传导

The synchronous oscillation and propagation and the forward problem of the nerval activities are the main contents of the dissertation.

对可兴奋性神经元的同步振荡及其传导以及神经电活动正问题的研究是论文的主要内容。

Acupuncture "Zusanli"(ST36) right at the time of the introduction - hub - news-axis can be summed up as follows:to stimulate the adoption of a specific pathway,upload it to the brain limbic system specific functions excited nuclei,and then through the neurohumoral mechanism of the serum gastrin level in order to regulate the physiological functions of target organs.

针刺右侧足三里穴时的传入-中枢-传出轴可以概括为：刺激通过特定传导通路，上传到大脑兴奋边缘系特定功能核团，进而通过神经体液机制影响血清胃泌素水平，以此来调节靶器官的生理功能。

This effect may be closely related to the up-regulation of the BDNF signal pathways of hippocampus, therefore promotion of the neural neurotrophy and plasticity.

CTN-T在大鼠慢性应激模型上具有抗抑郁作用，其作用机制可能与上调海马BDNF相关的信号传导通路活性，改善神经营养和神经可塑性有关。

The expression of Fos protein that accompanied with hyperalgia was related to the transmission of nociceptive information and the control of central system.

炎症期间脊髓背角Fos蛋白的持续表达与外周痛觉信号的传导和中枢的调控有关。

By Error Correction Model and Granger Noncausality Test, we got the conclusions: the two-quote mechanism has the function of rapid error correction and information transmission; competitive market maker system promotes the efficiency of the market.

运用做市商报价调整的误差修正模型，并对报价与成交净价之间进行 Granger 非因果检验发现，做市商双边报价机制具有迅速纠错的功能和信息传导的功能，竞争性做市商制度具有更高市场效率。

The numerical results show that our method is effective. For the noncharacteristic Cauchy problem for 2-D and 3-D heat equation, we give the explicit H\"{o}lder type stability estimates by using weighted energy method. Especially,H\"{o}lder type stability estimate for discrete solutions of the heat equation is obtained through a fully discrete method. The numerical results are presented.

对于二维和三维的热传导方程的非特征Cauchy 问题，我们利用权函数方法，给出了一个显式的H\&{o}lder 型的稳定性估计，特别的，对于二维的非特征Cauchy问题，我们利用充分离散的方法，对二维问题的离散形式同样给出了H\&{o}lder 型的稳定性估计，同时，我们也给出了数值例子来说明我们的估计。

In addition, InP technology provides the following measurement benefits compared with other technologies available today: significantly flatter response at high frequencies; higher measurement accuracy because of the low-noise, nonconductive substrate; and higher reliability due to lower power consumption.

相较于其他的技术，InP技术还提供许多量测优点：在较高的频率下，可产生相当平坦的响应；低噪声的非传导性基板，可提高量测准确度；低消耗功率，可确保较高的可靠度。

Heat conduction of 1D system is very useful for understanding nonequilibrium process and transport. For recent years, it has attracted a lot of attention. The research for this question have great progress get along with the improve of method.

一维系统的热传导对于理解非平衡态过程和输运过程具有重要的意义，近年来引起了很多人的注意，由于研究方法的改进，这一问题的研究取得了不少进展。

Specially,at lower power density of laser,quasi static model is used to simulate the radial heat dissipation from irradiated region to nonirradiated regions.

在数值计算中，应用部分线性法处理非线性非齐次热传导方程，得到相应的隐格式差分方程，再用追赶法求解隐格式差分方程，得出绝热边界条件下的温度的时间和空间分布，从而得出激光退火的再结晶厚度。

Results:92 patients (113 ears) were examined by PTHT, AI , 40 Hz AERP,ABR and DPOAE. It was found that organic deafness was confirmed on 98 ears (86.73%), of which exaggerated hearing loss was 38 ears; nonorganic deafness was confirmed on 13 ears (11.50%); stimulated deafness was 2 ears(1.77%). 98 organic deafness ears were diagnosed, of which conductive hearing loss was 25ears; sensorineural hearing loss was 29 ears, and mixed hearing loss was 44 ears.

结果： 92例患者113耳行纯音听阈测试、声导抗、40 Hz AERP、ABR与DPOAE检测，发现器质性聋98耳，占86.73%，其中夸大性聋者38耳，夸大程度＜20dBnHL6耳，20～40dBnHL27耳，＞40dBnHL5耳；非器质性聋13耳，占11.50%，诈聋2耳，占1.77%；98耳器质性听力损失者中，25耳为传导性耳聋，29耳为感音神经性耳聋，44耳为混合性耳聋。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失