implicit differentiation

implicit differentiation的基本解释

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隐函数微分, 隐微分法

与implicit differentiation相关的网络例句 [注：此内容来源于网络，仅供参考]

In this research, a system of various levels of task difficulty was set up by a complex rule. Three characteristics of implicit learning were detected with this system: 1 Implicit learning didn't work under the condition of the most difficult task. 2 When the task became easier, implicit learning started working on some level of task difficulty. 3 The efficiency of implicit learning would become higher if the task became easier; but there was a limit to the efficiency of implicit learning.

本研究利用自行设计的复杂规则产生出不同难度的任务系统，进而通过实验阐明了内隐学习的三个特征：在任务难度极大的情况下，内隐学习并不发挥作用；在任务难度降低到一定程度的时候，内隐学习开始发挥作用，这仿佛是一个"阈限"；随着任务难度逐渐降低，内隐学习的效率也随着提高，但是最终停止在一个较高的水平而不再继续上升。

The females incubated at 33 , their ovarium has powerful cortex, the germinal epithlium produce oocyte, its medulla degenerate into ovarian cavity. During sexual differentiation, mitochondria and smooth endoplasmic reticulum in cells of ovary increase in quantity, they disintegrate after sexual differentiation. There are a lot of big grana in cells of ovary before sexual differentiation, in the course of sexual differentiation the quantity of the big grana decrease, while small grana increase and peakafter sexual differentiation. The males incubation at 26 , cortices of their testes degenerate into a thin albuginea. Medulla are formed by testicular cords in which scatter spermatogonium.

33℃下孵化的小龟卵巢皮质发达，由原始生殖细胞产生卵原细胞，髓质退化成为卵巢腔，分化时卵巢细胞的超微结构显示线粒体和内质网的数量大大增加，它们在分化结束后解体，分化前细胞内有较多的大颗粒，在分化中大颗粒减少，小颗粒增多，在分化后小颗粒达到最多。26℃下孵化的小龟精巢皮质退化成为一层薄的白膜，髓质有许多睾丸管构成，管腔内有散落排列的精原细胞。

According to our results, since BaP increased the expression of COX2 and pp38 to reduce the osteoblast differentiation and this phenomenon can reverse by treatment of NS398, but not by treatment of SB203580, suggesting that COX2 activation plays an important role on osteoblast differentiation. Adlay could increase osteoblast differentiation, in co-culture system, and reverse the osteoporotic status in mice, would be a helpful healthy food for enhance osteoblast differentiation. However, about, TBT, we didn't have enough data to support its effect on the differentiation of osteoblast or osteoclast.

所以依据我们所做出的实验结果，虽然苯骈芘会增加COX2和pp38的蛋白表现，但造骨细胞的分化作用仍下降，但若同时添加NS398，则分化能力有恢复现象，这或许可推测说COX2活性在抑制造骨细胞分化上扮演了一个重要角色；薏苡仁在共同细胞培养可以增加造骨细胞的分化作用，且对骨质疏松状态的小鼠具有缓解的能力，因此或许是能促进造骨细胞分化的营养食品；至於三丁基锡由於实验的数据不多，推测其或许并不影响造骨细胞和破骨细胞的分化作用。

与implicit differentiation相关的网络解释 [注：此内容来源于网络，仅供参考]

Implicit differentiation：隐微分

说是什么science要严谨什么什么的,全是见鬼. 哪叫什么做lab,用,上课也几乎不用课本,把课本里的内容压缩,放在什么幻灯片上放映,字又小. 让我们看书就完了,何必呢?有隐微分(implicit differentiation)在国内没接触过,学得非常有趣有价值,受益匪浅.

Implicit differentiation：隐微分法

implicit differential equation 隐式微分方程 | implicit differentiation 隐微分法 | implicit function 隐函数

Implicit differentiation：隐式微分法

implicit diffence equation 隐式差分方程 | implicit differentiation 隐式微分法 | implicit difiinition 隐含定义

Implicit differentiation：隐函数微分

381. implicit definition 隐定义 | 382. implicit differentiation 隐函数微分 | 383. implicit function 隐函数

Implicit differentiation and related rates：隱微分與相關變化率

微分應用 Applications of differentiation | 隱微分與相關變化率 Implicit differentiation and related rates | 單調性與相對極值 Monotonicity and relative extrema