学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
学术论文：
[1]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. Experimental study on the two-phase fuel transient injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Energy, 2022,123114.
[2]YANG Xiyu, DONG Quan*, WANG Xiaoyan,et al. An experimental study on the needle valve motion characteristics of high pressure natural gas and diesel co-direct injector[J]. Energy,2022,126257.
[3]YANG Xiyu, ZHOU Tanqing, WANG Xiaoyan,et al. Investigation on online perception method of gas injection characteristics for the high-pressure natural gas direct injection engine[J]. Fuel, 2022, 316 (2022):123194.
[4]YANG Xiyu,DONG Quan*, WANG Xiaoyan,et al.Hybrid data-driven and mechanism-modeling approaches for online injection rate sensing of dual-fuel co-direct injector under carbon neutral background[J]. Fuel, 2024, 358(2024):130229.
[5]YANG Xiyu, WANG Xiaoyan, DONG Quan*,et al. A measurement method for the dual fuel coupling injection characteristics of the high-pressure natural gas and diesel co-direct injection engine[J]. Measurement,2022,2022. 110891.
[6]YANG Xiyu, DONG Quan*, ZHAO Hongjie. Study on transient flow characteristics and measurement method for multi-point injection system of natural gas engine, Measurement, 2023. 112491.
[7]YANG Xiyu, ZHOU Tanqing, DONG Quan*,et al. Research on innovative one-dimensional mathematical model applied to the on-line measurement for transient discharge coefficient of diesel injector nozzle[J]. International journal of engine research, 2021, 20211108.
[8]YANG Xiyu, DONG Quan*, SONG Jingdong,et al. Investigation of a method for online measurement of injection rate for a high-pressure common rail diesel engine injector under multiple-injection strategies[J]. Measurement Science and Technology, 2022, 33(2):025301
[9]DONG Quan,YANG Xiyu*, NI Hao,et al.An on-line measurement method of injection rate of high pressure common rail system[J]. Measurement, 2020, 170(3):108716.
[10]DONG Quan,YANG Xiyu*, JIA Demin, et al.Measurement and verification of transient injection flow rate of high pressure natural gas pulse injector[J]. Flow Measurement and Instrumentation, 2020, 76(3):101831.
[11]杨晰宇,董全,宋景冬,等.柴油喷雾内部动量分布特性测试技术及分析[J].哈尔滨工程大学学报,2021,42(10):1458-1464.
[12]YANG Xiyu, DONG Quan, SONG En-zhe, Gerhard RANEGGER , Matthias HUSCHENBETT. An Analysis of Gas Valve Injection Characteristics for Marine Gas Engines[C]. CIMAC2019, June 10-14, 2019, Vancouver, Canada.
[13]YANG Xiyu, DONG Quan, NI Hao,et al.Algorithm of high pressure common rail diesel engine injection rate based on the injector inlet pressure[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
[14]杨晰宇，董全.动量法燃油喷射规律测试研究[C].高等学校工程热物理第二十五届全国学术会议，2019，吉林.
[15]杨晰宇，董全，宋恩哲，等.天然气发动机燃气喷射特性规律实验研究[C].世界内燃机大会，2018，无锡.
[16]NIZuo, DONG Quan*, WANG Dingwen,YANGXiyu. Visualization research of natural gas jet characteristics with ultra-high injection pressure [J]. International journal of hydrogen energy, 2022, 47(76).
[17]WANG Xiaoyan, ZHOU Tanqing, DONG Quan*, CHENG Zhaolin ,YANG Xiyu. 2022. "A Virtual Combustion Sensor Based on Ion Current for Lean-Burn Natural Gas Engine" Sensors 22, no.13: 4660.
[18]LU Changhao, SONG Enzhe, NI Zuo,YANG Xiyu, DONG Quan*. A Study on the Correlation of Factors Influencing the Cyclic Variation of Marine Natural Gas Engines[J]. Processes, 2022, 10(3): 569.
[19]WEI Daijun, DONG Quan*,YANG Xiyu, et al. Study on Online Identification Method of Injection Time Characteristics for the High Pressure Diesel-Natural Gas Co-direct Injection Engine[J]. SAE International Journal of Engines, 2022, 16(03-16-05-0035).
[20]周谈庆，杨晰宇，王晓艳，等.双燃料喷射器油气瞬时质量流率同场测量方法[J].内燃机学报，2022.
[21]周谈庆，金江善，杨晰宇，等.柴油机喷油器喷嘴流量系数在线测量方法研究[J].内燃机学报，2022(005):040.
[22]徐宏宇,王迪,肖友洪,杨晰宇,董全. (2022).喷油过程关键时间特征识别方法研究.哈尔滨工程大学学报, 43(7), 7.
[23]陶锋，宋景冬，杨晰宇，董全.基于Zeuch法的电控喷油器喷油规律研究[C]第二届世界内燃机大会，2021，济南.
[24]WEI Daijun ,YANG Xiyu, ZHOU Tanqing ,et al. Experimental study on fuel injection characteristics of diesel-natural gas engine [C]. 2022年海洋命运共同体建设高端论坛暨海洋装备技术与可持续发展国际会议，2022，北京.
[25]Hongyu Xu, Tong Zhang, Deyu Wang,Xiyu Yang, Quan Dong. Measurement and analysis of internal momentum field distribution characteristics of diesel fuel spray[C]. ILASSA2020, October 23-26, 2020, Zhenjiang, China.
发明专利：
1. 董全，杨晰宇，王迪.一种基于STFT的高压天然气缸内直喷发动机燃气喷射时间特征在线识别方法[P]，授权号：ZL 202210376121.0.
2. 董全，杨晰宇，宋景冬，周谈庆.一种适用于高压直喷天然气发动机的燃料喷射规律测[量装置及其测量方法[P]，授权号：ZL202110314243.2.
3. 董全，杨晰宇，周谈庆，王迪.一种适用于柴油机燃油系统多次喷射策略的喷油规律在线测量方法及其在线测量方法[P]，授权号：ZL202110198511.9.
4. 董全，杨晰宇，宋恩哲，姚崇，范立云，杨立平，孙军.双气瓶保护型天然气发动机燃气气路系统及其控制方法[P],授权号：ZL201810057258.3.
5. 董全，杨晰宇，范立云，宋恩哲，姚崇.一种轴向进气的集成式交叉环槽气体燃料喷射混合装置[P],授权号：ZL201720760691.4.
6. 董全，魏代君，王迪，杨晰宇.基于高压天然气循环喷气量实时检测的ADRC喷气量闭环控制方法[P]，授权号：ZL202210376124.4.
7. 董全，许聪聪，王迪，杨晰宇.一种以天然气喷射器入口压力波动为输入的循环喷气量前馈PID闭环控制方法及系统[P]，授权号：ZL202210376116.X.
8. 董全，周谈庆，王迪，杨晰宇，一种以燃油系统压力波动为输入的燃油喷射量前馈PID闭环控制方法[P],授权号：ZL 20021037120.6.
9. 董全，周谈庆，王迪，杨晰宇，基于喷油量实时监测的ADRC喷油量闭环控制方法[P]，授权号：ZL202210374389.0.
10. 董全，杨建强，杨晰宇，王迪.一种零排放的氨‑氢发动机燃料喷射系统及运行方法[P]，公开号：CN115030840A.
11. 董全，魏代君，王迪，杨晰宇.一种基于小波变换的高压天然气缸内直喷发动机燃气喷射过程时间在线分析方法[P]，公开号：CN114810448A.
12. 董全，王朔，王迪，杨晰宇.一种基于在线感知的高压天然气缸内直喷发动机喷气量MPC闭环控制方法[P]，公开号：CN114810404A.
13. 董全，周谈庆，王迪，杨晰宇.一种基于在线感知为基础的高压共轨燃油喷射器燃油喷射量控制系统及其MPC闭环[P]，公开号：CN114893315A.
14. 董全，周谈庆，王迪，杨晰宇.一种基于共轨系统黎曼波监控的模糊PID燃油喷射量闭环控制方法[P]，公开号：CN114810402A.
15. 董全，许聪聪，王迪，杨晰宇.一种基于机器学习的高压天然气缸内直喷发动机循环喷气量的在线识别方法[P]，公开号：CN114818479A.
16. 董全，杨晰宇，王迪.一种柴油机喷嘴位置最高爆压在线检测装置[P]，公开号：CN114935423A.
17. 董全，杨晰宇，王迪.一种基于压力信号特征快速识别的高压共轨柴油机循环喷油量在线反馈方法[P]，公开号：CN114810403A.
18. 董全，魏代君，王迪，杨晰宇.一种基于在线感知为反馈信息的高压共轨柴油机燃油喷射系统及其PID闭环控制方法[P]，公开号：CN114704398A.
19. 董全，杨晰宇，王迪.一种可用于燃烧状态在线监测的柴油机喷嘴装置及检测方法[P]，公开号：CN114856879A.
20. 董全，许聪聪，王迪，杨晰宇.一种有相变的氨燃料瞬态喷射过程中气液两相占比测试装置[P]，公开号：CN114810447A.
21. 董全，樊旭，王迪，杨晰宇.一种基于高压天然气喷射器入口压力变动监测的模糊PID喷气量闭环控制方法[P]，公开号：CN114839860A.
22. 董全，杨建强，卢昌浩，杨晰宇，倪佐.一种稳定喷射压力的气态氨燃料供应系统[P]，公开号：CN113446134A.
23. 董全，张钰钦，王迪，卢昌浩，倪佐，杨晰宇.天然气可燃气体组分浓度在线测量装置[P]，公开号：CN113406023A.
24. 董全，周谈庆，杨晰宇，王迪.一种基于喷油器入口压力波的喷油器喷嘴流量系数的在线计算方法[P]，公开号：CN114687877A.
25. 董全，宋景冬，王迪，杨晰宇.一种可变量程的燃油喷射规律测量仪[P]，公开号：CN111946517A.
26. 董全，宋景冬，王迪，杨晰宇.一种基于动量法可调背压的喷油规律测试装置[P]，公开号：CN111963349A.
27. 董全，宋景冬，王迪，杨晰宇.一种伞型喷油器喷雾局部动量测试装置[P]，公开号：CN11946518A.
软件著作权：
1. 董全,杨晰宇,宋恩哲,姚崇,范立云,杨立平,孙军.动量法测量燃油喷射规律采集及数据处理软件软件著作权.登记号：2018SR071953.
2. 董全,杨晰宇.喷油规律分析处理软件软件著作权.登记号：2018SR244640.
3. 董全,杨晰宇,宋恩哲,姚崇,杨立平.燃油喷射规律测量以及喷油持续期稳态流量测试软件软件著作权.登记号：2018SR633037.
4. 董全,杨晰宇,宋恩哲,姚崇,杨立平.柴油机喷油器瞬态喷油特性处理软件软件著作权.登记号：2018SR914520.
5. 董全,杨晰宇,宋恩哲,姚崇,杨立平,孙军.基于小波近似系数提取的容积法喷油器喷油规律信号降噪软件软件著作权.登记号：2019SR1338555.
6. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速采集时间可调软件软件著作权.登记号：2020SR1133635.
7. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪声速仪上位机通讯软件软件著作权.登记号：2020SR0974757.
8. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号连续采集软件软件著作权.登记号：2020SR1133619.
9. 董全,宋景冬,杨晰宇.燃油喷射规律测量仪的压力与声速信号触发采集软件软件著作权.登记号：2020SR1133611.
