Mass fraction assignment of folic acid in a high purity material

Autor: Ting Huang, Haihong He, Steven Westwood, Eliane de Rego, Dietmar Pfeifer, Norbert Stoppacher, İlker Ün, Ponhatai Kankaew, E. Lopushanskaya, Adeline Daireaux, Katrice A. Lippa, Lee L. Yu, Zhao Liu, Ute Dorgerloh, Anthony Windust, Laura Quinn, Matthias Koch, Chao Wei, Robert Wielgosz, Sornkrit Marbumrung, Blaza Toman, Kanokrat Chaorenpornpukdee, Tiphaine Choteau, Song-Yee Baek, Claudia Marcela Salazar Arzate, Victor M Serrano Caballero, Ralf D. Josephs, Hasibe Yilmaz, Joonhee Lee, Kittiya Shearman, Michael A. Nelson, Dexin Gao, Rosemary Philip, Johanna E. Camara, Mary Bedner, Marcellé Archer, Gökhan Bilsel, Thitiphan Chaipet, Cailean Clarkson, Maria Fernandes-Whaley, A. Krylov, Désirée Prevoo-Franzsen, Rodrigo de Sena, Sunyoung Lee, Simay Gunduz, Mariana Arce Osuna, Mohd Fazlin Rezali, Bruno C. Garrido, Wagner Wollinger, Xinhua Dai, Can Quan, Mercado Pedraza Evelina Berenice, S. Kharitonov, Byung Joo Kim, Jane L. N. Fernandes, Robert Rothe, Nobuyasu Hirari, Teo Tang Lin, Ahmet C. Gören, Brian E. Lang, Nontete Nhlapo, Wai-fun Wong, Stephen Davies, Wei Zhang, Rodrigo Oliveira, Na Li, Man-fung Lo, Jonathan Lima, Qinde Liu

Publikováno v: Metrologia. 55:08013

The comparison required the assignment of the mass fraction of folic acid present as the main component in the comparison sample. Performance in the comparison is representative of a laboratory's measurement capability for the purity assignment of or

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::34f2c8ba5d833a222df4eed37604d000
https://doi.org/10.1088/0026-1394/55/1a/08013