- 更多网络例句与代数闭域相关的网络例句 [注：此内容来源于网络，仅供参考]
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This course covers the fundamental notions and results about algebraic varieties over an algebraically closed field.
本课程包括了代数闭域上代数簇的基本概念和结果，同时也讨论了复代数簇和复解析簇之间的关系。
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Let V be an n-dimensional vector space over an algebraically closed field F of characteristic 0, where n = 2m.
设V是特征为0的代数闭域F上的n维向量空间，n=2m。
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To use symbolic and algebraic computation techniques for studying the computational properties of procedure schemes, some convergent procedure schemes are investigated in algebraically closed field and real closed field.
过程模式在代数闭域和实闭域上的应用：本文在代数闭域和实闭域上研究了收敛过程模式，设计了用于自动推理的过程模式，并且用其解决微分动力系统研究中的中心-焦点问题。
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When F is an algebraically closed field char F≠2, A is similar over F to an orthogonal matrix if and only if ( 1 ) the invariant factors of A aer self-reciprocal (2) the elementary divi sors of A of the form x...
ii当F为一个代数闭域且char≠2时，F相似于一个正交矩阵的充要条件为(1)A的不变因子是自反的。(2)A的形为(X±1)~(2k)的初等因子出现偶数次。
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From the famous Gabriel's theorem ,a basic connected finite dimensional associative algebra A over an algebraically closed field can be looked as a quotient of a path algebra decided by a connected finite quiver Q.
由Gabriel 定理，代数闭域上基的，连通的有限维结合代数A 同构于一个由连通有限箭图Q 确定的路代数的商代数。
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We designed the algorithm which can perform the closed domain inclusion test in real time, realized quick search in the algebraic inclusion test algorithm by transforming polynomials with dichotomy.
设计了可实时计算的高斯图闭域包含测试算法，通过引入二分法改造多项式包含测试代数算法，实现快速查找。
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In this paper, we try to discuss the classification of low dimensional Lie super algebras.
本文主要讨论了特征p=0的代数闭域上的低维李超双代数的分类问题。
- 更多网络解释与代数闭域相关的网络解释 [注：此内容来源于网络，仅供参考]
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quasi affine transformation：拟仿射映射
quasi affine mapping 拟仿射映射 | quasi affine transformation 拟仿射映射 | quasi algebraically closed field 拟代数闭域
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algebraic closure of a field：域的代数闭包
algebraic closure 代数闭包 | algebraic closure of a field 域的代数闭包 | algebraic complement 代数余子式
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algebraic transformation space：代数变换空间
代数闭域|algebraically closed field | 代数变换空间|algebraic transformation space | 代数不变式|algebraic invariant
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algebraic：代数的, 关于代数学的
algebraic zero | 代数零点 | algebraic | 代数的, 关于代数学的 | algebraically closed field | 代数闭域
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algebraically closed field：代数闭域
但是在不同的领域中,"完备"也有不同的含义,特别是在某些领域中,"完备化"的过程并不称为"完备化",另有其他的表述,请参考代数闭域(algebraically closed field)、紧化(compactification)或哥德尔不完备定理.
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quasi algebraically closed field：拟代数闭域
quasi affine transformation 拟仿射映射 | quasi algebraically closed field 拟代数闭域 | quasi analytic class 拟解析类
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algebraically dependent elements：代数相关元
algebraically closed field 代数闭域 | algebraically dependent elements 代数相关元 | algebraically equivalent 代数等价的
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algebraically dependent elements：代数相关元(素)
algebraically closed field | 代数闭域 | algebraically dependent elements | 代数相关元(素) | algebraically dependent set | 代数相关集
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compactification：紧化
但是在不同的领域中,"完备"也有不同的含义,特别是在某些领域中,"完备化"的过程并不称为"完备化",另有其他的表述,请参考代数闭域(algebraically closed field)、紧化(compactification)或哥德尔不完备定理.
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quasi analytic class：拟解析类
quasi algebraically closed field 拟代数闭域 | quasi analytic class 拟解析类 | quasi analytic function 拟解析函数