An　alternative　scheme　is　presented　to　generate　arbitrary　anticorrelated　states　of　a　two-mode　field.　In　the　scheme,　a　sequence　of　Lambda-type　three-level　atoms　are　orderly　sent　across　the　cavity　to　interact　with　the　cavity　field　initially　in　the　two-mode　vacuum　state.　The　detection　of　all　the　atoms　in　the　ground　state　collapses　the　two-mode　field　to　the　desired　state.　In　this　way,　we　can　prepare　the　anticorrelated　states　of　a　two-mode　field.