Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Sernesi E. — Topics of families of projective schemes
Sernesi E. — Topics of families of projective schemes

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Topics of families of projective schemes

Автор: Sernesi E.

Язык: en

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1986

Количество страниц: 213

Добавлена в каталог: 07.06.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
(TF)-finite graded module      section 1 page 8
Action, free and transitive      section B page 5
Arithmetically Cohen — Macaulay (a. CM.) scheme      section 9 page 8
Associated point      section 2 page 5
Base-change      section 2 page 2 section section
Bertini’s theorem      section 11 page 16 section
Brill — Noethermap      section 11 page 6
Bundle grassmannian      section 1 page 7
Bundle projective      section 1 page 7
Bundle tautological      section 1 page 5 section
Bundle universal quotient      section 1 page 3
Characteristic map of a family      section 8 page 2
Characteristic of a formal element      section B page 4
Chow point      section 7 page 12
Classifying morphism ( or map)      section 7 page 3
Clifford’s theorem      section 11 page 19
Complete intersection      section 8 page 3 section section section section section
Complete intersection, local      section 4 page 8
Component, connected      section 2 page 12 section
Component, pathological      section 11 page 14
Component, regular      section 11 page 13
Component, superabundant      section 11 page 13
Cone, quadric      section 10 page 9
Conic(s)      section 2 page 7 section section section
Conicalinfinitesimal deformation      section 9 page 1
Connected component      section 2 page 12 section
Connected curve      section 11 page 18
Connected fibre      section 5 page 7 section
Connected scheme      section 5 pages 2—4 section section
Constructive subset      section 2 page 7
Coupie(s)      section 1 page 3
Coupie(s), isomorphism of      section B page 8
Coupie(s), semiuniversal      section B page 8
Coupie(s), universal      section B page 8
Coupie(s), versal      section B page 8
Covering      section 1 page 2 section section
Cubic surface      section 9 page 7 section
Curve(s), branch of      section 11 page 2
Curve(s), canonical      section 11 page 7
Curve(s), connected      section 11 page 18
Curve(s), intersecting quasi-transversally      section 11 page 10
Curve(s), non-degenerate      section 11 page 5
Curve(s), non-special      section 11 page 6
Curve(s), piane      section 11 page 2
Curve(s), quintic      section 11 page 16
Curve(s), unobstructed      section 9 page 7 section section section
Deformation(s), conical      section 9 page 1
Deformation(s), embedded      section 4 page 4
Deformation(s), first order      see “First order deformation”
Deformation(s), flat family of      section 2 page 4
Deformation(s), infinitesimal      see “Infinitesimal (family of) deformations”
Deformation(s), local family of      section 2 page 4
Deformation(s), trivial      section 2 page 8
Derivation(s)      section A page 5 section section section
Differential(s) of a morphism      section 2 page 13 section
Differential(s) of functors      section B page 3
Differential(s), sheaf of      section 9 page 6 section
Discrete valuation ring (DVR)      section 2 page 5 section section
Double point (ordinary)      section 11 page 10 section
Dual numbers, algebra of      section A page 6
Dual projective space      section 1 page 5
Element, formal      section B page 1
Embedded deformation      section 4 page 4
Embedded point      section 5 page 5
Embedding, closed      section 1 page 6 1
Embedding, regular      section 4 page 8
Etale morphism of rings      section A page 1
Etale morphism of schemes      section 2 page 8
Euler sequence      section 11 page 1
Exact sequence of normal bundles      section 4 page 9
Exact sequence of normal sheaves      section 4 page 9
Exact sequence, Euler      section 11 page 1
Extension      section A page 5
Extension, trivial      section A page 5
Faithfully flat, algebra      section 2 page 1
Faithfully flat, module      section 2 page 1
Family, complete      section 7 page 12
Family, effectively parametrized      section 7 page 12
Family, flat      section 2 page 4
Family, local      section 2 page 4
Family, smooth      section 2 page 9
Family, universal      section 7 page 3 10 10 10
First order deformation      section 8 page 1
First order deformation of X in Y      section 4 page 6
Flag of closed subschemes      section 10 page 4
Flag — Hilbert functor      section 10 page 1
Flag — Hilbert scheme      section 10 page 1
Flat algebra      section 2 page 1
Flat family      section 2 page 4
Flat family of closed subschemes      section 2 page 8
Flat module      section 2 page 1
Flat morphism of rings      section 2 page 1
Flat morphism of schemes      section 2 page 4
Flat sheaf      section 2 page 3
Formal element      section B page 1
Formally etale morphism of rings      section A page 1
Formally etale morphism of schemes      section 2 page 8
Formally smooth morphism of rings      section A page 1
Formally smooth morphism of schemes      section 2 page 8
Functor of (embedded) infinitesimal deformations of X in Y      section 4 page 4
Functor of Artin rings      section B page 1
Functor of conical infinitesimal deformations      section 9 page 1
Functor of finite dimension      section B page 20
Functor, connected      section B page 20
Functor, Grassmann      section 1 page 3
Functor, Hilbert      see “Hilbert functor”
Functor, homogeneous      section B page 20
Functor, left exact      section 8 page 2
Functor, local Hubert      section 8 page 1
Functor, prorepresentable      section B page 1
Functor, represenlable      section 1 page 1
Functor, semi-homogeneous      section B page 20
Functor, which is a sheaf (in the Zariski topology)      section 1 page 1
Generic point      section 2 page 5
Genus      section 11 page 1
Genus, arithmetic      section 11 page 9
Graph      section 1 page 7 section
Grassmanman      section 1 page 5
Grassmanman, bundle      section 1 page 7
Grassmann functor      section 1 page 3
Hilbert functor      section 7 page 8
Hilbert functor of a fixed subscheme      section 10 page 5
Hilbert functor of closed subschemes of $\mathbb{P}^r$ containing a fixed subscheme      section 10 page 6
Hilbert functor, local      section 8 page 1
Hilbert scheme      section 7 page 2
Hilbert scheme of a fixed subscheme      section 10 page 5
Hilbert scheme of closed subschemes of $\mathbb{P}^r$ containing a fixed subscheme      section 10 page 7
Hilbert — Burch theorem      section 9 page 11
Incidence relation      section 1 page 8
Infinitesimal deformation      section 2 page 4
Infinitesimal deformation of X in Y      section 2 page 8
Koszui relation(s)      section 4 page 9 8
Koszui relation(s), sheaf of      section 8 page 9
Koszul complex      section 4 page 4 section section
Left exact functor      section B page 2
Less obstructed algebra      section A page 23
Linear system      section 7 page 9 7
Local complete intersection      section 4 page 8
Local criterion of flatness      section 2 page 3
Local family of closed subschemes      section 2 page 8
Local family of deformations      section 2 page 4
Local Hilbert functor      section 8 page 1
Macaulay’s theorem      section 9 page 7
Maximal rank, scheme of      section 9 page 9 (see also “Curve of maximal rank”)
monodromy      section 8 page 8
morphism of      section 8 page 8
Morphism of couples      section B page 8
Morphism, closed      section 5 page 4
Morphism, etale      see “Etalemorphism”
Morphism, flat      see “Flat morphism”
Morphism, formally etale      see “Formally etale morphism”
Morphism, formally smooth      see “Formally smooth morphism”
Morphism, obstructed      section A page 23
Morphism, smooth      see “Smooth morphism”
Morphism, unobstructed      section A page 23
Nilpotent ideal      section 2 page 3 section
Node      section 11 page 10
Noether’s Normalization Lemma      section 2 page 6
Non-degenerate curve      section 11 page 5
Non-special curve      section 11 page 6
Normal bundle      section 4 page 8
Normal sheaf      section 4 page 8
Obstructed algebra      section A page 17
Obstructed morphism      section A page 23
Obstructed scheme      section 8 page 1
Obstructed scheme, example of an      section 8 page 12
Obstruction space for $Hilb_x$      section 8 page 12
Obstruction space for $HJ_0$      section 9 page 2
Obstruction space for a functor      section B page 11
Obstruction space of a closed subscheme of $\mathbb{P}^r$      section 8 page 9
Obstruction space of an algebra      section A page 18
Obstruction space of X in Y      section 10 page 8
Obstruction(s) to lift a morphism      section A page 20
Obstruction(s), module of      section 4 page 9
Obstruction(s), sheaf of      section 4 page 11
Parametrized flag      section 10 page 4
Parametrized scheme      section 7 page 7
Parametrizing, point      section 7 page 7 section
Pathological component      section 11 page 14
Picard group      section 7 page 11
Plucker morphism (embedding)      section 1 page 6
Point, associated      section 2 page 5
Point, Chow      section 7 page 12
Point, embedded      section 5 page 5
Point, generic      section 2 page 15
Principal homogeneous space      section 8 page 5
Principal parts, sheaf of      section 11 page 8
Projective bundle      section 1 page 7
Projectively normal curve      section 9 page 9
Prorepresentable functor      section B page 1
Pullback of an extension      section A page 6
Pushout of an extension      section A page 6
Quadric cone      section 10 page 9 section
Quadric surface      section 2 page 7 section section section section section
Quartic surface      section 11 page 15 section section
Quasi-transversally, curves intersecting      section 11 page 10
Regular component      section 11 page 13
Regular embedding      section 4 page 8
Regular sequence      section 4 page 3 section section
Regularly embedded closed subscheme      section 4 page 8
Relation(s), incidence      section 1 page 8
Relation(s), Koszul (or trivial)      section 4 page 9 section
Relation(s), Koszul (or trivial), sheaf of      section 8 page 9
Relation(s), sheaf of      section 9 page 2
Relative dimension      section 2 page 5 section
Representable functor      section 1 page 1
Ruled surface      section 11 page 9
Saturated homogeneous ideal      section 1 page 9
Schlessinger’s theorem      section B page 14
Schubert cycle      section 7 page 12
Section      section 7 page 10 section
Semi continuity theorem      section 3 page 10
Semi-homogeneous functor      section B page 20
Semiuniversal couple      section B page 8
Semiuniversal element      section B page 8
Sheaf (in the Zanski topology)      section 1 page 1
Sheaf of Koszul relations      section 8 page 9
Sheaf of relations      section 9 page 2
Sheaf, m-regular      section 1 page 12
Smooth functor      section B page 5
Smooth morphism of functors      section B page 5
Smooth morphism of rings      section A page 1
Smooth morphism of schemes      section 2 page 8
Stratification      section 1 page 9
Stratification, flattening      section 6 page 1
Stratum(a)      section 1 page 9
Subfunctor, closed      section 1 page 2
Subfunctor, of $Hilb_x$      section 9 page 4
Subfunctor, open      section 1 page 2
Superabundant component      section 11 page 13
Surface, cubic      section 9 page 7 section
Surface, quadric      section 2 page 7 section section
Surface, quartic      section 11 page 15 11 11
Surface, ruled      section 11 page 9
Tangent sheaf      section 11 page 1
Tangent space of $EmD_{X/Y}$      section 4 page 6
Tangent space of $\underline{Hilb^r}_{p(t)}$      section 8 page 1
Tangent space of a functor      section B page 3
Tangent space of a local k-algebra      section A page 17
Tautological bundle      section 1 page 5
Theorem, Bertini’s      section 11 page 16 section
Theorem, Clifford’s      section 11 page 19
Theorem, Hilbert — Burch      section 9 page 11
Theorem, Macauiay’s      section 9 page 7
Theorem, Schiessinger’s      section 8 page 14
Theorem, Semicontinuity      section 3 page 10
Total space      section 2 page 4
Trivial relation(s)      section 4 page 9
Universal couple      section B page 8
Universal family      section 7 page 3 section section section
Universal formal element      section B page 2
Universal property of $G_n(V)$      section 1 page 5
Universal property of $\underline{Hilb}^r_{p(t)}$      section 7 page 3
Universal property of o(R)      section A page 21
Universal quotient bundle      section 1 page 3
Unobstructed morphism      section A page 23
Unobstructed scheme      section 8 page 1
Upper semi-continuous function      section 1 page 10 section
Valuative criterion of properness      section 7 page 6
Versal couple      section B page 8
Versal couple, formal element      section B page 8
Zariski tangent space      see “Tangent space”
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2017
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте