Numerical　simulations　were　carried　out　to　analyze　the　effects　of　various　magnetic　fields　on　the　transport　of　momentum　and　heat　in　Czochralski　growth　process.　The　stationary　vertical　and　cusp　magnetic　fields　were　applied　in　this　study.　The　governing　equations　were　numerically　solved　using　a　finite　volume　method　with　SIMPLE　(semi-implicit　method　for　pressure　linked　equations)　method　to　couple　the　velocity　and　pressure.　A　low-Reynolds　number　k-Ε　model　was　used　for　the　description　of　the　turbulent　processes.　The　transport　characteristics　under　the　vertical　and　cusp　magnetic　fields　were　compared.　Vertical　magnetic　field　has　dual　effects　on　the　transport　of　momentum,　heat.　Numerical　results　show　that　very　large　vertical　magnetic　field　is　harm　to　the　quality　of　crystal　rod;　with　the　increase　of　the　strength　of　cusp　magnetic　field,　the　melt　flow　at　the　meridional　plane,　turbulent　intensities,　heat　transfer　are　reduced　gradually.