(1) Paper
1. Comparison of isozymes between nuclear sterile flax sterile strains and fertile strains. Journal of Crop Science, Issue 3, 1991
2. Flax production and research in Inner Mongolia, China, Oil Crops Newletter, Issue 9, 1992
3. Research progress on nuclear sterile flax. Oil Crops Newletter, Issue 9, 1992
4 , Research on the male sterility of dominant nuclear sterile flax. Journal of Beijing Agricultural University, Volume 1, 1993
5. Preliminary report on the application of dominant nuclear sterile flax in breeding. North China Agricultural Sciences Acta Sinica Sinica, Issue 3, 1996
6. Genetic observation of sterility and marker traits of nuclear sterile flax. Journal of North China Agricultural Sciences, Issue 3, 1997
7. Male flax Discussion on the genetic rules of offspring of male sterile lines Ⅰ. Journal of Inner Mongolia Agriculture and Animal Husbandry University, Issue 3, 1997
8. Genetic rules of offspring of male sterile line of flax Ⅱ. Journal of Inner Mongolia Agriculture and Animal Husbandry University, Issue 2, 1998
9. Genetic analysis of fertility expression of nuclear sterile flax offspring. Annual Report of Chinese Youth Agricultural Sciences, 1998
10. Discussions on Utilization of Nucleus Male Sterile Flax in Hybrid seed production . Proceedings of the International Symposion on Tnlo-Line System Heterosis Breeding in Crops, 1997
11. Preliminary study on Utilization of Dominant Nuclear Male-sterile Flax. Proceedings of the 59th Flax Institute of the United States, 2002
12. Research progress of flax molecular marker technology. Inner Mongolia Agricultural Science and Technology, Issue 2, 2006
13. RAPD marker of dominant male sterility gene in flax. Journal of North China Agricultural Sciences , Volume 22, 2007
14. Cloning and expression specificity analysis of genes related to flax male sterility. Acta Genetics, Issue 3, 2008
15. Plant male fertility Cloning methods of related genes. Inner Mongolia Agricultural Science and Technology, Issue 3, 2008
16. Cloning and expression analysis of the homologous sequence MS2-F of the male sterility gene in flax. Plant Physiology Communications, Issue 5, 2008 Issue
17. Research progress on flax germplasm resources in my country. Inner Mongolia Agricultural Science and Technology, Issue 2, 2009
18. Current status and development strategies of my country's oil flax industry. Inner Mongolia Agricultural Science and Technology, 2009, Issue 4
19. Study on differential expression of mRNA and differential fragment analysis in fertile and sterile flower buds of dominant nuclear sterile flax. Biotechnology Bulletin, Issue 8, 2009
20. Flaxseed - a new functional food in the 21st century. Health food technology research and product development and nutritional medicinal diet exchange seminar, September 2009
21. Current status and analysis of flax processing enterprises in Inner Mongolia. Inner Mongolia Agricultural Science and Technology, Issue 1, 2010
(2) Monographs
1. Flax germplasm resource description specifications and data standards. China Agricultural Press, May 2006
p>2. Hemp crop breeding. China Agricultural Science and Technology Press, October 2008
3. Research on the development of China's characteristic crop industry. Northwest A&F University Press, August 2008 Month
(3) Patent
"Flax sterile line and hybrid seed production method" was awarded in 2006
National invention patent, patent number is "ZL02153988.x".
(4) Academic achievements
Achieve outstanding achievements in scientific research work, especially the research results on the theory of male sterility, the utilization of flax hybrid vigor and breeding methods Filled the gaps in domestic and foreign research, won the first prize of the Autonomous Region Science and Technology Progress Award and obtained the national invention patent; presided over the selection and breeding of four new flax varieties, which played an important role in increasing farmers' income and increasing enterprise efficiency; developed new flax varieties , the large-scale demonstration and promotion of new technologies and the research and development of flax functional health products have achieved significant economic and social benefits and made important contributions to the development of the flax industry in the autonomous region.