Abstract: In order to deal with the micro dynamic of routines replication and replication dilemma, this paper analysis the characteristics of conventional routines replication and flexible routines replication to define the rules of network behavior preference. Then a multi-agent simulation model is constructed to compare the effect on network evolution with different routines and environment. The results show that :(1) Conventional routines and flexible routines are original divided by routines replication behavior, organization with conventional routines pursue similarity attachment and more open networks, By contrast, organization with flexible routines pursue preferential attachment and more closed networks.(2) Conventional routines have more small worldliness in stable environment than flexible routines. The dynamic environment extended not only the process of routines replication, but also reduced the small worldliness. (3) Conventional routines emergent as feature of community networks with high modularization structures and high connectedness. Flexible routines emergent as feature of convention networks with weak modularization structures and high connectedness. (4) In self-organizing process, conventional routines have more dependencies with stable environment, but flexible routines have more dependencies with dynamic environment. The results can reveal the dynamic evolution mechanism of technological innovation network.