Dr. Zongcheng (Lewis) Ling
(Dec 2006 – Dec 2007)
Ph. D. student of Shandong University (China) for
joint-training in planetary science direction at
EPSC_WUSTL.
Ph. D. (2008), Shandong University.
Postdoc (2008-2010), National Astronomic
Observatory of China, Science team of ChangE
mission.
Lecture (2010 - now), School of Space Science and
Physics, Shandong University Weihai campus.
Publications:
a. Ling Z. C., Alian Wang, Bradley L. Jolliff (2010), Mineralogy and Geochemistry of four Lunar
Soils by Laser-Raman Study, submitted to ICARUS.
b. Ling Z. C., Alian Wang (2010), A Systematic Spectroscopic Study of Eight Hydrous Ferric
Sulfates Relevant to Mars, accepted by ICARUS.
c. Ling Z. C., Alian Wang, B. L. Jolliff (2009), Spectroscopy, Mineralogy, and Geochemistry of four
lunar soil endmembers, abstract for 2009 Beijing Lunar Science Workshop, Beijing, China.
d. Ling Z. C., Alian Wang, P. Zhang (2009), Introduction to the PPDS Laboratory of Shandong
University at Weihai, abstract for 2009 Beijing Lunar Science Workshop, Beijing, China.
e. Ling Z.C., Alian Wang, Chunlai Li (2009), Comparative Spectroscopic Study of Three Ferric
Sulfates: Kornelite, Lausenite and Pentahydrate, abstract # 1867 for 40th Lunar & Planetary
Sciences Conference, Houston
f. Ling Z. C., Alian Wang, Bradley L. Jolliff, Chunlai Li (2009), Raman Spectroscopic Study of
Quartz in Lunar Soils From Apollo 14 and 15 Missions, abstract # 1823 for 40th Lunar &
Planetary Sciences Conference, Houston
g. Ling Z. C., Alian Wang, B. L. Jolliff, R. E. Arvidson, H.R. Xia (2008), A new phase of hydrated
ferric sulfates, lausenite? Abstract for 8th International Conference on Raman Spectroscopy
Applied to earth Science, Ghent, Belgium
h. Ling Z. C., Alian Wang, B. L. Jolliff, R. E. Arvidson, H.R. Xia (2008), Mineralogy of Three
Lunar Soil Endmembers by Raman, Mid-IR, and Vis-NIR Spectroscopic Studies. Abstract #1458
for 39th Lunar & Planetary Sciences Conference, Houston.
i. Ling Z. C., Alian Wang, B. L. Jolliff, R. E. Arvidson, H.R. Xia (2008), A Systematic Raman,
Mid-IR, and Vis-NIR Spectroscopic Study of Ferric Sulfates and Implications for Sulfates on
Mars. Abstract #1463 for 39th Lunar & Planetary Sciences Conference, Houston.