1、專著
[1]于歆傑主編,《以學生為中心的教與學—利用慕課資源實施翻轉課堂的實踐》,高等教育出版社,2015,第2版,2017
[2]Xinjie Yu and Mitsuo Gen, Introduction to Evolutionary Algorithms, Springer, 2010(Springer eBook Collection 2015和2016年下載量位居前25%,總下載量23,881)
[3]陳建業、蔣曉華、于歆傑、褚旭,《電力電子技術在電力系統中的應用》,機械工業出版社,2008
2、教材
[1]朱桂萍,于歆傑,陸文娟,《電路原理》,高等教育出版社,2016
[2]劉秀成、于歆傑、朱桂萍,《電路原理試題選編(第三版)》,bevictor伟德官网出版社,2014
[3]朱桂萍、于歆傑、陸文娟、劉秀成,《電路原理導學導教及習題解答》,bevictor伟德官网出版社,2009
[4]劉秀成、于歆傑、朱桂萍、陸文娟,《電路原理電子課件》,bevictor伟德官网出版社,2008
[5]于歆傑、朱桂萍、陸文娟,《電路原理》(普通高等教育“十一五”和“十二五”國家級規劃教材),bevictor伟德官网出版社,2007
3、譯著
[1] 梁乘姬、于歆傑譯,《網絡模型與多目标遺傳算法》,bevictor伟德官网出版社,2017
[2]于歆傑等譯,《電路》,高等教育出版社,2014
[3]于歆傑編譯,《電路、器件及應用(第8版)》,bevictor伟德官网出版社,2014
[4]于歆傑選譯,《電路基礎(第5版)》,機械工業出版社,2013
[5]于歆傑、朱桂萍、劉秀成譯,《模拟和數字電子電路基礎》,bevictor伟德官网出版社,2008
[6]于歆傑選譯,《電路基礎(第3版)》,bevictor伟德官网出版社,2008
[7]于歆傑,周根貴譯《遺傳算法與工程優化》,bevictor伟德官网出版社,2004
[8]陳建業,楊德剛,于歆傑等譯,《電力電子手冊》,機械工業出版社,2004
4、國際期刊科研論文(2011以來)
[1] Lou G F, Yu X J, Lu S H. Equivalent circuit model for plate-type magnetoelectric laminate composite considering an interface coupling factor[J]. Acta Physica Sinica, 2018, 67(2): 027501
[2]Xukun Liu and Xinjie Yu, “he meat grinder with CPFU: a novel circuit for inductive pulsed power supplies, IEEE Transactions on Plasma Science, 45(9): 2546-2551, 2017
[3]Shangang Ma, Xinjie Yu, Zhen Li, XRAM Pulse Current Generator With Magnetic Flux Compression Effect, IEEE Transactions on Plasma Science,45(7): 1190-1195, 2017
[4]Shangang Ma, Xinjie Yu, Zhen Li, Conceptual Design and Comparison for 100-kJ Inductive Pulse Power Supplies, IEEE Transactions on Plasma Science,45(7): 1196-1201, 2017
[5]Xukun Liu, Xinjie Yu, Rui Ban, Zhen Li, Analysis of the Capacitor-Aided Meat Grinder Circuits for an Inductive Pulsed Power Supply, IEEE Transactions on Plasma Science,45(7): 1339-1346, 2017
[6]Xukun Liu, Xinjie Yu, Rui Ban; Zhen Li, Parameter Analysis of the Energy Transfer Capacitor in the Meat Grinder With SECT Circuit, IEEE Transactions on Plasma Science,45(7): 1239-1244, 2017
[7]Xinjie Yu, Xukun Liu, Review of the Meat Grinder Circuits for Railguns, IEEE Transactions on Plasma Science, 45(7): 1086-1094, 2017
[8]Xukun Liu, Xinjie Yu, Rui Ban, Zhen Li, Discussion on Minimum Precharged Voltage and Energy of the Counter-Current Capacitor in ICCOS, IEEE Transactions on Plasma Science, 45(7): 1347-1352, 2017
[9]Xinjie Yu, Rui Ban, Xukun Liu, Zhen Li, The Meat Grinder With SECT Circuit, IEEE Transactions on Plasma Science, 45(7): 1448-1452, 2017
[10]Guofeng Lou, Xinjie Yu, and Shihua Lu, Equivalent Circuit Model of Low-Frequency Magnetoelectric Effect in Disk-Type Terfenol-D/PZT Laminate Composites Considering a New Interface Coupling Factor, Sensors, 17(6), 1399, 2017
[11]Xukun Liu, Xinjie Yu, Zhen Li, Inductance Calculation and Energy Density Optimization of the Tightly Coupled Inductors Used in Inductive Pulsed Power Supplies, IEEE Transactions on Plasma Science, 45(6): 1026-1031, 2017
[12]Zhen Li, Xinjie Yu, Jianmin Ding, Relationship Between STRETCH Meat Grinder Circuit Performances and Inductor Parameters, IEEE Transactions on Plasma Science, 44(10): 1864 - 1871, 2016
[13]Xinjie Yu, Jianmin Ding, Zhen Li, The Influences of Low Temperature on System Performance of Inductive Pulsed Power Supplies, IEEE Transactions on Plasma Science, 44(10):2035-2039, 2016
[14]Xukun Liu, Xinjie Yu, and Xiucheng Liu, Performance Analysis and Parameter Optimization of CPPS-Based Electromagnetic Railgun System, IEEE Transactions on Plasma Science, 44(3):281-288, 2016
[15]Xinjie Yu, Guofeng Lou, Hongge Chen, Chao Wen, Xukun Liu, A Slice-Type Magnetoelectric Laminated Current Sensor, IEEE Sensors Journal, 15(10): 5839-5850 , 2015
[16]Xinjie Yu, Hui Liu, Jun Li, Zhen Li, Peizhu Liu, Discussion on the discharging effects of two STRETCH meat grinder modules with different triggering delays, IEEE Transactions on Plasma Science, 43(5): 1469-1473, 2015
[17]Xinjie Yu, Hui Liu, Jun Li, Zhen Li, Peizhu Liu, Study on the collaborative triggering of multiple STRETCH meat grinder with ICCOS modules, IEEE Transactions on Plasma Science, 43(5): 1480-1484, 2015
[18]Zhen Li, Xinjie Yu, and Shangang Ma, Structural Parameters Optimization for the Inductors Used in the Inductive Pulse Power Supply, IEEE Transactions on Plasma Science, 43(5): 1456-1461, 2015
[19]Shangang Ma, Xinjie Yu, and Zhen Li, Determining Key Parameters for the STRETCH Meat Grinder Circuit, IEEE Transactions on Plasma Science, 43(5): 1485-1490, 2015
[20]Shangang Ma, Xinjie Yu, and Zhen Li, Parameter Analysis and Optimized Configuration of the PFU for Inductive Storage Systems, IEEE Transactions on Plasma Science, 43(5): 1491-1496, 2015
[21]Xinjie Yu, Shangang Ma, and Zhen Li, System Implementation and Testing of STRETCH Meat Grinder with ICCOS, IEEE Transactions on Plasma Science, 43(5): 1474-1479, 2015
[22]Chen Gong, Xinjie Yu, and Xiucheng Liu, Study on the System Efficiency of the Capacitive Pulsed-Power Supply, IEEE Transactions on Plasma Science, 43(5): 1441-1447, 2015
[23]Peizhu Liu, Xinjie Yu, Jun Li, and Shizhong Li, Energy Conversion Efficiency of Electromagnetic Launcher With Capacitor-Based Pulsed Power System, Transactions on Plasma Sciences, 41(5): 1295-1299, 2013
[24]Xinjie Yu and Xiangxiang Chu, Comparisons of Three Inductive Pulse Power Supplies, IEEE Transactions on Plasma Sciences, 41(5):1340-1345, 2013
[25]Xinjie Yu and Xiangxiang Chu, STRETCH Meat Grinder with ICCOS, IEEE Transactions on Plasma Sciences, 41(5):1346-1351, 2013
[26]Xinjie Yu and Zhaonan Fan, Simulation and Two-Objective Optimization of the Electromagnetic Railgun Model Considering VSEC Resistance and Contact Resistance, IEEE Transactions on Plasma Science, 39(1): 405-410, 2011
5、國内期刊科研論文(2011以來)
[1]班瑞,于歆傑,劉旭堃,李臻,基于meatgrinderwithSECT電路的50kJ電感儲能型脈沖電源的研究,電工電能新技術,2017
[2]盧詩華,于歆傑,樓國鋒,磁電層合大電流傳感器的改進和性能分析,電工技術學報, 2017
[3]李臻,于歆傑,高儲能密度電感的設計,電工技術學報,,32(13):125-129, 2017
[4]劉旭堃,于歆傑,劉秀成,常馨月,電磁軌道炮運行階段系統發射效率和電樞出膛動能研究,電工技術學報,32(3):210-217, 2017
[5]盧詩華,于歆傑,樓國鋒,一種基于磁電層合材料的新結構大電流傳感器,電工技術學報,31(23):70-76, 2016
[6]劉旭堃,于歆傑,劉秀成,電容儲能型脈沖電源分時分段觸發策略自動計算方法,電工技術學報,31(11): 186-193, 2016
[7]于歆傑、周新生,基于非位移檢測的串聯同步開關電感電路,電工技術學報,31(2): 25-30, 2016
[8]于歆傑,馬山剛,電感儲能型脈沖電源綜述,電工技術學報,30(24): 222-228, 2015
[9]馬山剛,于歆傑,李臻,基于ICCOS的STRETCH meat grinder電路中逆流回路的探讨模塊設計,電工技術學報,30(20): 79-84, 2015
[10]馬山剛,于歆傑,李臻,丁健民,劉旭堃,含有強耦合電感的XRAM發生器及100kJ模塊設計,電工技術學報,30(14): 475-480, 2015
[11]文超,于歆傑,李臻,一種用于電流檢測的長片型磁電層合材料,電工技術學報,30(10):26-30,2015
[12]丁健民,于歆傑,李臻,電感儲能型脈沖電源系統的半解析參數分析,電工電能新技術,34(7):11-15,2015
[13]龔晨,于歆傑,初祥祥,劉秀成,電容儲能型軌道炮能量回收方案及仿真實現,高電壓技術,40(4):1134-1140 ,2014
[14]龔晨,于歆傑,劉秀成,電容儲能型軌道炮連續發射系統設計與仿真,電工技術學報,28(2): 111-115, 2013
[15]于歆傑,吳天逸,李臻,基于Metglas/PFC磁電層狀複合材料的電能無線傳輸系統,物理學報,第62卷,第5期,058503,2013
[16]初祥祥,于歆傑,劉秀成,三種電感儲能型脈沖電源電氣性能的比較,電工電能新技術,31(3): 20-24, 2012
[17]于歆傑,初祥祥,串充并放型電感儲能脈沖電源XRAM的解耦改進,bevictor伟德官网學報,52(5): 710-714, 2012
6、國内期刊教學論文(2011以來)
[1] 于歆傑,為師四境,中國大學教學,2017,10:36-37
[2] [5] 朱桂萍,于歆傑,“電路原理”MOOC資源的多種應用形式實踐,電氣電子教學學報,39(3): 6-9, 2017
[3] 于歆傑,“掃碼”上課,讓教學更加精細化,光明日報,20170511
[4] 于歆傑,在線開放課程需要建以緻用,中國高等教育,24: 09-10,2015
[5] 于歆傑,關于MOOCs認識的幾個誤區,計算機教育,21:7-10,2014
[6] 朱桂萍,于歆傑,陸文娟,“電路原理”課程深度改革的理念探索,電氣電子教學學報,35(5):1-5, 2013
[7] 朱桂萍,于歆傑,陸文娟,“電路原理”課程深度改革的實踐探索,電氣電子教學學報,35(5):6-10, 2013
[8] 于歆傑,許軍,朱桂萍,關于全耦合的一道習題的讨論,電氣電子教學學報,34(3): 1-3, 2012
[9] 于歆傑,朱桂萍,陸文娟等,“電路原理”課程教學改革的理念與實踐,電氣電子教學學報,34(1):1-8. 2012
[10] 孫勁松,于歆傑,康重慶,多措并舉提高電氣工程學科研究生培養質量,現代教育技術,21(11):52-55,2011
[11] 于歆傑,關于互易二端口的若幹思考,電氣電子教學學報,33(5): 24-27, 2011
[12] 汪芙平,于歆傑,關于數字濾波器與線性相位特征的讨論,電氣電子教學學報,33(3): 38-44, 2011
7、授權發明專利
[1]黃松嶺、趙偉、王珅、于歆傑、陳俊傑、魏争,海中の石油ガスパイプライン用の内部検出裝置,日本,6154911,2017
[2]馬山剛,于歆傑,李臻,一種用于電磁發射的電感儲能型脈沖電源,中國,ZL201510025576.8,2017
[3]李臻,于歆傑,一種高耦合系數和儲能密度的電感及其設計方法與應用,中國,ZL201410213311.6,2016
[4]初祥祥,于歆傑,一種用于電磁發射的電感儲能型脈沖電源,中國,ZL201210082353.1,2014