A., Bhattacharyya K., Liang X., Ramani V., ACS Appl. Energy Mater,3, 5774 (2020)

78

Kim J. M., Lee Y. J., Kim S.-h., Chae K.-H., Yoon K. R., Lee K. A., Byeon A., Kang Y. S., Park H.-Y., Cho M. K., Ham H. C., Kim J. Y., Nano Energy,65, 104008 (2019)

79

Kumar S., Bhange S. N., Soni R., Kurungot S., ACS Appl. Energy Mater,3, 1908 (2020)

80

da Silva G. C., Mayrhofer K. J. J., Ticianelli E. A., Cherevko S., Electrochim. Acta,308, 400 (2019)

81

Shi G., Tano T., Tryk D. A., Iiyama A., Uchida M., Kuwauchi Y., Masuda A., Kakinuma K, J., J. Catal,407, 300 (2022)

82

Gao R., Wang J., Huang Z.-F., Zhang R., Wang W., Pan L., Zhang J., Zhu W., Zhang X., Shi C., Lim J., Zou J.-J., Nat. Energy,6, 614 (2021)

83

Alipour MoghadamEsfahani R., Vankova S. K., Easton E. B., Ebralidze I. I., Specchia S., Renew. Energ,154, 913 (2020)

84

Ma Z., Li S., Wu L., Song L., Jiang G., Liang Z., Su D., Zhu Y., Adzic R. R., Wang J. X., Chen Z., Nano Energy,69, 104455 (2020)

85

Shanmugapriya S., Zhu P., Yan C., Asiri A. M., Zhang X., Kalai Selvan R., Adv. Mater. Interfaces,6, 1900565 (2019)

86

Ando F., Gunji T., Tanabe T., Fukano I., Abruña H. D., Wu J., Ohsaka T., Matsumoto F., ACS atal,11, 9317 (2021)

87

Gao W., Liu T., Zhang Z., Dou M., Wang F., J. Mater. Chem. A,8, 5525 (2020)

KJMM Korean Journal of Metals and Materials

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