Research Progress of Coal Villages in China Based on Literatures Analysis

Abstract:

Using China National Knowledge Infrastructure as the retrieve source, research papers of villages overlapping coal resources in recent 48 years are analyzed from the aspects of time distribution, periodical distribution, topic distribution etc. Then the content of research literature is analyzed qualitatively and the research progress is revealed. The results show that: The total amount of literature is less, the gross number is only 331; Besides core journals, the ordinary journals occupies the large proportion among the journals on which the research papers published; It can generally be divided into two research themes, that is coal mining technology under villages and relocation of village overlapping coal resources. Compared with the first, the study of village relocation is weak, and much more study is in a shallow level; The research subject is single, and the technical personnel and workers at the basic level of coal enterprises occupy a large proportion. Although the village relocation involves a lot of land issues, the research of land scholars on this field is not much. To strengthen and broaden the research of relocation of villages overlapping coal resources is the trend of future research in this field. Comprehensive and quantitative research from the land, management, ecology, environment and other multi angle, multi domain, multi discipline should be conducted.

• Periodical: Advanced Materials Research (Volumes 1010-1012)
• Pages: 1301-1306
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.1010-1012.1301
• Online since: August 2014
• Authors: Lin Lin Cheng*, Jun Tao Ren, Peng Fei Wang, Lu Ma, Shu Jiang
• Keywords: Coal Villages, Literature Analysis, Research Progress

References

[1] Li H B: Shandong University of Science and Technology. 2011. In Chinese.

[2] Pang M L: http: /www. china5e. com/news/news-841715-1. html. 2013. 7. 30. In Chinese.

[3] Qi Y Ch: Journal of Coal Mining Vol. 15(6)(2010), pp.39-41+67. In Chinese.

[4] L Sh Zh, H G H, Zh R Zh: Journal of Mining & Safety Engineering Vol. (1) (2004), pp.74-77. In Chinese.

[5] Li G L: The international association of mine surveying, chairman of the secretariat, mine surveying association of professional committee of the sixth international. 2006. In Chinese.

[6] L Y X, D H Y, W G Y: Journal of Coal Mining Vol. (2)(2012), pp.75-77. In Chinese.

[7] T J Zh, X F K, W Zh Ch: Journal of Coal Mining Vol. (1)(2012), pp.96-99. In Chinese.

[8] F Sh J, X J L, Zh W B, L X H: Journal of Energy Technology and Management Vol. (1)(2010), pp.7-9. In Chinese.

[9] G X L, Ch H Q, G W B: Coal Engineering Vol. 1(12)(2004), pp.46-48. In Chinese.

[10] Ch C J, M Y E, Y W X: Coal Science and Technology Vol. (11)(2004), pp.35-36. In Chinese.

[11] J C Y, W J Zh, G Sh H: Mine Surveying Vol. (4)(1990), pp.37-42+61. In Chinese.

[12] L D H, L D Sh, S Ch Sh: Journal of Liaoning Technical University Vol. (1)(2003), pp.58-60. In Chinese.

[13] Ch H B, Z Y B, G W B: China Safety Science Journal Vol. (10)(2008), pp.172-176. In Chinese.

[14] F X Q: Mine Surveying Vol. (4)(2003), pp.56-58. In Chinese.

[15] Zh W B, Zh B Sh, X J L: Journal of Mining & Safety Engineering Vol. (4) (2003), pp.89-90+94. In Chinese.

[16] Q Q D, Zh H Q, H Ch J, G M L: Coal Science and Technology Vol. (10)(2004), pp.67-69+73. In Chinese.

[17] C Sh L: Hebei University of Engineering. (2011).

[18] Zh W T, F G M, L P J: Coal Engineering Vol. (4)(2011), pp.36-38. In Chinese.

[19] X G Q, Y J H, X Sh R: China Mining Magazine Vol. (3)(2013), pp.70-72+112. In Chinese.

[20] Zh X G, J X Y, J N: China Mining Magazine Vol. (2)(2014), pp.82-86. In Chinese.

[21] L F M: Coal Science and Technology Vol. (8)(2000), pp.39-42. In Chinese.

[22] W X F: Journal of China Coal Society Vol. (S1)(2000), pp.71-74. In Chinese.

[23] D J M: Southwest Jiaotong University. (2005).

[24] Zh F, An B Ch, Zh Q: Coal Science and Technology Vol. (11)(2012), pp.24-27. In Chinese.

[25] X H P: Shandong University of Science and Technology. (2006).

[26] X Sh L: China Venture Capital Vol. (21)(2012), pp.286-287. In Chinese.

[27] Z X W, J J: Coal Mining Technology Vol. (3)(2008), pp.42-44+70. In Chinese.

[28] Zh Sh H: Coal Science & Technology Magazine Vol. (1)(2009), pp.24-25. In Chinese.

[29] L Y Y: Coal Science & Technology Magazine Vol. (1)(2009), pp.24-25. In Chinese.

[30] L Sh H, L B Ch: Shandong Coal Science and Technology Vol. (3)(2008), p.164+166. In Chinese.

[31] X Sh L: China Venture Capital Vol. (21)(2012), pp.286-287. In Chinese.

[32] W Zh G: Mine Surveying Vol. (4)(1990), pp.35-37. In Chinese.

[33] W L H, L Y J, P L Y: Coal Economic Research Vol. 31(36208)(2011), pp.6-8. In Chinese.

[34] C Sh Y, W L D: China energy Vol. (4)(1990), pp.39-41. In Chinese.

[35] T H: Coal Economic Research Vol. (9)(1983), pp.5-6. In Chinese.

[36] S J X: Modernization of coal Vol. (4)(2006), pp.4-5. In Chinese.

[37] Y L N, Zh Ch J, L J H: China Mine surveying professional committee of coal society. 2010. 04.

[38] Zh Y L, H Zh Q, Ch F: China Land Science Vol. (4)(2007), pp.60-64. In Chinese.

[39] W L: China university of mining &technology (Beijing). (2009).

[40] L X L: Shandong University. (2009).

[41] S Y H: Shandong University of Science and Technology. (2011).

[42] H Y, L X Sh, W Y J: Chinese Coal Vol. (5)(2013), pp.5-10+70. In Chinese.

[43] Zh H: China university of mining &technology (Beijing). (2011).

[44] Zh X H, Zh J Y: Shanxi architecture Vol. (15)(2013), pp.209-211. In Chinese.