1）国防重点项目课题，XXXX，2020年11月-2024年10月 （在研、负责）

2）国防创新特区项目，XXXX，2018年11月-2020年12月（结题、负责）

3）国防创新特区项目，XXXX，2018年12月-2020年11月 （结题、负责）

4）华为技术有限公司合作项目，XXX，2019年9月-2020年4月（结题、负责）

5）江苏省自然科学基金，基于双模振动的一体式石英振梁加速度计研究，2017年7月-2020年6月（结题，负责）

6）教育部留学回国人员基金，高精度一体式石英振梁加速度计关键问题研究，2013年8月-2015年7月（结题，负责）

7）教育部新教师基金，高频小型石英晶体微天平的研制 ，2013年8月-2015年7月（结题，负责）

8）江苏省自然科学基金面上项目，基于双梁结构的石英振梁加速度计研究 （结题，负责）

1.      Jinxing Liang, Qi Tang, and Shengshou Lin. Design and Fabricationof Quartz MEMS-based Monolithic Vibrating Beam Accelerometer. Sensors and Materials,Vol. 33, No. 4 (2021) 1113-1126.

2.      胡佳佳，梁金星. 自检式石英振梁加速度计的极板间距研究. 传感器与微系统 2020，Vo.l.39, Issue 11，25.

3.       Jinxing Liang, Debo Kong and Chaolin Liu. Study on Dual ChannelLateral Field Excitation Quartz Crystal Microbalance for Measuring LiquidElectrical Properties. Sensors 2019, 19, 1253.

4.       Jinxing Liang, Xi Zhao, Debo Kong, Yijing Chen, and Toshitsugu Ueda.Effect of Properties of Phosphate Buffer Saline Solutions on VibrationalCharacteristics of a Quartz Crystal Microbalance Resonator, Sensors andMaterials, 30(5): 1115–1121 (2018)

5.       Jinxing Liang, Jing ZHANG, Wenxiang ZHOU, and Toshitsugu UEDA. Developmentof a Flow Injection Based High Frequency Dual Channel Quartz Crystal Microbalance,Sensors2017, 17 (5), 1136.

6.       Jinxing LIANG，Jing ZHANG，Peng WANG，Changchuan LIU，Shi QIU，Toshitsugu UEDA，Development of Portable Quartz Crystal Microbalancefor Biosensor Applications，Sensors and Materials，28（3）：201-207（2016）

7.       Jinxing LIANG，Liyuan ZHANG，Ling WANG，Yuan DONG，Toshitsugu UEDA，Flip chip bonding of a quartz MEMS-basedvibrating beam accelerometer，Sensors，15（9）：22049-22059 (2015)

8.       Jinxing Liang，Jia Huang，Tian Zhang，Jing Zhang，Xuefeng Li，Toshitsugu Ueda，An Experimental Study on Fabricating an InvertedMesa-Type Quartz Crystal Resonator Using a Cheap Wet Etching Process，Sensors，13（9）：12140-12148 (2013)

9.       Jinxing LIANG，Yanli Chai，Guangchan MENG，Xueying CHEN，Surface electrode configurations for quartz MEMSdouble-ended tuning fork resonator，Micro & Nano Letters，8（1）：52-55 (2013)

10.   Jinxing Liang，Jia Huang，Sheng Ding，Toshitsugu Ueda，Flow-Injection-BasedMiniaturized Quartz Crystal Microbalance，Sensors and Materials，25（7）：519-526 (2013)

11.   Xuefeng Li, JinxingLiang, Shuo Lin, Yury Zimin,Yupeng Zhang, and Toshitsugu Ueda. NIRSpectrum Analysis of Natural Gas Based on Hollow-Core Photonic Bandgap Fiber.IEEE SENSORS JOURNAL, VOL. 12, NO. 7, p.2062-6067（2012）

12.   Xuefeng Li, Jinxingliang, Shuo lin, Yupeng Zhang, and Toshitsugu ueda. Micromachining of Photonic Bandgap Fiber UsingFocused Ion Beam Milling Technique. Advanced Science Letters, Volume12, Number 1, pp. 230-234 ( 2012)

13.   Xuefeng Li, Shuo Lin, Jinxing Liang, Hiroshi Oigawa, and Toshitsugu Ueda. High-SensitivityFiber-Optic Fabry–Perot Interferometer Temperature Sensor. Japanese Journalof Applied Physics5106FL10 (2012)

14.   Xuefeng Li, Shuo Lin, Jinxing Liang, Yupeng Zhang, Hiroshi Oigawa, Toshitsugu Ueda.  Fiber-OpticTemperature Sensor Based on Difference of Thermal Expansion Coefficient betweenFused Silica and Metallic Materials. IEEE Photonics Journal, Vol. 4,Issue 1, p. 155-162 (2012) (SCI)

15.   Jinxing Liang, Xuefeng Li, Hongsheng Li, Yunfang Ni, Kunyu Li,Libin Huang, and Toshitsugu Ueda. Designand Fabrication of Quartz Micro-Electro-Mechanical System-Based Double-EndedTuning Fork with Variable Sections. Japanese Journal of AppliedPhysics, Volume 50, Issue 6, pp. 06GM06-06GM06-4 (2011) (SCI)

16.   Xuefeng Li, JinxingLiang, Yury Zimin, Yupeng Zhang, Shuo Lin, and Toshitsugu Ueda. U-BandWavelength References Based on Photonic Bandgap Fiber Technology. Journalof Lightwave Technology, Vol. 29, Issue 19, pp. 2934-2939 (2011) (SCI)

17.   Jinxing Liang, Xuefeng Li, Yunfang Ni, Hongsheng Li, Libin Huang, andKunyu Li. Formationof Side Electrode on Quartz MEMS-Based Double-Ended Tuning Fork Using EnhancedLift-Off Process. Advanced MaterialsResearch, Vol. 328-330, p. 507-510 (2011) (EI)

18.   Xuefeng Li, JinxingLiang, Hiroshi Oigawa, and Toshitsugu Ueda. DoubledOptical Path Length for Photonic Bandgap Fiber Gas Cell Using Micromirror.Japanese Journal of Applied Physics, Volume 50, Issue 6, pp. 06GM01-06GM01-4 (2011). (SCI)

19.   Xuefeng Li, Joanna Pawlat, Jinxing Liang, and Toshitsugu Ueda.Measurement of Low Gas Concentrations Using Photonic Bandgap Fiber Cell.IEEE Sensors Journal, Vol. 10, Issue 6, p. 1156-116 (2010) (SCI)

20.   Jinxing Liang; Toshitsugu Ueda. ImprovedMEMS structure for stress-free flip-chip packaging. Journal ofMicro/Nanolithography, MEMS, and MOEMS 08(02), 021118 (2009) (SCI)

21.   Xuefeng Li, Joanna Pawłat, Jinxing Liang, Guan Xu, and Toshitsugu Ueda. Fabricationof Photonic Bandgap Fiber Gas Cell Using Focused Ion Beam Cutting. JapaneseJournal of Applied Physics, Vol. 48, 06FK05 (2009) (SCI)

22.   Jinxing Liang, Fusao Kohsaka, Takahiro Matsuo1, Xuefeng Li, KenKunitomo, and Toshitsugu Ueda. Developmentof Highly Integrated Quartz Micro-Electro-Mechanical System Tilt Sensor.Japanese Journal of Applied Physics, Vol. 48, 06FK10 (2009) (SCI)

23.  JinxingLiang, FusaoKohsaka, TakahiroMatsuo, Xuefeng Li, and ToshitsuguUeda. ImprovedBi-layer Lift-off Process for MEMS Applications. MicroelectronicEngineering, Vol.85, Issue 5-6, p. 1000-1003 (2008) (SCI)

24.  JinxingLiang, Takahiro Matsuo, Fusao Kohsaka, Xuefeng Li, KenKunitomo, andToshitsugu Ueda.Fabrication of Two-Axis Quartz MEMS-Based Capacitive Tilt Sensor. IEEJTransactions on Sensors and Micromachines, Vol. 128  , No. 3 pp.85-90 (2008) (EI)

25.  Fusao Kohsaka, Jinxing Liang, Takahiro Matsuo, Toshitsugu Ueda. High Sensitive Tilt Sensor for QuartzMicromachining. IEEJ Transactions onSensors and Micromachines, Volume 127, Issue 10, pp. 431-436 (2007) (EI)

26.   Jinxing Liang, Fusao Kohsaka, Takahiro Matsuo, and Toshitsugu Ueda.Wet Etched High Aspect Ratio Microstructures on Quartz for MEMS Applications. IEEJ Transactions on Sensors and Micromachines,Volume 127, Issue 7, pp. 337-342 (2007) (EI)

27.  Takahiro Matsuo, Joanna Pawlat, JinxingLiang, Ken Kunitomo,and UedaT. Astudy on a diode-bridge type differential capacitance detection circuit. Jouranl of AdvancedOxidation Technolgies, Vol. 9, Issue 2, p. 156-159 (2006) (SCI)

28.   Takahiro Matsuo, Joanna Pawlat, Jinxing Liang and Toshitsugu Ueda. Studyon a diode-bridge type capacitance detection circuit for differentialcapacitive sensor. Przeglad Elektrotechniczny (ElectrotechnicalReview), Vol. 83, No.6, p. 60-62 (2007) (SCI)

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