| 释义 |
unique continuation theorem
- 别致的bié zhì de
unique, unconventional, unique
- 亥姆霍兹定理hài mǔ huò zī dìng lǐ
helmholtz theorem
- 超绝chāo jué
extraordinary, superb, unique
- 空前绝后kōng qián jué hòu
unique
- 毕氏定理bì shì dìng lǐ
Pythagorean theorem
- 费马定理fèi mǎ dìng lǐ
fermat theorem
- 瑞利定理ruì lì dìng lǐ
Rayleigh theorem
- 稀罕的xī hǎn de
rare, scarce, unique
- 二项式定理èr xiàng shì dìng lǐ
binomial theorem
- 介值定理jiè zhí dìng lǐ
intermediate value theorem
- 刘维定理liú wéi dìng lǐ
Liouville's theorem
- 续篇xù piān
continuation
- 独一无二的dú yī wú èr de
unique; unmatched; unparalleled
- 毕达哥拉斯定理bì dá gē lā sī dìng lǐ
pythagoras theorem
- 平均值定理píng jun1 zhí dìng lǐ
theorem of the mean
- 定理dìng lǐ
theorem
- 扩建物kuò jiàn wù
continuation
- 续编xù biān
continuation, sequel
- 续集xù jí
continuation; sequel
- 延长物yán zhǎng wù
continuation
- 费马最后定理fèi mǎ zuì hòu dìng lǐ
Fermat's last theorem
- 傅里叶积分公式fù lǐ yè jī fèn gōng shì
integral theorem of fourier
- 法则fǎ zé
principle, theorem
- 绝招jué zhāo
unique skill
- 附加部分fù jiā bù fèn
continuation
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