ohmic中文,ohmic的意思,ohmic翻译及用法

2026-03-21 23:19 浏览次数 25

ohmic

英['əʊmɪk]美['oʊmɪk]

adj. [电] 欧姆的;以欧姆测定的

ohmic 英语释义

英语释义

  • of or relating to or measured in ohms

ohmic 片语

片语

ohmic polarization[物化]

ohmic arch电阻电桥

resistance ohmic奥姆电阻

ohmic metallization欧姆接触金属化

drop ohmic电阻位降

ohmic dissipation翻译

ohmic contact[电] 欧姆接触

Ohmic current欧姆电流

ohmic accidentes欧姆损耗

ohmic resistance[电] 欧姆电阻

ohmic heating[电] 欧姆加热;[电] 电阻加热

ohmic 例句

英汉例句

  • in the ohmic contacts of led electrodes, carriers have different transmission mechanisms be- tween metal electrode and semiconductor.

    在led电极欧姆接触中,载流子在金属电极和半导体间有不同的传输机制。

  • however, it also increases both the ohmic loss at the solid-state electrolyte and the polarization loss at both electrodes.

    但是,温度的降低也会增大固体电解质的欧姆损失,使电极的极化作用增大。

  • one kind of rf mems ohmic series switch is proposed in this paper, and its equivalent circuit is investigated also.

    本文提出一种rfmems欧姆串联开关的结构,并对其等效电路模型进行研究。

  • problems in measurement of water level(or liquid level)in deep wells are solved through developing the intelligence water level gauge instead of ohmic method.

    智能水位计的研制成功,主要解决了供水企业深井水位(或液位)的测量问题,它取代了以往用万用表测量水位的「欧姆」法。

  • noise due to antenna ohmic loss is important in ultralow noise system.

    在超低噪声系统中,天线欧姆损耗噪声也是很重要的。

  • the electric parameters of toroidal magnetic field coils, ohmic heating systems and vertical balance magnetic field coils of sunist low aseptic ratio tokamak were introduced.

    介绍了sunist低环径比托卡马克的纵向场线圈、欧姆加热场线圈和平衡场线圈的电学参数。

  • conventionally, gold is used for ohmic contacts and gate structures in power devices, but it makes gan processing incompatible with conventional cmos processing.

    一般来说,功率管器件的欧姆接触触点以及栅极是采用金材料制作,但是在基于gan的hemt中如果仍采用金材料制作这些结构则必须采用特殊的cmos制程工艺。

  • the voltage drop occurring at the beginning of discharging for vrla batteries is mainly caused by ohmic internal resistance of the batteries.

    阀控式密封铅蓄电池(vrla)电流放电初期出现的电压降主要是由电池欧姆内阻引起的。

  • it can be concluded that the ohmic potential drop is an important factor which has the influence over the pit growth kinetics.

    这表明,欧姆电位降是影响孔蚀发展初期动力学规律的一项重要因素。

  • the ohmic resistance and the charge transfer resistance of the battery are increased with the increasing of delivered capacity.

    随着电池输出容量的增加,欧姆电阻和电荷传递电阻增大。

  • ohmic contact is a critical factor for high power semiconductor lasers.

    欧姆接触的好坏,对高功率半导体激光器至关重要。

  • by considering the interaction between the ohmic field and the lower-hybrid current driven (lhcd) field, we find two mechanisms affecting the plasma conductivity.

    本文研究了由于欧姆电场与驱动电流的低杂波场相互作用造成的影响等离子体电导的两个物理机制。

  • microwave heterodyne receivers were used to measure the nonthermal emission during ohmic (oh) discharges and lower hybrid current driven (lhcd) on the hl-1 tokamak.

    在hl-1托卡马克装置上,采用不同频率的微波外差接收机测量欧姆放电下和低混杂波驱动下的非热辐射。

  • the dynamics of entanglement decoherence for fragile entangled states is discussed by taking into account the ohmic dissipation under the low temperature approximation.

    对于脆弱纠缠态分析了它们在低温条件欧姆型耗散下的纠缠消相干演化动力学。

  • comparison of fuelling effects was made between smb and ice pellet injection on the same shot of ohmic discharge in hl-1m.

    描述了在hl1m装置同一次欧姆放电等离子体中超声分子束与冰弹丸加料效果的实验比较。

  • in hl-1m experiment, multiple pellets were injected into ohmic discharge , good results for plasma confinement have been achieved.

    在hl-1m实验中,多发弹丸注入到欧姆加热放电中,明显改善了等离子体约束特性。

  • the interface band structure within the defect level could make it clear why the metal-sic contacts become ohmic during annealing.

    通过界面能带结构图直观地解释了欧姆接触在热退火条件下的形成机制。

  • the principle, operation and development of ohmic heating sterilization technology were reviewed.

    综述了欧姆杀菌技术的原理、操作及进展。

  • the electron heat transport is studied by analysis of observed cold pulse propagation during gas modulation in hl-2a ohmic discharge.

    利用调制送气过程中观察到的冷脉沖传播,研究了在hl-2a装置欧姆放电条件下的电子热输运。

  • the percentage of the ohmic heat in total generated heat for tubular sofc is higher than that of planar sofc.

    并且,管式燃料电池的欧姆热在总发热量中所占的百分比比板式sofc高。

  • the effect of ohmic dissipation on the evolution and saturation of this turbulence is investigated.

    研究了湍流发展的物理本质,进一步探明了欧姆耗散效应在湍流发展过程中的作用。

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