寰愬缓锛堝壇鏁欐巿锛岀澹敓瀵煎笀锛?/span>
鏁欏笀鑳屾櫙
瀛﹀巻/宸ヤ綔 缁忓巻 |
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鎵€鍦ㄥ闄?/span> |
鏃?/span> 闂?/span> |
鍓暀鎺?/span> |
涓崡姘戞棌澶у |
鐢靛瓙淇℃伅宸ョ▼瀛﹂櫌 |
2023.07-鐜板湪 |
鍓暀鎺?/span> |
姝︽眽杞诲伐澶у |
鐢垫皵涓庣數瀛愬伐绋嬪闄?/span> |
2015.10-2023.06 |
鐮旂┒绉戝瀹?/span> |
缇庡浗浜氬埄妗戦偅澶у |
鍦熸湪宸ョ▼涓庡姏瀛︾郴 |
2015.09-2016.06 |
璁块棶瀛﹁€?/span> |
缇庡浗浜氬埄妗戦偅澶у |
鍦熸湪宸ョ▼涓庡姏瀛︾郴 |
2014.09-2015.08 |
璁插笀 |
姝︽眽杞诲伐澶у |
鐢垫皵涓庣數瀛愬伐绋嬪闄?/span> |
2011.07-2015.10 |
鍗氬＋ |
鍗庝腑绉戞妧澶у |
姝︽眽鍏夌數鍥藉瀹為獙瀹?/span> |
2006.09-2011.03 |
鏈 |
鍗庝腑绉戞妧澶у |
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2002.09-2006.06 |
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涓昏璁鸿憲
xu j., liu x., yu z.k. et al., unique architecture of pigf@microchannel converter enabling high luminescence saturation for high-brightness laser lighting, ceramics international, 2024, 50(18): 33464-33471 (jcr q1,涓闄?/span>1鍖?/span>, if: 4.7)
鑱傝鏂?/span>, 鏉ㄤ匠鏅?/span>, 鏂囨収蹇?/span>, 楂樿矾, 寰愬缓. 鍩轰簬鏈哄櫒瑙嗚鐨勮交閲忓寲鑺掓灉鏋滈潰缂洪櫡妫€娴?/span>. 椋熷搧涓庢満姊?/span>, 2023, 39(03): 91-95 240. (鍖楀ぇ涓枃鏍稿績)
鍐崕娲?/span>, 寰愬缓*, 楂樿矾, 闄堟槑绁?/span>. 鍩轰簬tec鐨勪綆鎴愭湰鍖荤敤鎭掓俯鍣ㄧ殑璁捐涓庡疄鐜?/span>. 浣庢俯涓庤秴瀵?/span>, 2022, 50(10): 33-39. (鍖楀ぇ涓枃鏍稿績)
xu j.*, ding l., gao l. and chen m.x. a practical thermoelectric leg for tecs with optimal current improvement, materials letters, 2021, 305: 130785. (jcr q2, 涓闄?/span>3鍖?/span>, if: 3.423)
鍚村, 寰愬缓*, 闊╂€濆瓟, 闄堟槑绁?/span>. 鐑數鍒跺喎鍣ㄨ繃鍐锋晥搴斾腑娓╁害杩囧啿鐨勬姂鍒朵笌浼樺寲. 浣庢俯涓庤秴瀵?/span>. 2021, 49(11): 73-78. (鍖楀ぇ涓枃鏍稿績)
涓侀湶, 寰愬缓*, 闄堟槑绁?/span>. 鐑數鍒跺喎鍣ㄧ殑杩囧喎鐗规€у強鍏舵€ц兘鐨勪紭鍖栫患杩?/span>. 浣庢俯涓庤秴瀵?/span>. 2021, 49(4): 42-50. (鍖楀ぇ涓枃鏍稿績)
peng y., zhang x.w., liu j.l., li s., mou y., xu j.* and chen m.x. waste heat recycling of high-power lighting through chips on thermoelectric generator, energy conversion and management, 2021, 243: 114329. (jcr q1, 涓闄?/span>1鍖?/span>top, if: 9.709)
li s., liu j.l., ding l., liu j.x., xu j., peng y. and chen m.x. active thermal management of high-power led through chip on thermoelectric cooler, ieee transaction on electronics devices, 2021, 68(4): 1753-1756. (jcr q2, 涓闄?/span>3鍖?/span>, if: 2.913锛屽皝闈㈡枃绔狅紝銆?/span>semiconductor today銆嬬壒鍒姤閬?/span>)
jeong j-h, xu j., jo h., et al. development of wireless sensor node hardware for large-area capacitive strain monitoring, smart materials and structures, smart materials and structures, 2018, 28(015002): 1-12. (jcr q1, 涓闄?/span>2鍖?/span>, if: 3.543)
xu j., jo h., development of high-sensitivity and low-cost electroluminescent strain sensor for structural health monitoring, ieee sensors journal, 2016, 16(7): 1962-1968. (jcr q2, 涓闄?/span>3鍖?/span>, if: 3.076)
鑱旂郴鏂瑰紡
閭锛?/span>jianxu@scuec.edu.cn
鍦板潃锛氫腑鍗楁皯鏃忓ぇ瀛︾數瀛愪俊鎭伐绋嬪闄?/span>
