Varghese, Sinto, Hurley, Noah, Kamau, Steve, Jiang, Yan, Rodriguez, Roberto Gonzalez, Bhandari, Bhojraj, Lyu, Tengteng, Yan, Hao, Wang, Yuanxi, Kaul, Anupama B, Cui, Jingbiao, and Lin, Yuankun. Thermal-Strain-Enabled Enhanced Emission from UV Laser-Induced Defect Levels near the Surface of Multilayer MoS2. Retrieved from https://par.nsf.gov/biblio/10563329. ACS Applied Optical Materials .

Varghese, Sinto, Hurley, Noah, Kamau, Steve, Jiang, Yan, Rodriguez, Roberto Gonzalez, Bhandari, Bhojraj, Lyu, Tengteng, Yan, Hao, Wang, Yuanxi, Kaul, Anupama B, Cui, Jingbiao, & Lin, Yuankun. Thermal-Strain-Enabled Enhanced Emission from UV Laser-Induced Defect Levels near the Surface of Multilayer MoS2. ACS Applied Optical Materials, (). Retrieved from https://par.nsf.gov/biblio/10563329.

Varghese, Sinto, Hurley, Noah, Kamau, Steve, Jiang, Yan, Rodriguez, Roberto Gonzalez, Bhandari, Bhojraj, Lyu, Tengteng, Yan, Hao, Wang, Yuanxi, Kaul, Anupama B, Cui, Jingbiao, and Lin, Yuankun. "Thermal-Strain-Enabled Enhanced Emission from UV Laser-Induced Defect Levels near the Surface of Multilayer MoS2". ACS Applied Optical Materials (). Country unknown/Code not available: American Chemistry Society. https://par.nsf.gov/biblio/10563329.

@article{osti_10563329,
place = {Country unknown/Code not available}, title = {Thermal-Strain-Enabled Enhanced Emission from UV Laser-Induced Defect Levels near the Surface of Multilayer MoS2}, url = {https://par.nsf.gov/biblio/10563329}, abstractNote = {}, journal = {ACS Applied Optical Materials}, publisher = {American Chemistry Society}, author = {Varghese, Sinto and Hurley, Noah and Kamau, Steve and Jiang, Yan and Rodriguez, Roberto Gonzalez and Bhandari, Bhojraj and Lyu, Tengteng and Yan, Hao and Wang, Yuanxi and Kaul, Anupama B and Cui, Jingbiao and Lin, Yuankun}, }