St. Petersburg Mathematical Journal, 7. cilt,1-3. sayılarAmerican Mathematical Society, 1996 |
Kitabın içinden
74 sonuçtan 1-3 arası sonuçlar
Sayfa 217
... EQUATION IN A BOUNDED DOMAIN G. I. BIZHANOVA ABSTRACT . Two multidimensional two - phase problems with free boundary for second order linear and quasilinear parabolic equations in bounded star - like domains are considered , namely ...
... EQUATION IN A BOUNDED DOMAIN G. I. BIZHANOVA ABSTRACT . Two multidimensional two - phase problems with free boundary for second order linear and quasilinear parabolic equations in bounded star - like domains are considered , namely ...
Sayfa 478
... equation of the form y2 + a1xy + aзy = x3 + ɑ2x2 + а4x + а6 , A1 , A2 , A3 , A4 , a6 € k , called a Weierstrass equation . Two Weierstrass equations define the same curve if and only if they are reduced to each other by a change of ...
... equation of the form y2 + a1xy + aзy = x3 + ɑ2x2 + а4x + а6 , A1 , A2 , A3 , A4 , a6 € k , called a Weierstrass equation . Two Weierstrass equations define the same curve if and only if they are reduced to each other by a change of ...
Sayfa 487
... equation for E. We ' b , α = c , where r , l , m > 0 and a , b , c E U ( k ) U { 0 } . - a6 m In the nonfactorizable case , clearly , we have c € U ( k ) . Thus , the minimal equation for E can be written in the form y2 f ( x ) with ...
... equation for E. We ' b , α = c , where r , l , m > 0 and a , b , c E U ( k ) U { 0 } . - a6 m In the nonfactorizable case , clearly , we have c € U ( k ) . Thus , the minimal equation for E can be written in the form y2 f ( x ) with ...
İçindekiler
S Ya Khavinson Annihilator of linear superpositions | 307 |
A A Borichev and A L Volberg Finiteness of the set of limit cycles | 343 |
Burago and V A Zalgaller Isometric piecewise linear immersions | 369 |
Telif Hakkı | |
3 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
action admits algebra apply approximation assume Banach spaces belongs boundary bounded called charge closed coefficients collection commutative condition conformal connected consider constant construct contains continuous Corollary corresponding curve defined definition denote determined diagram direct edge element equal equation equivalent estimate exact example exists extension fact field Figure finite fixed formula functions geometrization given homomorphism Hopf algebras implies indices inequality integral invariant involution isometric isomorphic labeled graph Lemma linear manifold Math measure Moreover multiplicative natural norm Note obtain operator orientation polynomial positive problem projection Proof properties Proposition prove quadratic reduction relation Remark representation respectively result satisfies sequence space statement subspace sufficiently Theorem theory transformation triangles unique variables vector vertex vertices weight zero