KJMM

1

MarketsandMarkets, Smart Sensor Market by Type (Temperature & Humidity, Pressure, Touch, Motion & Occupancy, Water, Position, Light, and Others), Technology (MEMS, CMOS), Component (ADC, DAC, Microcontroller), Connectivity, Industry, and Region - Global Forecast to 2025, https://www.oic.co.kr/view.html?num=121651 (2020),

2

Huang W., Wang X., Xia J., Li Y., Zhang L., Feng H., Zhang X., Trends in Food Science & Technology,133, 189 (2023)

3

Ji C., Zhang Q., Jing Z., Liu Y., Han D., Wang J., Zhang W., Sang S., IEEE Transactions on Electron Devices,68, 5198 (2021)

4

Gong S., Schwalb W., Wang Y., Chen Y., Tang Y., Si J., Shirinzadeh B., Cheng W., Nature communications,5, 3132 (2014)

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Mishra S., Mohanty S., Ramadoss A., ACS sensors,7, 2495 (2022)

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Wang X., Liu Z., Zhang T., Small,13, 1602790 (2017)

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Takei K., Honda W., Harada S., Arie T., Akita S., Advanced healthcare materials,4, 487 (2015)

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Ntagios M., Nassar H., Pullanchiyodan A., Navaraj W. T., Dahiya R., Advanced Intelligent Systems,2, 1900080 (2020)

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Yeo J. C., Yap H. K., Xi W., Wang Z., Yeow C. H., Lim C. T., Advanced Materials Technologies,1, 1600018 (2016)

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Gao L., Zhao N., Xu H., Hu X., Xu D., Zheng W., Wang W., IEEE Transactions on Electron Devices,69, 3901 (2022)

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13

Yang Y., Pan H., Xie G., Jiang Y., Chen C., Su Y., Wang Y., Tai H., Sensors and Actuators A: Physical,301, 111789 (2020)

14

Dobrzynska J. A., Gijs M., Journal of Micromechanics and Microengineering,23, 015009 (2012)

15

Li T., Luo H., Qin L., Wang X., Xiong Z., Ding H., Gu Y., Liu Z., Zhang T., Small,12, 5042 (2016)

16

Park S. J., Kim J., Chu M., Khine M., Advanced Materials Technologies,3, 1700158 (2018)

17

Li S., Li R., González O. G., Chen T., Xiao X., Composites Science and Technology,203, 108617 (2021)

18

Wang Y., Adam M. L., Zhao Y., Zheng W., Gao L., Yin Z., Zhao H., Nano-Micro Letters,15, 55 (2023)

19

Chen W., Yan X., Journal of Materials Science & Technology,43, 175 (2020)

20

Tang R., Lu F., Liu L., Yan Y., Du Q., Zhang B., Zhou T., Fu H., Nano Select,2, 1874 (2021)

21

Atalay A., Sanchez V., Atalay O., Vogt D. M., Haufe F., Wood R. J., Walsh C. J., Advanced Materials Technologies,2, 1700136 (2017)

22

Qin J., Yin L. J., Hao Y. N., Zhong S. L., Zhang D. L., Bi K., Zhang Y. X., Zhao Y., Dang Z. M., Advanced Materials,33, 2008267 (2021)

23

Li J., Fang L., Sun B., Li X., Kang S. H., Journal of the Electrochemical Society,167, 037561 (2020)

24

Zhu Y., Liu Y., Sun Y., Zhang Y., Ding G., IEEE Sensors Journal,22, 15635 (2022)

25

Wang L., Zhang M., Yang B., Tan J., Ding X., Li W., Small Methods,5, 2100409 (2021)

26

Yang H., Xue T., Li F., Liu W., Song Y., Advanced Materials Technologies,4, 1800574 (2019)

27

Wen N., Zhang L., Jiang D., Wu Z., Li B., Sun C., Guo Z., Journal of Materials Chemistry A,8, 25499 (2020)

28

Li L., Zheng J., Chen J., Luo Z., Su Y., Tang W., Gao X., Li Y., Cao C., Liu Q., Advanced Materials Interfaces,7, 2000743 (2020)

29

Pang Y., Yang Z., Yang Y., Ren T. L., Small,16, 1901124 (2020)

30

Cui X., Huang F., Zhang X., Song P., Zheng H., Chevali V., Wang H., Xu Z., Iscience,25, 104148 (2022)

31

Wan C., Zhang L., Yong K.-T., Li J., Wu Y., Journal of Materials Chemistry C,9, 11001 (2021)

32

Chowdhury A. H., Jafarizadeh B., Baboukani A. R., Pala N., Wang C., Biosensors and,Bioelectronics, 115449 (2023)

33

Guo Y., Wei X., Gao S., Yue W., Li Y., Shen G., Advanced Functional Materials,31, 2104288 (2021)

34

Duan L., D'hooge D. R., Cardon L., Progress in Materials Science,114, 100617 (2020)

35

Peng B., Zhao F., Ping J., Ying Y., Small,16, 2002681 (2020)

36

Li L., Han L., Hu H., Zhang R., Materials Advances,4, 726 (2023)

37

Zang Y., Zhang F., Di C.-a., Zhu D., Materials Horizons,2, 140 (2015)

38

Zhang X., Li N., Wang G., Zhang C., Zhang Y., Zeng F., Liu H., Yi G., Wang Z., RSC advances,13, 16693 (2023)

39

Lu Y., Biswas M. C., Guo Z., Jeon J.-W., Wujcik E. K., Biosensors and bioelectronics,123, 167 (2019)

40

Lin L., Liu S., Zhang Q., Li X., Ji M., Deng H., Fu Q., ACS applied materials & interfaces,5, 5815 (2013)

41

Boland C. S., Khan U., Backes C., O’Neill A., McCauley J., Duane S., Shanker R., Liu Y., Jurewicz I., Dalton A. B., ACS nano,8, 8819 (2014)

42

Liu H., Gao J., Huang W., Dai K., Zheng G., Liu C., Shen C., Yan X., Guo J., Guo Z., Nanoscale,8, 12977 (2016)

43

Wang Y., Liu A., Han Y., Li T., Polymer International,69, 7 (2020)

44

Li C., Thostenson E. T., Chou T.-W., Applied Physics Letters,91, 223114 (2007)

45

Jiang H., Moon K.-s., Li Y., Wong C., Chemistry of Materials,18, 2969 (2006)

46

Huang D., Liao F., Molesa S., Redinger D., Subramanian V., Journal of the electrochemical society,150, G412 (2003)

47

Rizvi R., Naguib H., Polymer Engineering & Science,55, 1643 (2015)

48

Ahmed S., Bodaghi M., Nauman S., Khan Z. M., Advanced Engineering Materials,25, 2300763 (2023)

49

Lv Y., Min L., Niu F., Qin Z., Zhang M., Zhao B., Liu Y., Pan K., Advanced Materials Technologies,8, 2201886 (2023)

50

Lee D., Lee H., Jeong Y., Ahn Y., Nam G., Lee Y., Advanced Materials,28, 9364 (2016)

51

Xu F., Zhu Y., Advanced materials,24, 5117 (2012)

52

Ramalingame R., Hu Z., Gerlach C., Rajendran D., Zubkova T., Baumann R., Kanoun O., Journal of Sensors and Sensor Systems,8, 1 (2019)

53

Fu R., Zhao X., Zhang X., Su Z., Chemical Engineering Journal,454, 140467 (2023)

54

Yao S., Zhu Y., Advanced materials,27, 1480 (2015)

55

Zhao C., Fang Y., Chen H., Zhang S., Wan Y., Riaz M. S., Zhang Z., Dong W., Diao L., Ren D., ACS nano,17, 4862 (2023)

56

Park J., Hwang J. C., Kim G. G., Park J. U., InfoMat,2, 33 (2020)

57

Miao M., Liu R., Thaiboonrod S., Shi L., Cao S., Zhang J., Fang J., Feng X., Journal of Materials Chemistry C,8, 3120 (2020)

58

Moon H.-I., Jo S. G., Shin Y., Kang Y., Lee J. W., Korean Journal of Metals and Materials,60, 564 (2022)

59

Wang Y., Wang Y., SmartMat,4, (2023)

60

Huang H., Wang W., Zhang S., Physical Chemistry Chemical Physics,23, 19884 (2021)

61

Cheng Y., Li L., Liu Z., Yan S., Cheng F., Yue Y., Jia S., Wang J., Gao Y., Li L., Research,2022, 98435268 (2022)

62

Wu S., Moody K., Kollipara A., Zhu Y., ACS Applied Materials & Interfaces,15, 1798 (2022)

63

Noh J.-Y., Kim M., Kim J.-M., Korean Journal of Metals and Materials,60, 933 (2022)

64

Jung Y. W., Jo S. G., Moon H.-I., Kim Y. W., Shin Y., Park G.-R., Lee J. W., Korean Journal of Metals and Materials,60, 206 (2022)

65

Kang D., Pikhitsa P. V., Choi Y. W., Lee C., Shin S. S., Piao L., Park B., Suh K.-Y., Kim T.-i., Choi M., Nature,516, 222 (2014)

66

Pierre Claver U., Zhao G., Advanced Engineering Materials,23, 2001187 (2021)

67

Shen Z., Liu F., Huang S., Wang H., Yang C., Hang T., Tao J., Xia W., Xie X., Biosensors and Bioelectronics,211, 114298 (2022)

68

Li W.-D., Pu J.-H., Zhao X., Jia J., Ke K., Bao R.-Y., Liu Z.-Y., Yang M.-B., Yang W., Journal of Materials Chemistry C,8, 16774 (2020)

69

Smocot S., Zhang Z., Zhang L., Guo S., Cao C., Nanoscale,14, 17134 (2022)

70

Park J., Lee Y., Hong J., Ha M., Jung Y.-D., Lim H., Kim S. Y., Ko H., ACS nano,8, 4689 (2014)

71

Zhao T., Li T., Chen L., Yuan L., Li X., Zhang J., ACS applied materials & interfaces,11, 29466 (2019)

72

Park J., Kim J., Hong J., Lee H., Lee Y., Cho S., Kim S.-W., Kim J. J., Kim S. Y., Ko H., NPG Asia Materials,10, 163 (2018)

73

Zhang Y., Hu Y., Zhu P., Han F., Zhu Y., WSunong R., Wong C.-P., ACS applied materials & interfaces,9, 35968 (2017)

74

Pang Y., Zhang K., Yang Z., Jiang S., Ju Z., Li Y., Wang X., Wang D., Jian M., Zhang Y., ACS nano,12, 2346 (2018)

75

Jung Y., Choi J., Lee W., Ko J. S., Park I., Cho H., Advanced Functional Materials,32, 2201147 (2022)

76

Shi J., Wang L., Dai Z., Zhao L., Du M., Li H., Fang Y., Small,14, 1800819 (2018)

77

Kim Y.-R., Kim M. P., Park J., Lee Y., Ghosh S. K., Kim J., Kang D., Ko H., ACS Applied Materials & Interfaces,12, 58403 (2020)

78

Su Y., Zhang W., Chen S., Yao D., Zhang X., Chen H., Xu H., IEEE Transactions on Electron Devices,68, 786 (2021)

79

Lei X., Guo D., Ye L., Xu L., Yu S., Tong L., Zhao Y., Li Y., Yi L., Liu F., Advanced Materials,Technologies, 2202065 (2023)

80

Li J., Wu T., Jiang H., Chen Y., Yang Q., Advanced Intelligent Systems,3, 2100070 (2021)

81

Zhang C., Chen R., Xiao C., Zhao H., Wang Y., Geng D., Chen S., Luo T., Zhou W., Advanced Materials Interfaces,9, 2101596 (2022)

82

Chen J., Liu H., Wang W., Nabulsi N., Zhao W., Kim J. Y., Kwon M. K., Ryou J. H., Advanced Functional Materials,29, 1903162 (2019)

83

Wu Q., Qiao Y., Guo R., Naveed S., Hirtz T., Li X., Fu Y., Wei Y., Deng G., Yang Y., ACS nano,14, 10104 (2020)

84

Chen S., Jiang K., Lou Z., Chen D., Shen G., Advanced Materials Technologies,3, 1700248 (2018)

85

Li J.-a., Ma Z., Wang H.-t., Gao X.-x., Zhou Z., Tao R.-w., Pan L.-j., Shi Y., Advanced Intelligent Systems,1, 1900063 (2019)

86

Yang H., Fu R., Shan X., Lin X., Su Y., Jin X., Du W., Lv W., Huang G., Biosensors and Bioelectronics,203, 114028 (2022)

87

Khan Y., Ostfeld A. E., Lochner C. M., Pierre A., Arias A. C., Advanced materials,28, 4373 (2016)

KJMM Korean Journal of Metals and Materials

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