可传导的

基本解释 (translations)

conductible

与可传导的相关的网络例句 [注：此内容来源于网络，仅供参考]

The research contents mainly include: First, the influence of foundation constraint condition to the temperature stress is analyzed, the temperature stress formula of ultra-long concrete anchor plate is deduced, then the influence of length to structure crack can be gotten from the formula. Second, a breathing method is set up to solve the problem of temperature stress in ultra-long concrete constructions. By setting the sliding floor, a breathing system is built up and the temperature stress reduced distinctly. Third, the effect of prestress technique in the control of temperature stress is analyzed, it is simulated and calculated through FEA to get the right way to apply the prestress. Forth, the delay of temperature field and unsteady conduction is considered, the temperature field of ultra-long concrete structure with later poured band is simulated, then temperature stress distribution after casting the concrete is calculated, finally the effect of later poured band to temperature stress of ultra-long structure is analyzed.

本文的研究内容主要包括：(1)分析了基础约束对超长混凝土结构温度应力的影响，推导了超长混凝土地基板温度应力公式，从而得出长度对结构裂缝的影响；(2)针对超长混凝土裂缝问题，提出了一种可呼吸的解决方法，通过设置滑动层，使结构成为一种"可呼吸"体系，从而有效的降低温度应力；(3)分析了预应力技术在控制超长结构温度应力中的作用，通过有限元模拟计算，得到合理的预应力施加方式；(4)考虑温度场的滞后效应及不稳定传导，对带后浇带超长混凝土结构浇注后的温度场仿真模拟，计算浇注后的温度应力分布，分析后浇带对超长结构温度应力的影响。

Heat, a mode of motion developed by such combustion, was constantly and increasingly conveyed from the source of calorification to the liquid contained in the vessel, being radiated through the uneven unpolished dark surface of the metal iron, in part reflected, in part absorbed, in part transmitted, gradually raising the temperature of the water from normal to boiling point, a rise in temperature expressible as the result of an expenditure of 72 thermal units needed to raise 1 pound of water from 50 degrees to 212 degrees Fahrenheit.

燃烧所引起的运动形式之一--热，不断地、加速度地从热源体传导给容器中的液体，由那凹凸不平、未经打磨的黑色铸铁面把热向周围发散出去；一部分反射回来，一部分被吸收，另一部分被传导，使水的温度从常温逐渐升到沸点。这种温度的上升可作为消费结果标志如下：将一磅水从华氏五十度加热到二百十二度，需耗七十二热量单位。

Results: compared with the control group, the amplitude and conduction velocity of biphasic action potential were gradually and significantly reduced in the hyperosmotic dextroglucose sub groups (concentrations at 20% and 40%), hyperosmotic mannitol sub group (concentration at 20%) and hyperosmotic sorbitol sub groups (concentrations at 20% and 40%) in a time dependent manner.

结果：与对照组比较，20%、40%葡萄糖组，20%甘露醇组和20%、40%山梨醇组的动作电位幅度有显著降低，传导速度有显著减慢，呈时间依赖关系；10%葡萄糖组、10%甘露醇组和10%山梨醇组高渗溶液均可使蛙坐骨神经干动作电位幅值有不同程度上升，传导速度略微减慢。

In electroanalysis, the advantage comes from the high selectivity of enzyme and the low detection potential of DET. In glucose biofuel cell application the DET of GOD in fabricating of electrode can work efficiently as anode in sugar/air battery.

葡萄糖氧化酵素的直接电子传导现象更可被利用在分析与能源方面，在分析上可以利用直接电子传导的低电位特性与酵素的专一性来进行侦测；在能源方面可以运用在生物葡萄糖燃料电池的阳极端来使用。

The silicon germanium oxide composite nano line produced in the method has the properties of good fluorescence activity, large specific surface area, adjustable length and thickness; thus the silicon germanium oxide composite nano line is expected to be applied to a plurality of fields such as advanced catalyst design, biological fluorescence label, nano component assembly, microscopic conduction and synthesis of advanced optical, electrical and magnetic material and has potential application value.

通过该方法制备的硅锗氧化物复合纳米线具有很好的荧光活性、大的比表面积以及粗细、长短可调控的性质，因此这种硅锗氧化物复合纳米线有望在许多领域例如先进催化剂的设计、生物荧光标记、纳米器件组装、微观传导以及先进光学、电学和磁学材料的合成中有潜在应用价值。

To investigate the affect of radiofrequency ablation on the electrical conduction of coronary sinus and interatrial conduction in patients with paroxysmal superventricular tachycardia.

①射频消融可造成经冠状窦传导的延迟及心房间电传导的延迟。

By reporter gene assay, it was found that both biochanin A and hesperitin activated the activity of CBF1-dependent reporter gene.

藉由报导基因分析，可评估不同药物对於细胞中内生性Notch讯息传导路径的影响，本实验室发现biochanin A与hesperitin可以活化内生性Notch讯息传导路径。

The implant material is osteo conductive and can be resorbed via the following two processes: physiological solution in body fluids and direct cellular attack.

calc-i-oss 由高纯度可吸收的β-磷酸三钙组成。这种移植材料具有骨传导性，能够通过以下两种途径被再吸收：体液和直接细胞攻击的生理解决方案。

The piezoelectric diaphragm, or bender plate, comprises a piezoelectric ceramic plate, with electrodes on both sides, attached to a metal plate made of brass, stainless steel, or a similar material with conductive adhesive.

压电模片或弯曲板组成压电陶瓷片，带双面电极，用可传导粘合剂贴在黄铜、不锈钢或类似材料制成的金属板上。

For the DE theory, the itinerant electron is mobile in the metallic FM domains and polarons can only transport in the PM domains. In the IM transition region, the conductivity is the sum of the polaronic and itinerant electronic conductivity. Under this model, the DE theory yields agreement with the experimental resistivity excellently.

在DE理论中，金属性铁磁畴中的巡游电子是可传导的，而极化子只能在绝缘性顺磁畴输运，在IM相变温区，体系的电导率是极化子和巡游电子的电导率之和，通过应用我们的模型，发现DE理论可以得到与电阻率的实验数据非常一致的拟合结果。

与可传导的相关的网络解释 [注：此内容来源于网络，仅供参考]

conductive：传导性

评估标准是领域依领域(argument field)的概念;汉布林把独白改变为以承诺而非汉布林的谬误研究吸引了加拿大哲学家沃兹(Woods)和瓦的,可名之为"传导性(conductive)推理";威斯德姆(J.

thermal conductivity：热传导率

因此散热片材料之热传导率(Thermal Conductivity)愈高,散热面积愈大,则其散热效率愈佳. 但无论采用何种散热方式,散热量的多寡通常和材料、散热面积、几何形状及本体与环境之温差有关. 好的导热材料可快速且均匀的导热,大散热面积增加热交换效率,

excitable membrane：可兴奋膜

(二)神经元的结构 1.细胞膜 神经元的细胞膜是可兴奋膜(excitable membrane),它在接受刺激、传播神经冲动和信息处理中起重要作用. 通常是神经元的树突膜和胞体膜接受刺激或信息,轴突膜(轴膜)传导神经冲动. 神经元细胞膜的性质决定于膜蛋白的种类、数量、结构和功能,

Intraventricular block：室内传导阻滞

室内传导阻滞(intraventricular block)又称室内阻滞,是指希氏束分叉以下部位的传导阻滞. 室内传导系统由三个部分组成:右束支、左前分支和左后分支,室内传导系统的病变可波及单支、双支或三支. 无论是单纯的或复杂的心脏粘液瘤,其瘤体本身的病理形态并无不同.

mountain sickness：高山病

高原建设者、边防战士、登山运动员等如未采取预防措施,可引起高原病(high altitude sickness)或高原适应不全症,又称高山病(mountain sickness). 预激是一种房室传导的异常现象,冲动经附加通道下传,提早兴奋心室的一部分或全部,引起部分心室肌提前激动.

sensibly：容易感知地/有常识地/聪明地

sensate /可感觉的/知觉的/ | sensibly /容易感知地/有常识地/聪明地/ | sensiferous /传导感觉的/

conductible：可传导的

conductibility | 传导性 | conductible | 可传导的 | conducting air | 导电空气

conductible：可传导的 (形)

conductibility 传导性 (名) | conductible 可传导的 (形) | conduction 传导 (名)

base plate：基板

改善导热性能首先,热必须通过直接敷铜(DBC)底层转移出来,然后经过模块基板(base plate),再通过热油脂,再进入到栓接的散热片(见图1). 这部分的热量转移完全是通过热传导来实现的. 铜具有很高的导热率、可接受的成本,以及最重要的是,

baseplate：基板

首先,热必须通过直接敷铜(DBC)底层转移出来,然后经过模块基板(baseplate),再通过热油脂,再进入到栓接的散热片(见图1). 这部分的热量转移完全是通过热传导来实现的. 铜具有很高的导热率、可接受的成本,以及最重要的是,