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2. The fresh wet Okara wet grinding technology research food and the food industry, 2011,18 (4)
Agricultural produce materials numerical simulation and testing of high-speed cutting crushing flow field. Agricultural Machinery, 2010,41 (9)
4 the high shear sweet corn grain crushing experimental study Food Science and Technology, 2010,31 (8)
5. Installation location of the hydrodynamic performance of the high-shear mixer Research Food and Machinery, 2010 (5)
High-speed cutting technology and its fresh wet okara ultrafine grinding applications Food and Machinery, 2010 (5)
7. Material physical properties of the high fat content of their fine crushing characteristics of Agricultural Sciences, 2010 (5)
11 high shear mixing tank material flow visualization and structural improvements. Food and Machinery, 2009 (6)
13 different pass high-pressure jet micro analysis of ultra-fine grinding Comparison Food Science and Technology, 2008, (12)
14. Leafy material wet fine grinding technology research. Agricultural Mechanization Research, 2008 (11)
15. Ultrafine grinding process of gas / solid two-phase flow Numerical Simulation of Modern Manufacturing Engineering, 2008 (8)
16 fuel ethanol production plant straw wet grinding pilot study. Agricultural Mechanization Research, 2008 (6)
20. Agricultural produce high-speed cutting shredder management and analysis of the device structure parameters. Guizhou Agricultural Sciences, 2008,36 (4)
22 pin disc mill Numerical study of gas-solid two-phase flow field of Zhengzhou University (Engineering Science), 2008,29 (2)
23 numerical simulation of the flow field of high-pressure homogenizer materials of Engineering Design, 2008,15 (1)
24 high pressure homogenization process visual analysis and discussion. Machinery Manufacturing, 2008 (1)
25 industrial Okara the fine grinder rationale and experimental study of the food industry, 2007,28 (6)
26 sweet corn kernels physical properties of pomace ultrafine grinding corn, 2007,15 (3)
27. Controlled cutting the ultrafine grinder rationale and parameters analysis of the food industry, 2007,28 (1)
28 production technology of new fruit and vegetable powder tablets. Foods and machinery, 2006,22 (5)
29 shear of homogeneous devices high-speed rotor deformation and reliability analysis. Jiangnan University, 2006,5 (6)
Reliability analysis of high-speed rotor deformation of teeth 30. Multiturn Food Research and Development, 2006,27 (10)
32 viscous fluid flow in high shear homogenizer internal three-dimensional flow field parsing Food Research and Development, 2006,27 (5)
33 based on ultra-high pressure research on the the materials grinder rationale of the hit homogenization Food Research and Development, 2006,27 (5)
34 high shear homogenizer rotor system critical speed analysis. Jiangnan University, 2006,5 (3)
35 high shear homogenizer rotor system optimized according to the mechanical properties of the structural parameters. Machinery manufacturing, 2006,44 (1)
38 high-speed stator and rotor homogenizer rotor blade vibration modal analysis of vibration and shock, 2005,24 (4)
43 fruit and vegetable fiber wet ultrafine grinding of key equipment. Packaging and Food Machinery, 2004 (3)
44. The wet ultrafine homogenizing process evaluation method of Zhengzhou Institute of Engineering, 2004, 25 (3)
46 design and experimental study of a new type of high-pressure homogenization system. Packaging and Food Machinery, 2004,22 (1)
47 high shear homogenizer in the fruit and vegetable juices homogeneous. Packaging and Food Machinery, 2003, 21 (4)
48 cereal materials high shear wet crushed. Agri Food Science and Technology, 2003,11 (5)
50. The fiber materials grinder rationale and analysis of the relevant parameters. Packaging and Food Machinery, 2002,20 (5)
51 shear homogenizer (pump) within the fluid flow field theoretical research. Jiangnan University, 2002,1 (2)
52 Finite Element Analysis of the structural design of high-speed shear homogenizer Food Machinery, 2002 (6)
53. Shear Homogenizer shear mechanism and energy characteristics of the theoretical analysis of grain and oil processing, food machinery, 2001 (9)
54 VB developers in Solid Edge the homogeneous head design module. Packaging and Food Machinery, 2001 (6)
55 shear homogenizer reasonable selection of grain and oil processing and food machinery, 2001 (6)
56 suspension system design and theoretical studies of the the homogeneous mixing device mixing vessel. Packaging and Food Machinery, 2001,19 (3)
57 structure and theoretical studies of the shear homogenizer Food Machinery, 2001 (3)
58 Status and Prospects of industrial fluid mixing. Packaging and Food Machinery, 2001,19 (4)
59. High pressure homogenizer mechanism analysis and discussion of the packaging and food machinery, 2001,19 (1)
60 high shear homogenizer stirring impeller structure parameters of the food and feed industry, 2000 (6)

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Secondary development technology (I). 1.CAD Packaging and Food Machinery, 2004, 21 (1)
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Three-dimensional modeling of the helical gear based on Solid Edge mechanical design, 2003, 20 (10)
Vegetables, paper processing key issues. Packaging and Food Machinery, 2003, 21 (1)
3D modeling technology based on Solid Edge involute helical gear tooth profile. Mechanical Design and Research, 2002 (3)
Application SolidEdge gear three-dimensional modeling studies. Mechanical Engineers, 2002 (3)
7.2010 years of the development of China's food machinery foresight and scientific and technological progress Countermeasures of Food Science and Technology, 1999 (1)
8 technical level of developed countries, food machinery development trend of food and the food industry, 1999 (3)
The level of technology and development trends of the Chinese food machinery food and the food industry, 1999 (4)
10 changes in food processing sensory characteristics and nutritional value of food and the food industry, 1996 (1)
11. Frozen food technology and its application to food and the food industry, 1996 (3)
12. Pump piping design of non-Newtonian food fluids choice of food and the food industry, 1995 (1)
13. Optoelectronic color sorting technology and its applications. Food and feed industry, 1995 (2)
14 fruit and vegetable juices membrane degassing technology. Packaging and Food Machinery, 1995 (3)
15. Applied Optics principle to detect the quality of the food material. Packaging and Food Machinery, 1994 (3)