APA

Liu J., Chen Y., Lai J., Wu Z., Wang L., Li Q., Huang G., Jia J. & Tong M. (20160810). Evolution of Slow Magnetic Relaxation: from Diamagnetic Matrix Y(OH)CO3 to Dy(0.06)Y(0.94)(OH)CO3 with High Spin-Reversal Barrier and Blocking Temperature. : Inorganic chemistry.

Chicago

Liu Jiang, Chen Yan-Cong, Lai Jia-Jun, Wu Zi-Hao, Wang Long-Fei, Li Quan-Wen, Huang Guo-Zhang, Jia Jian-Hua and Tong Ming-Liang. 20160810. Evolution of Slow Magnetic Relaxation: from Diamagnetic Matrix Y(OH)CO3 to Dy(0.06)Y(0.94)(OH)CO3 with High Spin-Reversal Barrier and Blocking Temperature. : Inorganic chemistry.

Harvard

Liu J., Chen Y., Lai J., Wu Z., Wang L., Li Q., Huang G., Jia J. and Tong M. (20160810). Evolution of Slow Magnetic Relaxation: from Diamagnetic Matrix Y(OH)CO3 to Dy(0.06)Y(0.94)(OH)CO3 with High Spin-Reversal Barrier and Blocking Temperature. : Inorganic chemistry.

MLA

Liu Jiang, Chen Yan-Cong, Lai Jia-Jun, Wu Zi-Hao, Wang Long-Fei, Li Quan-Wen, Huang Guo-Zhang, Jia Jian-Hua and Tong Ming-Liang. Evolution of Slow Magnetic Relaxation: from Diamagnetic Matrix Y(OH)CO3 to Dy(0.06)Y(0.94)(OH)CO3 with High Spin-Reversal Barrier and Blocking Temperature. : Inorganic chemistry. 20160810.