ohmic的例句大全

There is no prominent change of gelatinization properties during ohmic heating.

淀粉溶液在通电加热时其糊化特性无明显变化.

Ohmic heating has many advantages in contrast to traditional heating.

与传统加热技术相比,通电加热技术优点很多.

A material obeying ohm's law is called an ohmic conductor or a linear conductor.

凡是遵守欧姆定律的材料,都叫做欧姆导体或线性导体.

Products: Low ohmic precision and power resistors, SMD and conventional technology.

产品包括: 低阻值精密电阻和功率电阻, SMD及传统技术产品.

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.

Insulation Resistance . The ohmic resistance of insulation. It degrades quickly as humidity increases.

绝缘电阻绝缘的欧姆电阻. 当湿度增加时劣化很快.

Introduce the principle of ohmic heating technology and it's system application in food disinfection.

介绍电阻加热技术的原理及其系统在食品杀菌的运用.

Ohmic heating technology is a new kind of food technic whit many merits and large development.

欧姆加热技术是一种新型的食品工艺，具有许多优点，发展潜力巨大。

The Methods: Which comparing the ohmic heating sterilization with the water bathe heating were taken.

采用欧姆加热杀菌与水浴加热杀菌对比的方法.

The characteristics of starch solution ohmic heating were also investigated.

研究了通电加热对淀粉糊化特性的影响.

The Ohmic contact and photoresponse of a ZnO single crystal film produced by MOCVD are investigated. The electrical and photoresponsive changes in the ZnO film due to the RF sputter deposition of SiO_2 ( antireflective coating) are also discussed.

对采用MOCVD方法沉积的ZnO单晶薄膜的欧姆接触特性、光电特性进行了研究，并对比研究了射频溅射沉积SiO2抗反射膜对ZnO薄膜I-V、光电特性的影响。

New ohmic contact structure and air-bridge are employed to improve microwave power performance.

为了提高微波功率器件性能，采用新的欧姆接触和新型空气桥方案。

A novel structure of ideal ohmic contact p+ ( SiGeC)-n& n+ diodes with three-step graded doping concentration in the base region is presented, and the changing doping concentration gradient is also optimized.

将新器件结构与新型半导体材料相结合，提出了一种新型的n-区三层渐变掺杂理想欧姆接触型p+（SiGeC）-n&n+异质结功率二极管，并对n-区的杂质分布梯度进行了优化。

In this thesis, we study influences of the ohmic resistance and the third-order dispersion on the DNLS soliton with VBC by using the direct perturbation theory.

本论文用零边值的DNLS孤子微扰理论研究了欧姆阻尼和三阶色散对DNLS孤子的影响。

The electrodes are baked by using silver paster in order to obtain good ohmic contact.

采用Ag浆烧制电极，以达到良好的欧姆接触。