<Abstrcat>Cosmogenic nuclide techniques have been used widely in various Earth science areas to measure surface exposure ages,burial events,and to reveal the style and rates of landscape evolution processes across a wide range of spatial and temporal scales.

<Abstrcat>Cosmogenic nuclides found in rocks and sediments at the Earth s surface are produced primarily by three forms of interaction between cosmic rays and minerals: spallation,neutron-capture reactions and muon-induced reactions.

Using in situ produced cosmogenic nuclides 10Be and 26Al we have dated high lacustrine shorelines around the Cuochuolong Lake: The exposure ages are 3.

We have measured average erosion rates, using cosmogenic nuclide 10Be and 26Al dating technique, in northwest and the northern part of Tibet.

This paper introduces the formation mechanism of cosmogenic nuclides, the theoretical background of their quantification, and the applications of cosmogenic nuclides in the earth sciences in recent years.

Estimation of exposure time and erosion rate as well as thickness of erosion surface using cosmogenic nuclides ~(10)Be and ~(26)Al;

The reactions producing cosmogenic nuclides mainly involve spallation,capture of neutrons and muon reaction.

This paper reviews the development of cosmogenic nuclides method,the production mechanism and the effect factors of production rate of cosmogenic nuclide 10Be.