KJMM

Jung J. K., Kim I. G., Chung K. S., Baek U. B., Mater. Chem. Phys,267, 124653 (2021)

Jung J.-K., Kim K.-T., Chung N.-K., Baek U.-B., Nahm S.-H., Polymers,14, 1468 (2022)

Kang H. M., Choi M. C., Lee J. H., Yun Y. M., Jang J. S., Chung N. K., Jeon S. K., Jung J. K., Lee J. H., Lee J. H., Polymers,14, 1151 (2022)

4

Jung J. K., Kim I. G., Kim K., Curr. Appl. Phys,21, 43 (2021)

5

Dell R. M., Electrochemistry in Research and Development,73-93, Springer (1985)

6

Khorsandi A., Ghavami Sabouri S., J. Theor. Appl. Phys,14, 399 (2020)

7

Jung J. K., Kim I. G., Kim K.-T., Baek U. B., Nahm S. H., Curr. Appl. Phys,26, 9 (2021)

8

Ma C., Wang A., Opt. Lett,35, 2043 (2010)

9

Wang L., Song J., Yu C., Measurement,249, 117039 (2025)

10

Li Z., Yao Z., Haidry A. A., Plecenik T., Xie L., Sun L., Fatima Q., Int. J. Hydrogen Energy,43, 21114 (2018)

11

Haija M. A., Ayesh A. I., Ahmed S., Katsiotis M. S., Appl. Surf. Sci,369, 443 (2016)

12

Kang H., Bae J., Lee J., Yun Y., Jeon S., Chung N., Jung J., Baek U., Lee J., Kim Y., Polymers,16, 1065 (2024)

13

Xie H., Yu Q., Lu H., Zhang Y., Zhang J., Qin Q., Int. J. Hydrogen Energy,42, 28718 (2017)

14

Wang Z., Li Z., Jiang T., Xu X., Wang C., ACS Appl. Mater. Interfaces,5, 2013 (2013)

15

Jung J. K., Lee J. H., Sci. Rep,14, 1967 (2024)

16

Zhanguo S., Zhang W., Abdulwahab A., Saleem S., Yao Y., Deifalla A., Taghavi M., Process Safety and Environmental Protection,173, 317 (2023)

17

Lee J. H., Kim Y. W., Kim D. J., Chung N. K., Jung J. K., Polymers,16, 280 (2024)

18

Profatilova I., Fouda-Onana F., Heitzmann M., Bacquart T., Morris A., Warren J., Haloua F., Jacques P.-A., Int. J. Hydrogen Energy,65, 837 (2024)

19

Jung J. K., Moon Y. I., Chung K. S., Kim K.-T., Macromol. Res,28, 596 (2020)

20

Moon Y., Lee H., Jung J., Han H., Sci. Rep,13, 7846 (2023)

21

Choi B.-L., Jung J. K., Baek U. B., Choi B.-H., Polymers,14, 861 (2022)

22

Jung J. K., Lee C. H., Baek U. B., Choi M. C., Bae J. W., Polymers,14, 592 (2022)

23

Nishimura S., Nippon Gomu Kyokaishi,86, 360 (2013)

24

Gangloff R. P., Somerday B. P., Somerday, Gaseous hydrogen embrittlement of materials in energy technologies: the problem, its characterisation and effects on particular alloy classes,1-864, Elsevier (2012)

25

Jung J. K., Lee J. H., Jeon S. K., Baek U. B., Lee S. H., Lee C. H., Moon W. J., Polymers,15, 162 (2022)

26

Lee C. H., Jung J. K., Kim K. S., Kim C. J., Sci. Rep,14, 5319 (2024)

27

Fujiwara H., Ono H., Onoue K., Nishimura S., Int. J. Hydrogen Energy,45, 29082 (2020)

28

Jung J. K., Baek U. B., Lee S. H., Choi M. C., Bae J. W., J. Polym Sci,61, 460 (2023)

29

Honselaar M., Pasaoglu G., Martens A., Int. J. Hydrogen Energy,43, 12278 (2018)

30

Kim G.-H., Moon Y.-I., Jung J.-K., Choi M.-C., Bae J.-W., Polymers,14, 155 (2021)

31

Lee J.-H., Kim Y.-W., Jung J.-K., Polymers,15, 4019 (2023)

32

Lee J. H., Kim Y. W., Chung N. K., Kang H. M., Moon W. J., Choi M. C., Jung J. K., Polymer,311, 127552 (2024)

33

Lee C. H., Jung J.-K., Jeon S. K., Ryu K. S., Baek U. B., J. Magn,22, 478 (2017)

34

Moon Y. I., Jung J. K., Kim G. H., Chung K. S., Physica B,608, 412870 (2021)

35

Wang Y., Pang Y., Xu H., Martinez A., Chen K. S., Energy Environ. Sci,15, 2288 (2022)

36

Menon N. C., Kruizenga A. M., San Marchi C. W., Campbell J., Nissen A., Mills B. E., Polymer Behaviour in High Pressure Hydrogen Helium and Argon Environments as Applicable to the Hydrogen Infrastructure, Sandia National Lab. (SNL-NM),Albuquerque (2017)

37

Barth R. R., Simmons K. L., San Marchi C. W., Polymers for hydrogen infrastructure and vehicle fuel systems, Sandia National Lab. (SNL-CA),Livermore (2013)

38

Aibada N., Manickam R., Gupta K. K., Raichurkar P., Int. J. Text. Eng. Process,3, 12 (2017)

39

Jung J. K., Lee J. H., Jang J. S., Chung N. K., Park C. Y., Baek U. B., Nahm S. H., Sci. Rep,12, 3328 (2022)

40

Alaghmandfard A., Fardindoost S., Frencken A. L., Hoorfar M., Ceram. Int,50, 29026 (2024)

41

Kwon S.-K., Kim J.-N., Byun H.-G., Kim H.-J., Electrochem. Commun,169, 107834 (2024)

42

Li Y., Yuan Z., Ji H., Meng F., Wang H., IEEE Trans. Ind. Electron,71, 11661 (2023)

43

Huang Z., Yang W., Zhang Y., Yin J., Sun X., Sun J., Ren G., Tian S., Xu P., Yan M., J. Alloy. Compd,969, 171808 (2023)

44

Chen Z., Chen X., Zhu Q., Zhao L., Zhao M., Xu W., Xu Q., Guo S., Int. J. Hydrogen Energy,47, 19791 (2022)

45

Shao S. M., Liu H., Shen L. Y., Zhang Y. P., He Y. B., J. Mater. Sci. Technol,80, 199 (2021)

46

Li M., Zhang Z., Yan Z., Zhang H., Yang L., Mater. Chem. Phys,284, 126017 (2023)

47

Lu X. H., Wang X. D., Yang Z. L., Ma S. B., Sun W. J., J. Alloy. Compd,934, 167740 (2023)

48

Zhang S., Chen Y., Fu Y., Zhang Z., Guo H., Mater. Res. Bull,166, 112954 (2023)

49

Jin Y., Yu L., Zhao M., Liu J., Yang G., Shi Z., J. Mater. Sci. Technol,74, 213 (2021)

50

Islam M. S., Nasir N., Azad A. R., J. Mater. Res. Technol,20, 101 (2023)

51

Zhang H., Cheng Q., Wu Y., Li H., Wang X., Int. J. Hydrogen Energy,48, 11229 (2023)

52

Kim J., Lee J, Kim H., Int. J. Hydrogen Energy,43, 15469 (2018)

53

Basso M., Paolucci V., Ricci V., Colusso E., Cattelan M., Napolitani E., Cantalini C., Gasparotto A., Appl. Surf. Sci,626, 157300 (2023)

54

Karimi S., Yousefi M., Vaezi M. R., Int. J. Hydrogen Energy,46, 18234 (2021)

55

Cui L., Zhang W., Lin Y., Sun Y., Guo X., Polymers,16, 1432 (2024)

56

Zargar A. A., Mirhosseini M. H., Sadighian S., Amini R., Mater. Today Energy,30, 101136 (2023)

57

Forster T. D., Somerday B. P., Int. J. Hydrogen Energy,38, 7539 (2013)

58

Gupta K. K., Manickam R., Singh A. V., Raichurkar P., J. Ind. Text,52, 1236 (2023)

59

Shaikh A. A., Javed M. S., Karimov K. S., J. Electron. Mater,52, 12345 (2023)

60

Ahmed M. S., Ahmed S. R., Hossain A. A., Rahman A., Mater. Lett,323, 132611 (2024)

61

Wang H., Huang L., Zhu Y., Zhang W., Ma S., Fang Y., Wang Y., Liang J., Yang J., Carbon,196, 171 (2022)

62

Kang Y. J., Kang S. H., Jeong S. Y., Macromol. Res,28, 1145 (2020)

63

Li J., Hou M., Qin Q., Cui J., Yu Q., Ceram. Int,50, 16259 (2024)

64

Yin Z., He D., Ma H., Fu M., Mater. Today Energy,44, 102279 (2023)

65

Zhang S., Chen Y., Fu Y., Zhang Z., Guo H., Mater. Res. Bull,166, 112954 (2023)

66

Song Y., Lu Y., Deng S., Shen Y., Zhang Y., Wang T., Zhang J., Polymers,15, 2151 (2023)

67

Wang Y., Wang X., Cheng S., Kong L., Shi G., Lin S., Yan Y., J. Mater. Sci. Technol,156, 113234 (2023)

68

Wang K., Tang B., Xu H., Yang Y., Int. J. Hydrogen Energy,48, 19068 (2023)

69

Chen Z., Chen X., Zhu Q., Zhao L., Zhao M., Xu W., Xu Q., Guo S., Int. J. Hydrogen Energy,47, 19791 (2022)

70

Li K., Li W., Lin F., Zhao C., Yang H., Zhang X., J. Mater. Sci. Technol,81, 54 (2022)

71

Liu S., Zhu Y., Wang X., Wu H., Polymers,15, 4321 (2023)

72

Chen J., Xu Z., Yang L., Wu Y., Li Q., Ceram. Int,49, 12345 (2023)

73

Zhang F., Tang H., Lin X., Yu Q., J. Mater. Res. Technol,14, 123 (2024)

74

Kumar S., Gupta V., Singh M., Mater. Today Energy,32, 101255 (2024)

75

Zhao Y., Chen L., Li J., Zhao M., Wang X., Polymers,15, 2023 (2023)

76

Kim T., Lee J. H., Jung S. H., Int. J. Hydrogen Energy,46, 18255 (2021)

77

Park S., Lee J., Kim M., Jang H., J. Polym. Sci,58, 1025 (2023)

78

Lee H., Kim Y., Jung J., Jeon S., Polymers,16, 1400 (2024)

KJMM Korean Journal of Metals and Materials

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