研究成果被成功应用于航天和民用领域。获国家技术发明二等奖、多项国际会议论文奖(通讯作者)和江苏省科技进步奖。获60余项发明专利授权(包括3项美国专利授权)，在ieee tcpmt、ieee ectc等国际主流期刊和会议上发表论文100余篇。与江阴长电、华进半导体联合培养工程博士和硕士生。在02专项以及企业项目资助下，与江阴长电、中科院微电子所、航天13所等多个单位合作，开展了铜柱凸点、led封装、基于垂直生长碳纳米管阵列热界面材料、硅/玻璃复合基板技术和先进传感器封装技术等研究。部分论著和专利如下：
1.yu ji, jintang shang, guoliang li, jin zhang, jianfeng zhang. microfabricated shaped rubidium vapor cell for miniaturized atomic magnetometers. ieee sensors letters,4(2),1-4:2020
2.ji, yu, shang jintang, zhang jin, micro-printing of patterned diamond-like carbon coatings on glass by anodic bonding, electronics letters,55(8),483-484:2019
3.luo bin, shang jintang, su, zhaoxi, zhang jianfeng, wong ching-ping, , ieee transactions on components, packaging and manufacturing technology,9(3),567-574:2019
4.yu ji, jintang shang, jin zhang, guoliang li. magnetic gradient measurement using micro-fabricated shaped rubidium vapor cell. ieee transactions on magnetics, 55(9):2019
5.luo b, shang j, su z, et al. height adjustment of 3-d axisymmetric microumbrella shells for tailoring wineglass frequency [j]. ieee transactions on components, packaging and manufacturing technology, 2019, 9(3): 567-574
6.luo b, ma m, zhang m, et al. composite glass-silicon substrates embedded with microcomponents for mems system integration [j]. ieee transactions on components, packaging and manufacturing technology, 2019, 9(2): 201-208
7.ji, yu, shang jintan, zhang jin, micro-printing of patterned diamond-like carbon coatings on glass by anodic bonding, electronics letters,55(8),483-484:2019
8.yu ji, jintang shang, qi gan, lei wu, c.p. wong, improvement of sensitivity by using micro-fabricated spherical alkali vapor cells for chip-scale atomic magnetometers, ieee transactions on components, packaging and manufacturing technology, 2018, 8(10):1715-1722
9.lei wu, jintang shang, yu ji , qi gan, and ching-ping wong, influence of buffer-gas pressure inside micro alkali vapor cells on the performance of chip-scale serf magnetometers, ieee transactions on components, packaging and manufacturing technology, 2018, 8(4):621-625
10.qi gan, jintang shang, yu ji, and lei wu, simultaneous excitation of 85rb and 87rb isotopes inside a microfabricated vapor cell with double-rf fields for a chip-scale mz magnetometer, review of scientific instruments, 2017, 88(11): 115009
11.kangni liu, jintang shang, jin zhang, xiang yue, chen ye, jianfeng zhang, ching-ping wong, microfabricated serf atomic magnetometers for measurement of weak magnetic field, 2020 ieee 70th electronic components and technology conference(ectc),2020,pp.991-996
12.ji y, gan q, wu l, shang j, geometry influence of the micro alkali vapor cell on the sensitivity of the chip-scale atomic magnetometers, micro electro mechanical systems (mems), 2017 ieee 30th international conference on. ieee, 2017: 342-345
13.bin luo, jintang shang, yuzhen zhang, hemispherical glass shell resonators fabricated using chemical foaming process, 2015 ieee 65th electronic components and technology conference (ectc), 2015, pp. 2217-2221
14.mengying ma, jintang shang, bin luo, preparation of wafer level glass-embedded high-aspect-ratio passives using a glass reflow process. 28th ieee international conference on micro electro mechanical systems (ieee mems 2015), 2015, pp. 427-430
15.jintang shang, boyin chen, wei lin, ching-ping wong, di zhang, chao xu, junwen liu and qin-an huang. preparation of wafer-level glass cavities by a low-cost chemical foaming process(cfp). lab on a chip, 2011, 11 (8):1532 – 1540.
16.shang j, ma m. wafer-level manufacturing method for embedding passive element in glass substrate: u.s. patent 10,321,577 [p]. 2019-1-11
17.shang j. foaming process for preparing wafer-level glass micro-cavities: u.s. patent 8,887,527 [p]. 2014-11-18
18.shang j, luo b. micro three-dimensional shell resonator gyroscope: u.s. patent 10,527,422 [p]. 2020-1-7
