atomic species
1.DNaseⅠ RESISTANT DNA SPECIES IN HeLa CELL AND ATOMIC FORCE MICROSCOPIC OBSERVATION
3.Determination of Arsenic Species in Natural Water by Ion Chromatography-Hydride Generation-Atomic Absorption Spectrometry
4.With this understanding, the sputtering yield of Ar ion bombarding Cu target at normal incident, the sputtering yield of Xe ion bombarding Ni target at normal incident, sputtering yield of H ion bombarding Ni target at normal incident, and the sputtering yield of Ar ion with the energy of 400ev bombarding targets of different atomic number at normal incident are calculated, from three angles of the species of targets, the species and the energy of incident ions.
5.Based on the reproducibility of flow injection hydride generation in different media and the additivity of absorbance, a flow injection hydride generation atomic absorption spectrometry combined with target factor analysis was used to determine the numbers, identities and concentrations of arsenic species in the synthetic solutions and real samples.

