Sexual division often suggests to use an illusion to come excitant reaction.

The paper presents a novel nonlinear adaptive optimal excitation controller.

提出了一种非线性自适应最优励磁控制器.

At room temperature, thermal excitation can produce an unwanted current.

在温室下, 热激发可能产生所不需要的电流.

The dynamic excitation device is used for generating the dynamic excitation signals.

产生动态激励信号的设备是动态激励装置.

Objective Explore the mechanism of intermittent pre-excitation syndrome ( IPS ).

探讨间歇性预激 综合征 的形成机制.

There are several types of excitation to which structures may be subjected.

结构可能受到的激励有几种类型.

Both ionization and excitation lead to eletronic transitions that may be the emission of light.

电离和激发都将导致可能伴随有光发射的电子跃迁.

Consequently, asynchronous excitation and fibrillation of muscle fibers are observed.

所以就出现非同步的肌纤维兴奋和纤颤.

In dumb rabies there is a very short excitation phase.

在狂犬病潜伏期,有一非常短的兴奋期.

It is possible to describe the excitation spectra in terms of elementary modes of excitation.

可以借助于基本激发模式来描述激发谱.

His eyes scintillated excitation.

他的眼睛闪烁激动的目光.

The different excitation sources are pulsed to give intermittment radiation.

各种激发源形成脉动,以产生间歇的辐射.

It is suggested that Li's No.5 could antagonize the neurotoxicity excitatory amino acid.

提示“李氏5号方”可拮抗兴奋性氨基酸神经毒性.

Nothing happens until the excitatory stimulus exceeds a certain'threshold'value.

兴奋性刺激超过某一临界值以前毫无反应.

Urethane has a wide spectrum of effects and affects both inhibitory and excitatory ligand-gated channels.

乌拉坦对兴奋性和抑制性配体门控通道具有广泛的可检测的作用.

Injury mechanism of neuron are that of calcium influx, excitatory amino acids and apoptosis.

神经元的损伤机制主要有钙内流机制、兴奋性氨基酸机制及凋亡机制.

AMPA receptors mediate the fast excitatory synaptic transmission in the central nervous system.

AMPA受体介导了中枢神经系统绝大部分快速型的兴奋性突触传递.

Plasma concentrations of excitatory amino acids serine, glycine, taurine and histidine in major depression.

血浆兴奋性氨基酸,丝氨酸, 甘氨酸, 牛磺酸和组氨酸的抑郁症.

The responses of respiration to hypoxia is , that is respiratory excitatory at first, then respiratory depression.

呼吸对缺氧的反应都是双相的, 即先兴奋后抑制.

Objective To study the effects of mild hyperthermia and hypothermia on excitatory amino acid ( EAA ) respectively.

目的研究轻度高温、亚低温对局灶脑缺血组织兴奋性氨基酸 ( EAA ) 的影响.

No case with central excitatory phenomena was found in each group.

两组中均未出现具有精神症状的病例.