covariant differentiation
- covariant differentiation的基本解释
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共变微分法
- 更多网络例句与covariant differentiation相关的网络例句 [注：此内容来源于网络，仅供参考]
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Physics concepts, theorems as well as principles are primary content of physics learning, those knowledge take on the forms by proposition . In chapter 3, the study revealed that physics proposition are mainly obtained by reasoning (inductive reasoning such as tallying method, differentiation method and covariant method, deductive reasoning such as negative expression of hypothetical inference, affirmative expression of hypothetical inference ).Then by the means of experiment, the different condition needed when applying those reasoning was explored.
由于定义性概念、定理和定律等命题知识是物理教学的主要内容，所以在第三章中首先通过研究，表明物理命题主要是运用推理策略获得的(归纳推理策略中的求同策略、差异策略和共变策略，演绎推理策略)；然后通过实验等方法研究使用策略需要的条件；最后依据前面的研究提出适合物理命题学习的任务分析方法。
- 更多网络解释与covariant differentiation相关的网络解释 [注：此内容来源于网络，仅供参考]
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covariant differentiation：共变微分法
covariant derivative 共变导数 | covariant differentiation 共变微分法 | covariant index 共变指标
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covariant differentiation：共变微分
covariant 共变式 | covariant differentiation 共变微分 | covariant tensor 共变张量
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covariant differentiation：协变微分
coupling 耦合 | covariant differentiation 协变微分 | covariant tensor 协变张量
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covariant differentiation：协(共)变微分法
协(共)变导数;共变微分 covariant derivative | 协(共)变微分法 covariant differentiation | 协(共)变函子 covariant functor