The Journal of
the Korean Journal of Metals and Materials

The Journal of
the Korean Journal of Metals and Materials

Monthly
  • pISSN : 1738-8228
  • eISSN : 2288-8241

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  3. 2024-02 (Vol.62, No.2)
  4. 10.3365/KJMM.2024.62.2.154
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REFERENCES

1 
Kim S. H., Park H. S., Pham D. P., Kim Y. K., Kim S. H., Cho E.-C., Cho Y. H., Yi J., Optik,235, 166580 (2021)Google Search
2 
Tang Q., Yao H., Xu B., Ge J., Xu Y., Gao K., Sol. Energy Mater. Sol. Cells,237, 111576 (2022)Google Search
3 
Tang H.B., Ma S., Lv Y., Li Z.P., Shen W.Z., Sol. Energy Mater. Sol. Cells,216, 110712 (2020)Google Search
4 
Ingenito A., Allebé C., Libraro S., Ballif C., Saloman B. P., Nicolay S., Leon J. J. D., Sol. Energy Mater. Sol. Cells,249, 112043 (2023)Google Search
5 
Cavalli A., Buencuerpo J., Steger M., Perl E. E., Steiner M. A., Geisz J. F., Sol. Energy Mater. Sol. Cells,231, 111294 (2021)Google Search
6 
Wang Q., Peng H., Gu S., Guo K., Wu W., Li L., Yuan N., Ding J., Sol. Energy Mater. Sol. Cells,259, 112458 (2023)Google Search
7 
Tachibana T., Nakamura K., Ogura A., Ohshita Y., Shimoda T., Masada I., Nishijima E., AIP Advances,7, 045111 (2017)Google Search
8 
Santos B., https://www.pvmagazine.com/2022/12/22/longi-claim0s-worlds-highest-efficiency-for-p-type-indium-free-hjt-solar-cells/, Longi claims world’s highest efficiency for p-type, indium-free HJT solar cells, (2022)Google Search
9 
Haase F., Hollemann C., Schäfer S., Merkle A., Rienäcker M., Krügener J., Brendel R., Peibst R., Sol. Energy Mater. Sol. Cells,186, 184 (2018)Google Search
10 
Yoshikawa K., Yoshida W., Irie T., Kawasaki H., Konishi K., Ishibashi H., Asatani T., Adachi D., Kanematsu M., Uzu H., Yamamoto K., Sol. Energy Mater. Sol. Cells,173, 37 (2017)Google Search
11 
Wakisaka K., Taguchi M., Sawada T., Tanaka M., Matsuyama T., Matsuoka T., Tsuda S., Nakano S., Kishi Y., Kuwano Y., Proc. 22nd IEEE Photovoltaic Specialists Conf, 887Las Vegas (1991)Google Search
12 
Dong G., Sang J., Peng C.-W., Liu F., Zhou Y., Yu C., Prog. Photovolt.: Res. Appl,30, 1136 (2022)Google Search
13 
Song Z., McElvany C. L., Phillips A. D., Celik I., Krantz P. W., Watthage S. C., Liyanage G. K., Apul D., Heben M. J., Energy Environ. Sci,10, 1297 (2017)Google Search
14 
Velický M., Toth P. S., Appl. Mater. Today,8, 68 (2017)Google Search
15 
Novoselov K. S., Mishchenko A., Carvalho A., Castro Neto A. H., Science,353, aac9439 (2016)Google Search
16 
Kim J.-Y., Ju X., Ang K.-W., Chi D., ACS Nano,17, 1831 (2023)Google Search
17 
Huang S., Zhang G., Fan F., Song C., Wang F., Xing Q., Wang C., Wu H., Yan H., Nat. Commun,10, 2447 (2019)Google Search
18 
Van Druenen M., Adv. Mater. Interfaces,7, 2001102 (2020)Google Search
19 
Li X., Zhu H., J. Materiomics,1, 33 (2015)Google Search
20 
Alam S., Chowdhury M. A., Shahid A., Alam R., Rahim A., FlatChem,30, 100305 (2021)Google Search
21 
Chen Z., Liu H., Chen X., Chu G., Chu S., Zhang H., ACS Appl. Mater. Interfaces,8, 20267 (2016)Google Search
22 
Nazif K. N., Kumar A., Hong J., Lee N., Islam R., McClellan C. J., Karni O., Van de Groep J., Heinz T. F., Pop E., Brongersma M. L., Saraswat K. C., Nano Lett,21, 3443 (2021)Google Search
23 
Shanmugam M., Durcan C. A., Yu B., Nanoscale,4, 7399 (2012)Google Search
24 
Wi S., Kim H., Chen M., Nam H., Guo L. J., Meyhofer E., Liang X., ACS Nano,8, 5, 5270 (2014)Google Search
25 
Ulaganathan R. K., Yadav K., Sankar R., Chou F. C., Chen Y.-T., Adv. Mater. Interfaces,6, 1801336 (2019)Google Search
26 
Wong J., Jariwala D., Tagliabue G., Tat K., Davoyan A. R., Sherrott M. C., Atwater H. A., ACS Nano,11, 7230 (2017)Google Search
27 
Wang P., Lin S., Ding G., Li X., Wu Z., Zhang S., Xu Z., Xu S., Lu Y., Xu W., Zheng Z., Appl. Phys. Lett,108, 163901 (2016)Google Search
28 
Kwak D.-H., Ra H.-S., Jeong M.-H., Lee A.-Y., Lee J.-S., Adv. Mater. Interfaces,5, 1800671 (2018)Google Search
29 
Yang S., Chan J., Kim J. C., Lee D., Huh W., Kim Y., Lee S. W., Park H.-G., Jeong H. Y., Hong S., Lee G.-H., Lee C.-H., Nano Lett,20, 2443 (2020)Google Search
30 
Nazif K. N., Daus A., Hong J., Lee N., Vaziri S., Kumar A., Nitta F., Chen M. E., Kananian S., Islam R., Kim K.-H., Park J.-H., Poon Ada S. Y., Brongersma M. L., Pop E., Saraswat K. C., Nat. Commun,12, 7034 (2021)Google Search
31 
Kim K.-H., Andreev M., Choi S., Shim J., Ahn H., Lynch J., Lee T., Lee J., Nazif K. N., Kumar A., Kumar P., Choo H., Jariwala D., Saraswat K. C., Park J.-H., ACS Nano,16, 8827 (2022)Google Search
32 
Li C., Cao Q., Wang F., Xia Y., Li Y., Delaunay J.-J., Zhu H., Chem Soc. Rev,47, 4981 (2018)Google Search
33 
Moon H. -I., Jo S. G., Shin Y., Kang Y., Lee J. W., Korean J. Met. Mater,60, 564 (2022)Google Search
34 
Jo S. G., Moon H. -I., Kim Y. W., Dow H. S., Lee J. W., Korean J. Met. Mater,60, 570 (2022)Google Search
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