论文：
[1] Zengyan Zhu, Yutao Wang, Dayang Wang, Gang Yang, and Zhi Xie, Evaluation of array capacitive sensor for local concentration measurement of gas-solid particles flow by coupled fields based on CFD-DEM[J], Measurement, 2024, 229 (6): 114457.(中科院二区TOP)
[2]Zengyan Zhu, YutaoWang, Gang Yang, DayangWang, and Zhi Xie, Asolidconcentrationmeasurementmethodwithonlinecalibration ofsolidpermittivity[J],IEEE Sensors Journal,2024,24(15):24498-24511. (中科院二区)
[3]Zengyan Zhu, Yutao Wang, Dayang Wang, Gang Yang, and Zhi Xie,Simultaneous measurement of solid concentration and solid moisture in gas-solid two-phase flow using a dual-modality electrical sensor[J],MeasurementScience and Technology, 2024, 35(10): 105103.(中科院三区)
[4]Zengyan Zhu, YutaoWang, Gang Yang, Zhi Xie, Zhong Wang,andYu Luo, Study of multi-electrode excitation mode for 3D electrical resistance tomography[J], Flow Measurement and Instrumentation,2022,84(2):102137.(中科院三区)
[5]Zengyan Zhu, Yutao Wang,Dayang Wang, Gang Yang, and Zhi Xie, Measurement of moisture and solid concentration in gas-solid two-phase flow based on combined measurement, 35th International Conference on Chinese Control and Decision Conference,2023,2784-2787. ( EI)
[6]Zengyan Zhu, Yutao Wang,Simultaneous reconstruction of conductivity and permittivity in electrical impedance tomography, 31th International Conference on Chinese Control and Decision Conference, 2019,2784-2787. ( EI)
[7] DayangWang,XiaoxiaoLiu, YutaoWang, ZengyanZhu, DaweiChen, and ZhiXie, Measurement of solid concentration in gas-solid flows using a microwave resonant cavity sensor[J], IEEE Transactions on Instrumentation and Measurement,2023,73:7501009. (中科院二区TOP)
[8]Dayang Wang,Danian Zhang,YutaoWang,Zengyan Zhu,Gang Yang,Development of a Yagi Antenna-Based Microwave Sensor for Solid Concentration Measurement[J],IEEE Sensors Journal,2025(Early Access). (中科院二区)
[9]DayangWang,JiuxiangSun, YutaoWang, GangYang, ZengyanZhu, and ZhiXie, Eliminating the influence of moisture on solid concentration measurement in gas-solid flows using combined sensors[J], IEEE Transactions on Instrumentation and Measurement,2022,72:7500310. (中科院二区TOP)
专利:
[1]王玉涛，朱增妍，杨钢，陆增喜，王大阳，固相介电常数变化下电容式气固两相流固相浓度获取方法[P]，申请号：CN202310856969.8（已公开）
[2]王大阳，张大年，朱增妍，王玉涛，杨钢，陆增喜，基于双频微波透射传感器的固相浓度测量系统及方法[P]，申请号：CN202410105509.6（已公开）
