1. Spatial variation characteristics and influencing factors of soil available medium elements in Qujing tobacco-growing area. Journal of Nuclear Agronomy, 20 1 1/03

2. Canonical correlation analysis between tobacco quality evaluation indexes. Journal of Tobacco, 20 1 1/03.

3.3. Evaluation of available trace elements in tobacco-growing soil in Malong supported by GIS. Acta Nicotiana Sinica, 201/03.

4. Spatial variability of soil nutrients and suitability evaluation of soil fertility in Qujing city. Journal of applied ecology, 20 1 1/0 1.

5. Evaluation model of smoking quality of Qujing C3F flue-cured tobacco based on principal component regression. Journal of Tobacco, 20 1 1/0 1.

6. Difference of chemical composition of flue-cured tobacco with different tar content. Journal of Tobacco, 20 1 1/02.

7. Allelopathic potential of tobacco residue decomposition solution and its components. Journal of Tobacco, 20 10/06.

8. Study on the distribution and correlation of boron content in soil and tobacco leaves at different altitudes in Qujing, Yunnan. Journal of Tobacco, 20 10/06.

9. Study on dynamic changes of soil microorganisms of flue-cured tobacco in Dali, Yunnan. Journal of Tobacco, 20 10/05.

10. Effects of some ecological factors on volatile and semi-volatile organic acids in flue-cured tobacco. Journal of Tobacco, 20 10/05.

1 1. Journal of Tobacco, 20 10/05.

12. Effects of climate, soil and their interaction on reducing sugar, nicotine and total nitrogen content of flue-cured tobacco in Hunan. Journal of Ecology, 201016.

13. Effects of soil, climate and their interaction on the content of neutral volatile aroma substances in Hunan flue-cured tobacco. Journal of applied ecology, 20 10/08.

14. The contents of lead, chromium and mercury in flue-cured tobacco in Qujing tobacco-growing area and their correlation with soil environmental factors. Tobacco science and technology, 20 10/07

15. Changes of non-volatile organic acids in different parts of flue-cured tobacco during ripening. China Tobacco Science, 20 10/04.

16. Differences of root growth and root hair morphology of different flue-cured tobacco varieties under low potassium stress. Journal of Tobacco, 20 10/03.

17. Determination of pectin in tobacco by enzymatic hydrolysis-ion chromatography. Chemical research, 20 10/03

18. Changes of several compounds and related enzyme activities during alcoholization of redried tobacco leaves. China Tobacco Science, 20 10/03.

19. Comprehensive evaluation of soil fertility in Qujing tobacco-growing areas of Yunnan. Journal of Tobacco, 20 10/02.

20. Difference analysis of reducing sugar in flue-cured tobacco from different varieties and producing areas in Yunnan. Journal of Southwest Agricultural University, 20 10/04.

2 1. Study on the regional characteristics of chlorine content in flue-cured tobacco in main tobacco-growing areas of China. China soil and fertilizer, 20 10/02.

22. Study on the correlation between particulate matter in flue-cured tobacco smoke and quality evaluation indexes. China Tobacco Science, 20 10/0 1.

23. Response of different flue-cured tobacco varieties to soil trace elements. China Tobacco Science, 20 10/0 1.

24. Effects of soil, climate and their interaction on reducing sugar and nicotine content of flue-cured tobacco in Hunan. Journal of Tobacco, 20 10/0 1.

Analysis of sensory quality factors of flue-cured tobacco in Hunan and Yunnan. Journal of Tobacco, 20 10/0 1.

26. Spatial variation analysis of polyphenol content in Yunnan flue-cured tobacco. Acta crop, 20 10/0 1.

27. Simultaneous determination of three kinds of bud inhibitors residues in tobacco by gel permeation chromatography-high performance liquid chromatography-tandem mass spectrometry. Analytical laboratory, 20 10/0 1

28. The development of characteristic tobacco leaves is a cooperation platform for key backbone brands and high-quality tobacco-growing areas to achieve a win-win situation. Journal of Tobacco, 2009/06.

29. The total sugar content of flue-cured tobacco in central Hunan and its relationship with smoking quality. Journal of Tobacco, 2009/05.

30. Spatial distribution characteristics of nicotine content in flue-cured tobacco in Hunan and its relationship with aroma and taste. China Tobacco Science, 2009/05.

3 1. Study on the pathogenicity and medicinal use of nicotine. Chinese journal of drug abuse prevention and treatment, May 2009.

32. Comparison and cluster evaluation of physical properties of flue-cured tobacco in Hunan. China Tobacco Science, 2009/03.

33. Study on the County Distribution of Comparative Advantage of Flue-cured Tobacco Planting in Hunan Province [J]. Journal of Tobacco, 2009/03

34. Effect of soil moisture on volatile aroma components and main chemical components of flue-cured tobacco at maturity. Journal of Tobacco, 2009/03.

35. Application of Two-stage Cluster Analysis in Appearance Quality Evaluation of Flue-cured Tobacco, Journal of Agricultural Machinery, 2009,40 (6)

36. Physiological mechanism of carbon monoxide and its application in cigarette smoke. China Journal of Medical Practice, April 22-23, 2009.

37. Research Progress on Extraction and Analysis of Tobacco Pectin, Guangzhou Chemistry, 2009/ 0 1

38. Research progress on detection of tobacco pesticide residues by LC-MS, Guangxi Light Industry, 2009/ 02.

39. Effects of UV-B on tobacco growth and secondary metabolism. Journal of China Ecological Agriculture, 2009/0 1.

40. Study on the absorption capacity of flue-cured tobacco adventitious roots to main nutrient elements. Journal of Tobacco, 2008/06.

4 1. Analysis of physical characteristics of flue-cured tobacco leaves from different producing areas in Yunnan. Journal of Tobacco, 2008/06.

42. Analysis of the main economic indicators affecting cigarette consumption demand in China. Journal of Tobacco, 2008/04.

43. Study on cold tolerance and related physiological indexes of flue-cured tobacco varieties. China Tobacco Science, 2008/03.

44. Optimal analysis and application of multi-index orthogonal test data. Journal of Tobacco, 2008/02.

45. Study on the correlation between tobacco quality evaluation indexes. Journal of Tobacco, 2008/02.

46. Microscopic analysis of tobacco leaves with different maturity. China Tobacco Science, 2008/02.

47. It is a strategic choice for China Tobacco to construct the guarantee system of high-quality characteristic tobacco raw materials in China. Journal of Tobacco, 2008/0 1.

48. Research progress on the mechanism and regulation of tobacco early flowering. Journal of Tobacco, 2008/0 1.

49. Compensation effect of adventitious roots on root growth and related enzyme activities of flue-cured tobacco. China Tobacco Science, 2008/0 1.

50. Sensitivity of flower bud differentiation and growth process of different flue-cured tobacco varieties to low temperature at seedling stage. China Tobacco Science, 2007/06.

Study on the influence of 5 1. drying process parameters on the quality of cut tobacco. Journal of Tobacco, 2007/06.

52. Spatial variability of sugar content of flue-cured tobacco in Hunan tobacco-growing areas. Journal of Environmental Science, 2007/6.

53. Effect of element deficiency on growth and development of glandular hairs in flue-cured tobacco leaves. Journal of Tobacco, 2007/05.

54. Study on the main chemical constituents of sponge cells and palisade cells in different parts of tobacco leaves. China Agricultural Sciences, 2007/ 10.

55. Studies on the chemical constituents of palisade tissue and sponge tissue in leaves of five flue-cured tobacco varieties. Journal of Tobacco, 2007/06.

56. Regional characteristics of sulfur content in flue-cured tobacco in Hunan and its influence on smoking quality of tobacco leaves. Journal of Applied Ecology, 2007/05.

57. Spatial variability of lead content in flue-cured tobacco in Hunan tobacco-growing areas. Journal of environmental science, 2007/ 10.

58. Difference of main polyphenol content in different cigarettes and tobacco leaves. Journal of Tobacco, 2007/06.

59. Construction and empirical analysis of quantitative evaluation system for appearance quality of flue-cured tobacco in Hunan. China Agricultural Sciences, 2007. /09.

60. Quality evaluation and parameter optimization of screening and feeding process based on robust design. Journal of Tobacco, 2006/5.

6 1. Difference of nonvolatile organic acids in different flue-cured tobacco varieties in Hunan. Journal of Tobacco, April 2006.

62. Cytological study on leaf anatomical structure and plastids during flue-cured tobacco ripening. Journal of Crops, 2006, Volume 4

63. Content analysis of chlorogenic acid and rutin in flue-cured tobacco leaves from different producing areas. Analysis of natural products in 2006/2004.

64. Effect of potassium on the activity of endogenous protective enzymes in tobacco leaves after virus infection. China Agricultural Science 2000. Volume 33, Issue 3

65. Effects of rhizosphere acidity on growth and nutrient absorption of flue-cured tobacco. Soil 2000. Volume 32 No.65438 +0

Study on absorption of main nutrients by burley tobacco varieties under different nitrogen levels. Seed 2000。 No. 1

67. Effects of phosphorus, calcium and zinc on tobacco growth, stress-resistant protective enzymes and osmotic adjustment substances Soil 200038+0

68. Effect of potassium on peroxidase activity in flue-cured tobacco infected with mosaic virus. Tobacco Science and Technology. No.8, 2000

Study on adaptability of different flue-cured tobacco varieties to rhizosphere pH. Volume 32, Issue 3

70. Study on the response of different flue-cured tobacco varieties to potassium. Soil 1998. Volume 30, issue 5.

7 1. Study on the response ability of tobacco varieties to potassium at seedling stage. China Tobacco Science. 1998. Vol. 19NO2。

72. Effects of potassium, calcium and zinc on seed germination and seedling growth of flue-cured tobacco. China Tobacco Science. 1998. Volume 19 1

73. Effects of comprehensive cultivation measures on tobacco root characteristic parameters and tobacco leaf quality. Soil fertilizer.5438+0998.04

74. Physiological regulation of potassium on growth and drought resistance of flue-cured tobacco under drought stress. China Tobacco. 1998. Volume 20, issue 3.

75. Study on transgenic tobacco with replicase gene. Journal of Tobacco. The fifth volume No.65438 +0

76. Effects of nitrogen forms of fertilizers on physiological metabolism and potassium absorption of flue-cured tobacco. PEDOSPHERE 1997。 Vol 17 No.2

77. Tobacco physiology and biochemistry [M]. China University of Science and Technology Press, 1996.

78. Effects of nitrogen fertilizer dosage and forms on growth and potassium absorption of flue-cured tobacco. Journal of Tobacco (1996), Volume 3, No.2. 1998.0996

79. Effects of ridging fertilization on root development and nitrogen and potassium absorption efficiency of tobacco. Journal of Tobacco (1995), Volume 2, No.4 (1)

80. Effect of potassium supply by stages on absorption and distribution of potassium in burley tobacco. China tobacco. 1995.vol. 16 No.4.

8 1. Color atlas of tobacco diseases and insect pests in China. Anhui Science and Technology Press. 56438+0994.438+00 (6).

82. Effects of K+and related anions on tobacco-related physiological metabolism. Journal of Tobacco. Volume 2, Issue 2

83. Physiological study on tobacco drought resistance. China Tobacco. 1989. Volume 6, Issue 3

84. Physiology and biochemistry of tea seeds during storage-analysis of germination process of tea seeds in different states. Fujian tea,1986,2

85. Effects of different pruning techniques on photosynthetic respiration characteristics of tea plants. Guizhou Tea 1983( 1)

86. Study on the annual growth cycle of tea trees. Guizhou tea. 1983.2

87. Discussion on the production of tea assimilates-the effect of picking on photosynthesis and respiration of tea trees. Tea news 1983.3.

88. Improving the economic coefficient of tea tree growth-a subject of tea scientific research in the future. Tea newsletter .55438+0983.

89. Discussion on the relationship between tea branch growth and assimilate metabolism and transportation. Tea Newsletter.45438+0982.4

90. Try to discuss the cold resistance of tea. Tea. 1982.0 1. 17-2 1.

9 1. Effects of different electric field intensities on the germination of tea seeds. China Tea.59438+0981.6