We　have　prepared　three　groups　of　Ge-As-Se　glasses　in　which　the　Se　content　is　5.5　mol%,　10　mol%,　and　20　mol%　rich,　respectively.　We　explored　the　possibility　of　suppressing　the　formation　of　the　Ge-Ge　and　As-As　homopolar　bonds　in　the　glasses.　Thermal　kinetics　analysis　indicated　that　the　5.5　mol%　Se-rich　Ge11.5As24Se64.5　glass　exhibits　the　minimum　fragility　and　thus　is　most　stable　against　structural　relaxation.　Analysis　of　the　Raman　spectra　of　the　glasses　indicated　that　the　Ge-Ge　and　As-As　homopolar　bonds　could　be　almost　completely　suppressed　in　20　mol%　Se-rich　Ge15As14Se71　glass.