[1]       国家自然科学基金青年项目，21701041，大面积高质量WS₂薄膜的可控生长及光电性能研究，2018/01-2020/12，25万元，主持。

[2]       太阳能高效利用湖北省协同创新中心开放基金青年项目，WS₂/ReSe₂异质结太阳能电池研究，2018/01-2019/12，2.5万元，主持。

[3]       湖北工业大学2017年博士启动金项目，WS₂/WTe₂异质结的可控生长及光电性能研究，2018/01-2020/12，4万元，主持。

[1]       Y. Chen，L.   Gan，H.   Q. Li，Y.   Ma，T.   Y. Zhai^*，Achieving uniform monolayer transition   metal dichalcogenides film on silicon wafer via silanization treatment: a   typical study on WS₂，Advanced   Materials，2017, 29, 16035501.

[2]       Y. Chen，J.   Z. Xiao^*，Effects of YSZ addition on the   response of La₂CuO₄ sensing electrode for a   potentiometric NOx sensor，Sensors and Actuators   B: Chemical，2014, 192(1):730-736.

[3]       Y. Chen，J.   Z. Xiao^*，Synthesis of composite La_1.67Sr_0.33NiO₄-YSZ   for a potentiometric NOx sensor by microwave-assisted complex-gel auto-   combustion，Ceramics International，2013,   39:9599-9603.

[4]       Y. Chen^*，F.   Xia, J. Z. Xiao，Effect of electrode   microstructure on the sensitivity and response time of potentiometric NOx   sensors based on stabilized-zirconia and La_5/3Sr_1/3NiO₄-YSZ   sensing electrode，Solid-State Electronics，2014,   95:23-27.

[5]       Y. Chen，F.   Xia, J. Z. Xiao^*，Effects of ZnO   addition on response of NiO sensing electrode for mixed-potential-type   zirconia-based NOx sensor，Advanced Materials   Research，2013, 873:311-315.

[6]      Y. Chen，X.   D. Li, F. Xia, J. Z. Xiao^*，NOx sensing   performances of mixed-potential-type gas sensor based on stabilized-zirconia   and La_5/3Sr_1/3NiO₄ sensing electrode，Key   Engineering Materials，2014, 602:841-844.