超声功率与超声频率可根据需要调整。
Ultrasonic power ultrasonic frequency may adjust according to the needs.
超声功率与超声频率可根据需要调整。
Ultrasonic power and ultrasonic frequency may adjust according to the needs.
本文介绍了一种毫瓦级超声功率测量计的研制。
This article presents the development of a milliwatt ultrasound power measurement system.
随着超声功率的增加，改善作用的效果越明显。
超声功率是影响粗铝丝引线键合强度的最主要因素之一。
The influences of ultrasonic power on heavy aluminum wire wedge bonding strength were investigated.
辐射压力法测量声功率是一种常用的超声功率测量方法。
Radiation pressure method is often used in ultrasound power measurement.
本文介绍了一种基于虚拟仪器的新型超声功率检测系统的软件设计。
This paper mainly described the software design of a new type ultrasound power detecting system based on virtual instrument.
该式说明在弱声光互作用条件下，衍射导光波强度与超声功率成正比。
The formula indicates that under condition of weak AO interaction the intensity of diffractive guided optic wave is proportional to ultrasonic power.
超声功率是超声设备输出的重要参数之一，因此超声功率计的设计非常重要。
Ultrasound power is an important parameter of ultrasound equipment. The design of ultrasound power meter is very important.
实验结果表明，磷矿分解率随着超声功率、反应时间和水浴温度的增加而提高。
The experimental results show that the decomposition ratio increases with the ultrasonic power , reaction time and temperature .
实验结果表明，磷矿分解率随着超声功率、反应时间和水浴温度的增加而提高。
The experimental results showed that the decomposition ratio increased with the ultrasonic power, reaction time and temperature.
试验研究了不同超声功率条件下，键合时间对粗铝丝引线键合强度的影响规律。
The effect of bonding time on the bonding strength of thick aluminum wire wedge bonding was studied under different ultrasonic power conditions.
最后，介绍了功率超声处理系统中超声功率发生器和换能振动系统等关键技术。
The key technologies of the power ultrasonic processing system, including ultrasonic power generator and vibration sys-tem, are introduced in the end.
本文说明所研制的悬链式超声功率计的基本原理、结构设计、校准、误差及其优点。
A tethered float ultrasonic power meter has been built. Its measuring principle, design, calibration, error analysis and advantages are described in this paper.
介绍了一种测量辐射压力法的超声功率计设计原理，在超声功率计设计中融入智能控制的设计思想。
The designing principle of ultrasound power meter based on radiation pressure method is explained. In designing, intelligent controlling method is used.
设计了一个超声频率、超声功率和辐射时间三因素四水平的正交实验，研究超声辐射对海水小球藻的生物效应。
In this study, a three factor and four level orthogonal experiment was designed to study the biologic effect of ultrasonic radiation on Marine Chlorella.
利用超声波以水为溶剂提取元宝枫种壳中单宁，对超声功率、超声作用时间、水量、提取次数等因素进行研究。
Ultrasonic extraction of tanning with water from the seed hull of Acer Truncatum was described, and the influencing factors were studied.
利用超声波以水为溶剂提取元宝枫种壳中单宁，对超声功率、超声作用时间、水量、提取次数等因素进行研究。
The tannin were extracted by water as the solvent from the seeds hull of acer truncatum with ultrasonic treatment.
利用超声波法提取杏干多糖，以多糖含量为指标，研究了超声时间、超声功率、料液比对杏干多糖得率的影响。
Ultrasonic wave was applied in extraction of polysaccharides from dried apricot the content of polysaccharides was served as index.
结果表明 ，超声功率低于 80W时 ，没有产物生成 ，功率大于 80W ，产率随功率的增大而增加 ；
The results indicate that there is no product when ultrasonic power is under 80W. The yield increases with power goes up.
目前，我军各级医学计量单位普遍使用BCZ100 - 1型便携式毫瓦级超声功率计作为超声诊断设备的计量仪器。
Now, the BCZ100-1 ultrasonic power meter, as a metric instrument of medical ultrasonic diagnostic equipment, is widely adopted by medical metric departments.
方法采用正交设计，以超声提取时间、超声功率、固液比和提取温度为考察因素，优选了超声波提取海带中褐藻糖胶的最佳工艺。
Methods The orthogonal experiment was designed with ultrasound time, ultrasound power, solid-liquid ratio and extraction temperature as factors to optimize the extraction process of fucoidan.
超声强化亚临界水提取沙姜精油的工艺研究表明，影响提取效果的因素主次顺序依次为：提取温度、超声功率密度、投料量、提取时间。
The experimental results of USWE showed that extraction temperature, ultrasound power density, material mass and extraction time were major factors affecting the extraction yield.
介绍一种医用超声诊断设备声功率计量数据的处理方法。
A data processing method for the sound power of the medical ultrasonic diagnostic equipment is introduced in this paper.
第二采集协议采用在超声图像数据采集(10)期间足以导致造影剂破坏的输出声功率。
The second acquisition protocol USES an output acoustic power sufficient for causing destruction of the contrast agents during ultrasound image data acquisition (10).
第二采集协议采用在超声图像数据采集(10)期间足以导致造影剂破坏的输出声功率。
The second acquisition protocol USES an output acoustic power sufficient for causing destruction of the contrast agents during ultrasound image data acquisition (10).
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