The basic information
2. 2013 1st award of excellent teaching material of north western technical university (chief editor).
4. 2009 excellent supervisor of engineering master's degree dissertation of north western technical university.
6. 2004~2005 academic year awards for teachers in graduate
academy of north western technical
research interests：1. precision measurement and control in mechatronics.2. precision and ultra-precision automatic measurement. 3. virtual instrumentation and virtual test. 4. test metrology and instrumentation.
10 teaching materials and 50 academic papers have
been published. 5 academic papers have been indexed by ei. 3 chinese
invention patent have been authorized.
1.duxi liu, qiuxia qin, xingang wang, hailong mao.design of static pressure tube for precision air static pressure measurement based on orthogonal test design method. chinese journal of scientific instrument,2014,35(2),360-367. （ei20141317512604）.
2.du-xi liu,sen zhang,yun-long zhu, qiu-xia qin. parametric design of static tube for long-distance outboard precision atmospheric static pressure measurement. the 3rd international conference on materials science and manufacturing (icmsm2014), nov 2013,yichang, china. (ei 20141717623857).
3.liu duxi, xu jianshe.innovative design of long-range linear displacement precision measuring mechanism for airplane trailing cone automatic releasing system.procedia engineering, v 16, p 453-458, 2011,international workshop on automobile, power and energy engineering, apee 2011 (ei 20120314687381).
4.liu duxi, zhu mingquan. study on repeatability evaluation method of precision automatic inspecting machine of aviation coupling based on independent sub-sample.2010 international conference on e-product e-service and e-entertainment, iceee2010 (ei 20110313604686).
5.liu duxi, etal. the research of large-scale displacement and linear velocity precision control of winding servo system. automation in manufacturing, 2010, 32(10):35-38.
6.liu duxi, etal. research of quick and accurate position
control method based on secondary fractional steps positioning. computer measurement
and control, 2009, 17（9）：1724-1725,1734.