1）xiaobin gu, lihua peng*, peng liu, liang bian, boxuan wei.enhanced thermal properties and lab-scale thermal performance of polyethylene glycol/modi？ed halloysite nanotube form-stable phase change material cement panel,construction and building materials.2022.323:126550-61
2）weinan zhou,kaijun dong*,qin sun,weimin luo,bobo zhang,shengli guan,guangwu wang. research progress of the liquid cold plate cooling technology for server electronic chips: a review,international journal of energy research. 2022.4:1-12
3）kaijun dong, xiaobin gu, lihua peng*, peng liu, shuai jiang, liang bian*.recent advancements in typical mineral-encapsulated form-stable phase change materials for thermal energy storage, journal of energy storage. 2022.52:104931-58
4）sun qin, wang hao, dong,kaijun*, lv tai, kang zhibo, experimental study on the thermal performance of a novel physically separated chilled water storage tank, journal of energy storage, 2021.40：102628-102636
5）zhang yaokang，su lin*，xu zhaoyang，dong kaijun*，liu jing. experimental thermal study of ice slurry production system equipped with direct contact heat exchanger and spiral nozzle，journal of thermal science and engineering applications，2021.13（4）：1022-1030
6）liu jing， su lin*，dong kaijun*， sun qin， shao zhenhua，huang gongsheng，optimal setting parameters of cooling system under different climate zones for data center energy efficiency，international journal of energy research，2021.45（7）：10086-10099
7）su lin,huang zhilin,dong kaijun*. thermal environment analysis and improvement on isolated cold aisle data centers. journal of thermal science and engineering applications.2020.12(4):041018-1-041018-9.
8）zhang yaokang,su lin*,xu zhaoyang,dong kaijun*, li jing. experimental thermal study of ice slurry production system equipped with direct contact heat exchanger and spiral nozzle. journal of thermal science and engineering applications.2020
9）jun zhang, kaijun dong*, weimin luo.pdcl2-catalyzed hydrodeoxygenation of 5-hydroxymethylfurfural into 2,5-dimethylfuran at room-temperature using polymethylhydrosiloxane as the hydrogen donor.chemical engineering journal.2019.201：467-474.
10）kaijun dong，jun zhang*，weimin luo. catalytic conversion of carbohydrates into 5-hydroxymethyl furfural over sulfonated hyper-cross-linked polymer in dmso. chemical engineering journal. 2018.334:1055-1064.
11）jun zhang, kaijun dong*, weimin luo, haifeng guan. catalytic upgrading of carbohydrates into 5-ethoxymethylfurfural using so3h functionalized hyper-cross-linked polymer based carbonaceous materials. fuel. 2018.234：634-673.
12）guansheng yao, liangpeng wu, tai lv, juan li, yanqin huang, kaijun dong*, xinjun li*. the effect of cuo modification for a tio2 nanotube confined ceo2 catalyst on the catalytic combustion of butane. open chemistry. 2018.16：1-8.
13）jun zhang, kaijun dong*, weimin luo, haifeng guan. selective transfer hydrogenation of furfural into furfuryl alcohol on zr-containing catalysts using lower alcohols as hydrogen donors. acs omega.2018.3（6）: 6206-6216.
14）kaijun dong,jun zhang*,weimin luo,lin,su,zhilinhuang. catalytic transfer hydrogenation of ethyl levulinate into-valerolactone over zirconium oxide derived from zirconyl nitrate. journal of biobased materials and bioenergy.2017.11:554-556.
15）sen zhang,weimin luo, xu yang, tai lv, yanqin huang,kaijun dong*,xinjun li. mno2 nanoparticles confined in tio2 nanotubes for catalytic combustion of butane. chemistry select.2017.2（16）：4557-4560.
