合作出版專著2部,發表論文150 餘篇,其中SCI收錄30餘篇,EI收錄80餘篇, 專利20餘項。參與編寫國家标準2部, 行業标準4部。
1、專著
1)羅承沐,張貴新等,電子式互感器與數字化變電站,中國電力出版社,2010.5
2)韓旻,鄒小兵,張貴新,脈沖功率技術基礎,bevictor伟德官网出版社,2007.01
2、Book Chapter
3、國際期刊論文選(2010以來)
1)Qiang Wang,Lingyun Hou, Guixin Zhang,Boya Zhang, Cheng Liu,Zhi Wang, Jian Huang,Using indium tin oxide material to implement the imaging of microwave plasma ignition process,Applied Physics Letters,v104, n7,2014
2)Boya Zhang,Qiang Wang,Guixin Zhang,Shanshan Liao,Experimental study on the emission spectra of microwave plasma at atmospheric pressure,Journal of Applied Physics,v115,n4,2014
3)Zhong Wang,Guixin Zhang,Qing Zhang,Zhidong Jia, A large-volume stable atmospheric air microwave plasma based on inductive coupling window-rectangular resonator,IEEE Transactions on Plasma Science,v42,n6,p1669-1673,June 2014
4)Qiang Wang,Guixin Zhang, Xinxin Wang,Characteristics and mechanisms of surface charge accumulation on a cone-type insulator under DC voltage,IEEE Transactions on Dielectrics and Electrical Insulation, v19,n1,p150-155,February 2012
5)Qiang Wang,Guixin Zhang, Yongxi Liu, Lingyun Hou, Cheng Liu,Zhi Wang,Jian Huang,Visual features of microwave ignition of methane-air mixture in a constant volume cylinder,Applied Physics Letters,v103,n20,November 11,2013
6)Zhong Wang,Guixin Zhang,Qing Zhang,Zhidong Jia,A large-volume open-air microwave plasma based on parallel multislot rectangular waveguides,IEEE Transactions on Plasma Science,v40,n5 PART 2,p 1380-1385,2012
7)Changquan Wang,Guixin Zhang, Xinxin Wang,Comparisons of discharge characteristics of a dielectric barrier discharge with different electrode structures,Vacuum,v86,n7,p960-964,February 8,2012
8)Changquan Wang,Guixin Zhang, Xinxin Wang,Xiangning He,The effect of air plasma on barrier dielectric surface in dielectric barrier discharge,Applied Surface Science,v257,n5 ,p1698-1702,Dec.15,2010
9)Peng Wang,Guixin Zhang, Zheng Qian,A planar-coil-based current transducer used in distribution power system,IEEE Transactions on Instrumentation and Measurement,v59,n11,p3028-3030,November 2010
10)Changquan Wang,Guixin Zhang, Xiangning He,Effect of dielectric barrier discharge on semiconductor Si electrode surface,Applied Surface Science,v256,n20,p 6047-6052,August 1,2010
11)Qing Zhang,Guixin Zhang,Shumin Wang,Liming Wang,Na Huo,Characteristics of microwave plasma torch at atmospheric pressure,IEEE Transactions on Plasma Science,v38,n11 PART 2,p 3197-3200,ovember 2010
4、國際會議論文選(2010以來)
1)Zhong Wang,Guixin Zhang,Zhidong Jia,A Novel microwave plasma source based on rectangular resonator,IEEE International Conference on Plasma Science (ICOPS), 2013 ,San Francisco, CA,US。16-21 June 2013,ISSN :0730-9244 INSPEC Accession Number:13845646
2)Qiang Wang,Guixin Zhang,Xinxin Wang, Measurements and calculations of surface charge on the cone-type insulator,DRPT 2011 - 2011 4th International Conference on Electric Utility Deregulation and Restructuring and Power Technologies,p645-648,2011
3)Qing Zhang,Guixin Zhang,Shumin Wang,Liming Wang,The generation and characteristic study of large-volume microwave plasma produced with parellel rectangular waveguides,2010 Abstracts IEEE International Conference on Plasma Science,DOI:10.1109/PLASMA.2010.5534134,Publication Year: 2010, Page(s):
4)Changquan Wang,Guixin Zhang,Xinxin Wang, Comparisons of discharge characteristics of a dielectric barrier discharge with different electrode structures,18th International Vacuum Congress (IVC)/International Conference on Nanoscience and Technology (ICNT)/14th International Conference on Surfaces Science (ICSS)/Vacuum and Surface Sciences Conference of Asia and Australia (VASSCAA),Beijing, CHINA,AUG 23-27, 2010
5)Guixin Zhang,Sheng Chen,Shuguang Xu,Bing Luo, Yu-Ming Zhao,Application and research of laser de-icing in power system,Proceedings of the 2010 IEEE International Power Modulator and High Voltage Conference,IPMHVC 2010,p 470-473,2010
6)Guixin Zhang,Bei Wang, Qiang Wang,Source Optimization design of shielding ring for restraining surface charge accumulation, Proceedings of the 2010 IEEE International Power Modulator and High Voltage Conference,IPMHVC 2010,p 474-476,2010
5、國内期刊論文選(2010以來)
1)黃健,王志,蘭光,劉永喜,張貴新. 微波等離子體點火的試驗研究[J]. 工程熱物理學報,2015,03:665-667.
2)Zhong Wang,Guixin Zhang,Cheng Liu,Zhidong Jia,Spectroscopic Diagnostics of Atmospheric Argon Microwave Plasma Based on an Inductive Coupling Window-Rectangular Resonator,CHINESE PHYSICS LETTERS, 31卷, 5期,文獻号: 055202, MAY 2014
3)Zhong Wang,Guixin Zhang,Cheng Liu,Zhidong Jia,Comparative Study on Excitation Temperature, Electron Temperature and Electron Density in an Atmospheric Argon Microwave Plasma,CHINESE PHYSICS LETTERS,31卷,5期, 文獻号: 055203 出版年: MAY 2014
4)王長全,張貴新. 水電極空氣等離子體改性聚丙烯表面的研究[J]. 絕緣材料,2014,04:26-29.
5)王長全, 張貴新. 填充氣體對高頻無極燈253.7nm共振譜線的影響[J]. 高電壓技術,2014,07:2179-2183.
6)王長全,張貴新,王新新,甯玉紅,馬碩堯. 城市軌道交通照明無極燈啟動過程研究[J]. 照明工程學報,2014,01:110-114.
7)廖姗姗,王強,張博雅,王仲,王博然,張貴新. 微波等離子體炬反應區的冷模測量與仿真[J]. 高電壓技術,2014,01:262-268.
8)劉永喜,張貴新,侯淩雲,王強. 基于圓柱形諧振腔的高氣壓微波等離子體發生裝置的電磁特性[J]. 高電壓技術,2013,07:1757-1762.
9)劉永喜,張貴新,王強,侯淩雲. 壓縮空氣微波等離子體發射光譜的實驗研究[J]. 光譜學與光譜分析,2013,03:794-797.
10)付洋洋,王強,張貴新,王新新. 基于表面電位測量的表面電荷反演計算[J]. 高電壓技術,2013,01:88-95.
11)王長全,張貴新,王新新,陳志宇. Surface Treatment of Polypropylene Films Using Dielectric Barrier Discharge with Magnetic Field[J]. Plasma Science and Technology,2012,10:891-896.
12)Changquan Wang,Guixin Zhang,Xinxin Wang,Zhiyu Chen,Source Surface treatment of polypropylene films using dielectric barrier discharge with magnetic field,Plasma Science and Technology,v14,n10,p891-896,October 2012
13)董晉陽,張貴新,王長全,鄒軍,趙艇. 铟網位置對無極燈253.7nm共振譜線的影響[J]. 光譜學與光譜分析,2012,09:2314-2317.
14)朱斌,張貴新王長全,邵明松. 等離子體電特性對無極燈光效的影響[J]. 高電壓技術,2012,07:1785-1790.
15)王仲,張貴新,張慶,賈志東. 石英管對平行WR-430波導諧振腔電場的影響(英文)[J]. 強激光與粒子束,2012,07:1544-1548.
16)章鹿華,徐占河,張貴新,丁恒春,殷慶铎,趙冀甯. 基于虛拟儀器技術的電子式互感器校驗裝置的設計與實現[J]. 電測與儀表,2012,04:31-33+46.
17)董晉陽,張貴新,王長全. 冷端溫度對無極燈253.7nm共振譜線的影響[J]. 光譜學與光譜分析,2012,01:50-52.
18)趙宇明,張貴新,羅兵,陳勝,徐曙光,黎小林. 大功率半導體激光除冰技術[J]. 南方電網技術,2011,05:60-64.
19)王長全,張貴新,王新新,邵明松,董晉陽,王贊基. 發射光譜法研究無極燈等離子體參數分布[J]. 光譜學與光譜分析,2011,09:2533-2535.
20)王長全,張貴新,董晉陽,邵明松,王新新,王贊基. 無極燈啟動特性研究[J]. 真空科學與技術學報,2011,05:536-539.
21)霍娜,張貴新,張鋒,劉永喜,張慶. 微波等離子體用于汽車點火的仿真及研究[J]. 汽車安全與節能學報,2011,03:217-222.
22)Qing Zhang,Guixin Zhang,Shumin Wang,Liming Wang, A large-volume microwave plasma source based on parallel rectangular waveguides at low pressures,Plasma Sources Science and Technology,v20,n1,Feb.2011
23)汪沨,肖曉林,張憲标,付婷婷,王強,張貴新. 基于PIC法SF_6/N_2混合氣體中絕緣子沿面放電特性研究[J]. 電工技術學報,2011,08:220-226.
24)王長全,張貴新,董晉陽. 無極燈光效的影響因素分析[J]. 高電壓技術,2011,06:1446-1451.
25)王仲,張貴新,王強. 開放式微波等離子體源的研究進展[J]. 高電壓技術,2011,03:793-800.
26)王強,張貴新,王新新. 直流電壓下氣固交界面表面電荷積聚現象的實驗分析[J]. 高電壓技術,2011,03:594-598.
27)張貴新,董晉陽,王長全. 放電參數對無極燈發光特性的影響[J]. 高電壓技術,2011,03:770-776.
28)王長全,張貴新,王新新,何湘甯,徐勇. 介質阻擋放電改性聚丙烯表面的研究[J]. 絕緣材料,2011,01:50-54+57.
29)王蓓,張貴新,王強,李金忠,湯浩. SF_6及空氣中絕緣子表面電荷的消散過程分析[J]. 高電壓技術,2011,01:99-103.
30)陳勝,張貴新,徐曙光,羅兵,趙宇明. 電網中激光除冰技術分析[J]. bevictor伟德官网學報(自然科學版),2011,01:47-52.
31)王鵬,張貴新,羅承沐. 一種數字化變電站與智能高壓設備實驗平台[J]. 電氣電子教學學報,2010,06:86-88.
32)王長全,張貴新,董晉陽,王新新,王贊基. 無極燈的溫度特性研究[J]. 中國照明電器,2010,07:1-4.
33)張貴新,王蓓,王強,李金忠,範建斌,湯浩. 直流電壓下盆式絕緣子表面電荷積聚效應的仿真[J]. 高電壓技術,2010,02:335-339.
34)張慶,張貴新,王黎明,王淑敏. 大氣壓微波等離子體炬的仿真設計與實驗[J]. 強激光與粒子束,2010,02:315-318.
6、授權專利
1)張志剛,張貴新,褚斌,李東紅, 張東波, 侯世虎,一種智能油紙電容式變壓器套管,201420670259.2,2015-03-04
2)張貴新,謝宏,李東紅,遠距離便攜式激光熔塑料膜裝置,201420588083.6, 2015-01-21
3)鮑臻,李克強,張貴新,具有電流模拟觸感反饋的按鍵開關以及觸敏顯示器,國家發明專利,201110231927.2,2014-12-10
4)王強,王仲,廖姗姗,張貴新,羅承沐,李東紅,一種用于制備納米材料的微波等離子體反應裝置,國家發明專利,201210295643.4,2013-12-11
5)張貴新,王長全,王贊基,董晉陽,朱建州,無極燈紫外輻射特性試驗方法和裝置,國家發明專利, 201010290962.7,2012-11-14
6)張貴新,王長全,王贊基,董晉陽,朱建州,一種低光衰的無極燈燈泡,201010239611.3,2012-07-18
7)張貴新,霍娜,劉永喜,一種基于微波等離子體的發動機點火裝置,201010580902.9,2012-05-23
8)劉亮,張貴新,馮劍,狹縫與大縫結合式微波等離子體反應腔, 200710121657.3,2011-03-30
9)劉亮,張貴新,馮劍,微波等離子體反應腔,200710121656.9,2011-09-14
10)王強,張貴新,王蓓,徐曙光,吳寶晖 ,一種四維自适應絕緣件表面電荷測量裝置,201010034314.5 ,2011-08-17
11)黎小林,張貴新,羅兵,徐曙光,趙宇明,陳勝,饒宏,王鵬,羅承沐,一種透鏡組排列可調的多路輸出半導體激光器,201010104059.7,2011-06-08
12) 張貴新,王鵬 ,徐曙光,羅承沐, 陳勝,一種用于輸電線路的非接觸式激光除冰裝置,200820124570.1,2009-11-11
13)張貴新,陳永山,耿華,一種具有防竊電功能的電子式互感器,200710064942.6,2009-11-04