- 更多网络例句与恒等算子相关的网络例句 [注：此内容来源于网络，仅供参考]
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Indeed,if X is〓or homogeneous group,then replacing fractional integral operator in thedefini-tion of〓by equal operator implies some of results inand.
实际上，当X是〓或齐次群时，用恒等算子代替〓中的分数次积分算子可得到和中的一个结论。
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From the proof of the m-ain theorem it follows that we replace fractional integral〓in the definition of〓by equal operator I and obtain the boundedness of〓on〓(1＜p＜∞),so we generalize some of results in.
从主要结果的证明可知〓的定义中可用恒等算子取代〓而得到〓从〓到〓有界〓，从而推广了中的结论。
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Three operators, the transpositional, identical and forward differential, are introduced firstly. Then the Bezier curve in conventional Bernstein-Bezier form is transformed to its operator form. Several properties of the curve are discussed in its operator form.
首先引入三个基本算子：移位算子、恒等算子和向前差分算子，然后将Bernstein-Bezier形式的Bezier曲线表示为更为简洁和直观的算子表示形式，并进一步讨论算子表示下Bezier曲线的各种性质，给出相关证明过程。
- 更多网络解释与恒等算子相关的网络解释 [注：此内容来源于网络，仅供参考]
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identical operation：相同运算
idempotent semigroup 幂等半群 | identical operation 相同运算 | identical operator 恒等算子
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identical operator：恒等算子
identical operation 相同运算 | identical operator 恒等算子 | identical permutation 恒等排列
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identical permutation：恒等排列
identical operator 恒等算子 | identical permutation 恒等排列 | identical relation 恒等关系式
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identity matrix：单位方阵
恒等映射 identity mappings | 单位方阵 identity matrix | 恒等算子;单位算子 identity operator
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identity operator：恒等算子
identity map 恒等映射 | identity operator 恒等算子 | identity permutation 恒等排列
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identity operator：恒等算子;单位算子
单位方阵 identity matrix | 恒等算子;单位算子 identity operator | 一致路径 identity path
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unit operator：恒等算子
unit of volume 体积单位 | unit operator 恒等算子 | unit point 单位点
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unit point：单位点
unit operator 恒等算子 | unit point 单位点 | unit representation 恒等表示