APA

Hedwig R., Tanra I., Karnadi I., Pardede M., Marpaung A. M., Lie Z. S., Kurniawan K. H., Suliyanti M. M., Lie T. J. & Kagawa K. (2020). Suppression of self-absorption effect in laser-induced breakdown spectroscopy by employing a Penning-like energy transfer process in helium ambient gas. : Optics express.

Chicago

Hedwig Rinda, Tanra Ivan, Karnadi Indra, Pardede Marincan, Marpaung Alion Mangasi, Lie Zener Sukra, Kurniawan Koo Hendrik, Suliyanti Maria Margaretha, Lie Tjung Jie and Kagawa Kiichiro. 2020. Suppression of self-absorption effect in laser-induced breakdown spectroscopy by employing a Penning-like energy transfer process in helium ambient gas. : Optics express.

Harvard

Hedwig R., Tanra I., Karnadi I., Pardede M., Marpaung A. M., Lie Z. S., Kurniawan K. H., Suliyanti M. M., Lie T. J. and Kagawa K. (2020). Suppression of self-absorption effect in laser-induced breakdown spectroscopy by employing a Penning-like energy transfer process in helium ambient gas. : Optics express.

MLA

Hedwig Rinda, Tanra Ivan, Karnadi Indra, Pardede Marincan, Marpaung Alion Mangasi, Lie Zener Sukra, Kurniawan Koo Hendrik, Suliyanti Maria Margaretha, Lie Tjung Jie and Kagawa Kiichiro. Suppression of self-absorption effect in laser-induced breakdown spectroscopy by employing a Penning-like energy transfer process in helium ambient gas. : Optics express. 2020.