zou jun-九游会平台

1、 gradated students

l post-doctor：taobin jing

l phd：none

l master：yafei ji, ke zhao, taoning jiang, junjie li, jin wan, wenwen li, chenglong zhou

l visiting scholar：hongwei zhou, chao liu

2、 current graduate students

l post-doctor：

l ph.d. candidate： boyuan zhang, xuelong du

l m.s. candidate：ji qiao, hanhua zhang

1 projects sponsored by government

l 2011.01-2014.12，national natural science foundation of china，51177087，dangerous influence analysis and computational model to human body caused by the electromagnetic pulse. ongoing project, principle investigator.

l 2008.01-2010.12，national natural science foundation of china，50777038，hybrid algorithm for analyzing multi-region emc problem . completed project, principle investigator.

l 2003/01-2005/12，national natural science foundation of china，50207005，smart fitting model in emc problems in power system. completed project, principle investigator.

l 2011.01-2013.01，research and development foundation of railway ministry, china, electromagnetic environment and protection techniques of the high speed electrified railway, completed project, principle investigator.

2 projects from industry (2014 - )

l 2014.06-2015.12，national grid company，research of the electromagnetic environment and the design for constructing the multi-circuits of ehv/uhv transmission lines

l 2014.01-2015.12，china railway signal & communication design institute，deepening research of the signal transmission performance of the high speed railway

l 2014.10-2014.12，beijing power economic research institute，research of the cable grounding system using the foundation of the tunnel

l 2014.10-2016.10，electrical power design intuition of gansu province, distribution of the short circuited current of a high voltage ac transmission line

l 2014.09-2014.12，electrical power research institute of china，research of high voltage reactor in different working conditions

3 international cooperation projects

l 2015.01-2015.11，korea electro-technology research institute-keri, analysis of uwb emp induced over-voltages on power lines

l 2014.01-2014.11，korea electro-technology research institute-keri, analysis of the lightning induced disturbances in a buried conductor system

l 2013.01-2013.11，korea electro-technology research institute-keri, study of the lightning electromagnetic radiation over a horizontally or vertically layered conducting ground

l 2012.01-2013.11，korea electro-technology research institute-keri, fast algorithm for lightning hazard warning using electric field measurements at ground level

l 2011.01 – 2011.11，korea electro-technology research institute-keri, analysis of lightning radiated electromagnetic fields with inclined or arbitrary-branched lightning return stroke channel

l 2010.01 – 2010.11，korea electro-technology research institute-keri, analysis of a complex grounding system in a horizontal multilayer soil

l 2009.01 – 2009.11，korea electro-technology research institute-keri, lemp induced vlotage calculation and its shielding effect analysis for the power line

l 2008.01 – 2008.11，korea electro-technology research institute-keri, calculation of transient responses of thin wire structures under hemp using the time domain integral equation

l 2007.01 – 2007.11，korea electro-technology research institute-keri, hemp experimental standards and the frequency domain peec model for calculating hemp response

l 2006.01 – 2006.11，korea electro-technology research institute-keri, transient analysis of electromagnetic effects for a modern building stroked by a lightning

l 2005.01- 2005.11，korea electro-technology research institute-keri, study of the electromagnetic coupling between power lines and buried conductors

l 2004.01- 2004.11，korea electro-technology research institute-keri, research on transient analysis technology of emp coupling to multiple lines

international publications（sci indexed papers in recent 5 years）

1) zou jun，zhang boyuan，du xuelong，lee jaebok，ju munno，high-efficient evaluation of the lightning electromagnetic radiation over a horizontally multilayered conducting ground with a new complex integration path，ieee transactions on electromagnetic compatibility， vol. 56, no. 3, pp. 659-667, 2014.

2) lee jae-bok，zou jun，li benliang，ju munno，efficient evaluation of the earth return mutual impedance of overhead conductors over a horizontally multilayered soil，compel-the international journal for computation and mathematics in electrical and electronic engineering，vol. 33, no.4, pp. 1379-1395, 2014.

3) jun zou, t. b. jin, and wenwen li, j. b. lee and s. h. chang, “a hermite interpolation model to accelerate the calculation of the horizontal electric field of a lightning channel along a transmission line”, ieee trans. on emc, vol. 55, no. 1, feb., pp. 124-131, 2013.

4) jun zou, c. l. zhou and wenwen li, j. b. lee and s. h. chang, “evaluation of the horizontal electric field of the lightning channel with the fast convergent sommerfeld integral tail”, compel, vol. 32, no. 6, pp. 2027-2044, 2013.

5) j. b. lee, jun zou*, and m. li, and s. h. chang, “fast evaluation of the lightning electromagnetic field in the time domain with an adaptive piecewise approximation”, compel, vol. 32, no. 3, 2013, pp. 1030-1043, 2013.

6) jun zou, m. li, j. b. lee and s. h. chang,, “fast evaluation of the horizontal electric field of lightning with cooray-rubinstein formula in time domain using a piecewise convolution technique”, ieee trans. on emc, vol. 54, no. 5,oct. pp. 1034-1041, 2012.

7) jun zou, m. li, j. b. lee and s. h. chang,, “calculation of the magnetic field in air produced by the underground conductor using pollaczek integral”, ieee trans. on emc, vol. 54, no. 1, feb., pp. 198- 204, 2012.

8) jun zou, t. b. jin, w. w. li, j. b. lee and s. h. chang, , “fast numerical evaluation of the horizontal electric field radiated by a lightning channel using the moment technique”, ieee trans. on emc, vol. 54, no. 6, dec. pp. 1244-1251, 2012.

9) jun zou, j. b. lee, j. j. le and s. h. chang, “evaluating ground fault current distribution on overhead transmission lines using an iterative nodal analysis”, compel, vol. 30, no. 2, pp. 622-640, 2011.

10) jun zou, j. j. li, j. b. lee and s. h. chang,, “fast and highly accurate algorithm for calculating the earth-return impedance of underground conductors”, ieee trans. on emc, vol. 53, no.1, feb., pp. 237-240, 2011.

11) j. b. lee, jun zou* , j. wang and s. h. chang, “fast evaluating the electromagnetic fields generated by a vertical electric dipole over the lossy ground using sommerfeld integral without truncation”, ieee trans. on emc, vol. 53, no.4, nov. pp. 977-986, 2011.

l senior member, chinese society for electrical engineering - csee