Suchergebnisse - "Mao, D M"

PubPharm (30)

1

Guide to the Forensic Pathology Practice on Death Cases Related to Corona Virus Disease 2019 （COVID-19）（Trial Draft）

enthalten in: Fa yi xue za zhi | 2020

von Mao, D. | Zhou, N. | Zheng, D. | +7

2

Two-photon accessible Xe2 Rydberg states between its first two ionization limits

enthalten in: Chemical physics letters | 2002

von Hu, X. | Mao, D. | Shi, Y. | +2

3

Extreme ultraviolet laser/time-of-flight mass spectra of Kr2 near Kr*(4d,5p′,6s)

in: The Journal of Chemical Physics | 2001

von Mao, D. | Hu, X. | Shi, Y. | +2

4

Extreme ultraviolet laser-time-of-flight mass spectra of Kr2 near Kr*(4d,5p',6s)

enthalten in: The journal of chemical physics | 2001

von Mao, D. | Hu, X. | Shi, Y. | +2

5

Vacuum Ultraviolet and Extreme Ultraviolet Lasers: Principles, Instrumentation, and Applications

enthalten in: Instrumentation science & technology | 2000

von Lipson, R. | Dimov, S. | Wang, P. | +4

6

Dispersive photoelectron spectroscopy of the ungerade Rydberg states of Xe2 near Xe*(6p,5d)

enthalten in: Chemical physics | 2000

von Mao, D. | Hu, X. | Shi, Y. | +1

7

Heteronuclear rare-gas dimer bonding: Understanding the nature of the Rydberg states that dissociate to the highest energy level of the Xe*(5d) manifold

in: The Journal of Chemical Physics | 1999

von Mao, D. | Hu, X. | Shi, Y. | +1

8

Gas Phase Dynamics and Structure: Spectroscopy, Molecular Interactions, Scattering, and Photochemistry - Heteronuclear rare-gas dimer bonding: Understanding the nature of the Rydberg states that dissociate to the highest energy level of the Xe*(5d) manifold

enthalten in: The journal of chemical physics | 1999

von Mao, D. | Hu, X. | Shi, Y. | +1

9

Analysis of Xanthate Derivatives by Vacuum Ultraviolet Laser-Time-of-Flight Mass Spectrometry

enthalten in: Analytical chemistry | 1998

von Shi, Y. | Hu, X. | Mao, D. | +2

10

Mass-resolved two-photon and photoelectron spectra of Xe2 in the Xe(4f) region above the first molecular ionization limit

in: The Journal of Chemical Physics | 1998

von Hu, X. | Mao, D. | Shi, Y. | +2