1. H.K. Lin*, C.E. Zhong, C.E. Yu, C.H. Chen*, and J.Y. Chang, “Surface plasmon resonance properties of CuAg films prepared by laser dewetting process”, Materials Letters, 406, 2026, 139978. (IF=2.7, Q2)

1. H. K. Lin*, Min-Yang Chen, Po-Wei Chang, Ya-Zhen Xu, Ying-Hong Lin, “Antifungal effects and mechanisms of pure metals, multi-element alloy films and nanomaterials against Pestalotiopsis psidii”, Materials Chemistry and Physics, 358, 2026, 132422. (IF=4.7, Q2)

1.  Hsuan-Kai Lin, Shang-Jen Yang, Po-Wei Chang, Wei-Hua Lu & Yuan-Jen Chang, “Effects of laser patterning and heat treatment on hydrophobicity, wear, and corrosion resistance of 316L stainless steel”

2. H. K. Lin*, P.W. Chang, Y.M. Ding, Y.T. Lyu, Y.J. Chang, W.H. Lu*, “Surface Enhancement of CoCrMo Bioimplant Alloy via Nanosecond and Femtosecond Laser Processing with Thermal Treatment”, Metals, 15, 2025, 980. (IF=2.5, Q2)

3. H. K. Lin*, Min-Yang Chen, Po-Wei Chang, Ya-Zhen Xu, Ying-Hong Lin, “Antifungal effects and mechanisms of pure metals, multi-element alloy films and nanomaterials against Pestalotiopsis psidii”, Materials Chemistry and Physics, 358, 2026, 132422. (IF=4.7, Q2)

1.   H.K. Lin*, Yu-Ming Ding, Wei-I Yen, Chien-Hsing Chen, Jia-Ren Lee, “Enhanced SERS performance of Ag nanoparticles using hybrid dewetting process for melamine detection”. Optics & Laser Technology, 181, 2025, 111673. (SCI)

2. H. K. Lin*, P.W. Chang, Y.M. Ding, Y.T. Lyu, Y.J. Chang, W.H. Lu*, “Surface Enhancement of CoCrMo Bioimplant Alloy via Nanosecond and Femtosecond Laser Processing with Thermal Treatment”, Metals, 15, 2025, 980. (IF=2.5, Q2)

1.  H.K. Lin*, Xue-Yu Lu, Cian-Yu Hu, Kao-Shu Chuang*, Jui-Hsiung Huang, “Corrosion resistance properties and hydrogen embrittlement protection efficiency of single-layer and multi-layer metal and ceramic films deposited on SS316L substrates”. Materials Chemistry and Physics, 329, 2025, 130129. (SCI)

1.  H.K. Lin*, Xue-Yu Lu, Cian-Yu Hu, Kao-Shu Chuang*, Jui-Hsiung Huang, “Corrosion resistance properties and hydrogen embrittlement protection efficiency of single-layer and multi-layer metal and ceramic films deposited on SS316L substrates”. Materials Chemistry and Physics, 329, 2025, 130129. (SCI)

1.  H.K. Lin*, Yu-Ming Ding, Wei-I Yen, Chien-Hsing Chen, Jia-Ren Lee, “Enhanced SERS performance of Ag nanoparticles using hybrid dewetting process for melamine detection”. Optics & Laser Technology, 181, 2025, 111673. (SCI)

1. H.K. Lin*, C.E. Zhong, C.E. Yu, C.H. Chen*, and J.Y. Chang, “Surface plasmon resonance properties of CuAg films prepared by laser dewetting process”, Materials Letters, 406, 2026, 139978. (IF=2.7, Q2)

1.H. K. Lin*, Ting-Yuan Li. I-Chia Chen, Y. C. Lo, “ Laser-induced surface plasmon resonance and SERS performance of AgCuAl medium entropy alloy films”, Mater. Letters 333, 2023, 133701. (SCI)

1. Antifungal properties of pure sliver films with nanoparticles induced by pulsed-laser dewetting process

2.Microstructure and optical properties of AgCuAl medium entropy films with nanoparticles induced by pulsed-laser dewetting

3.Laser dewetting mechanism and antibacterial properties of Cu-Al based medium entropy alloy films

10702

1. Processing of CP-Ti by high-pressure torsion and the effect of surface modification using a post-HPT laser treatment

1. Effects of different annealing processes on optoelectronic and bending fatigue properties of AgZr and ITO/AgZr thin film metallic glass10602

1.Surface resonance properties of pure Cu and Cu80Zr20 metallic glass films with nanoparticles induced by pulsed-laser dewetting process10601

2. Effects of different annealing processes on optoelectronic and bending fatigue properties of AgZr and ITO/AgZr thin film metallic glass

1. Effects of laser parameters on optoelectronic properties of polycrystalline silicon films prepared by two-step annealing process

2. Effects of laser parameters on optoelectronic properties of polycrystalline silicon films prepared by two-step annealing process

1. 林鉉凱，洪書澤，2016，「不同鎂含量銅基金屬玻璃光電特性之研究」，材料科學研討會。

2. Effects of thermal treatment on optoelectrical properties of AZO/Ag-Mg-Al thin films

1. 林鉉凱，鍾秉峯，吳以德，2015，「金屬玻璃電極退火後光電特性之研究」，材料科學研討會。

3.  Electrode patterning of ITO thin films by high repetition rate fiber laser

2. 齊冠評，林鉉凱，洪廷甫，徐維騁，2013，「Ti-6Al-4V經雷射處理後表面微結構及潤濕性之分析」，材料科學研討會。

1. 林鉉凱，李敬仁，李鈞函，徐維騁，2012，「脈衝雷射退火ITO再濕式蝕刻後之電性失效分析」，材料科學研討會。

1.  Properties of indium tin oxide/amorphous alloys bi-layer films as transparent electrodes

4. 齊冠評、劉浩文、林鉉凱、洪廷甫，2013，「Ti-6Al-4V雷射表面改質與仿升類骨質披覆處理」，生物醫學工程科技研討會『學生壁報發表競賽』榮獲特優

3. T. F. Hong, K. P. Chi, H. K. Lin, Y. D. Wu, 2013, 「Laser surface modification for rapidly oxide layer formation on Ti-6Al-4V」, The 6th International Congress on Laser Advanced Materials Processing, Japan.

2.  齊冠評，林鉉凱，洪廷甫，徐維騁，鄭凱丞，2013，「Ti-6Al-4V經雷射處理後表面微結構及潤濕性之分析」，材料科學研討會。

1.  齊冠評，林鉉凱，洪廷甫，2012，「Ti-6Al-4V經不同溫度熱處理後表面氧化層生成機制及性質分析」，生物醫學工程科技研討會。