超声波的

The company owns the high engineers with the technical personnel many a technician for,advanced production in domestic equipments and physics and chemistries examining instrument many set,absorbing combination using domestic and international and advanced craft technique and sciences manage means, have become for year now to produce 3000t the high-quality cold-rolled, cold-drawn stainless steel seamless tube every kind of specifications.

公司拥有高级工程师和技术人员多名，引进国内先进的生产设备，现拥有50吨、20吨、10吨、5吨、1.5吨等冷拔拉管机组，LG60、LD40、LG30、LG15等冷轧机组，水压、涡流、超声波探伤、粗糙度、硬度、晶间腐蚀、力学性能测试等设备齐全，下属设立检测试验中心，吸收结合使用国内外先进的工艺技术和科学的管理手段，现已形成年产3000吨各种规格的优质冷轧、冷拔、抛光不锈钢无缝钢管的能力。

The experiment indicates: on condition that the mole ratio is 1.1:1, temperature is 90~98℃, pH is 1~2, acid adding speed is 1 drop/(2~3) second, the yield and quality of the products can get increased when reaction liquid disposed with ultrasound wave.

实验表明：在硅酸钠与钨酸钠的物质的量比为1.1：1，控温90~98℃，pH值1~2，加酸速率1滴／(2~3)s的优化条件下，用超声波处理反应液可以增加产品的产量和质量。

It is the most important solid-liquid reaction that sulfuric acid decomposes phosphate rock in phosphate fertilizer production. By contrast with conventional reaction of acid decomposing phosphate rock, the effects of ultrasonic power, reaction time, and temperature are discussed.

硫酸分解磷酸是磷肥工业中最重要的液固分解反应，本研究从磷矿酸解液—固反应着手，通过对比的方法，探讨常规的液—固反应体系施加超声波后，超声的声强、时间、温度对磷矿酸解的影响。

Analogic conceives, designs, and manufactures high-performance medical and security imaging systems and subsystems, primarily for Original Equipment Manufacturers.

Analogic公司是在以X光技术，应用于医疗和安全检查的CT技术，超声波，核磁共振，数字射线成像机，和病人监护仪等各种技术在全世界的领先地位而闻名的，以研发和生产为主的企业。

The relationship between acoustic wave direction,laser incident angle,and laser diffraction angle of TeO2 acousto-optical deflector with acoustic frequency was analyzed based on the TeO2 crystal acousto-optical characteristic and Dixon equations under abnormal Bragg diffraction.

根据晶体的声光特性以及反常布喇格衍射的Dixon方程，得出了氧化碲声光偏转器在反常布拉格衍射条件下的参量矢量关系。分析了超声波方向、入射光角度、衍射光角度与声波频率之间的关系。

This article mainly established the analysis method to extract the oxine-copper residues in cucumber and soil with ion pair of antiphase HPLC and Ultrasonic-assisted solvent. This method mainly uses XBridge C18 column and UV detector by using waters phase of phosphatic buffered solution/acetonitrile (60:40, by vol) as mobile phase with 0.8 mL/min flow ratio and UV detection at 250 nm. The residue time was 4.71 minute. Accuracy, precision, and sensitivity of the method all satisfy the demands of pesticide residue analysis.

建立了黄瓜和土壤中喹啉铜的超声波辅助溶剂提取－反相离子对高效液相色谱法的残留分析方法，该方法使用XBridge C18色谱柱和可变波长紫外检测器，并以水相磷酸盐缓冲溶液－乙腈（体积比为60：40）作流动相；流速为0.8 mL/min；检测波长为250 nm；保留时间为4.71 min；该方法的准确度、精密度及灵敏度均满足农药残留分析的要求。

Thermal behavior of RSRF was not affected by ultrasonic treatment, but it remarkably changed in the esterified RSRF. The Differential Scanning Calorimeters curves revealed the maximal thermal decomposition peak of cellulose and lignin in RSRF were disappeared, which reflected characters of RSRF were modified through esterification.

差示扫描量热法研究结果表明，超声波处理对RSRF的热性能没有影响，但酯化改性使RSRF的纤维素与木质素最大分解峰消失，主要反映为酯的性质，且热稳定性增强。

Ultrasonic humidifiers are the quietest humidifiers available, and the ideal choice when noise level is a concern.

超声波加湿器是最安静的加湿器可用，理想的选择时的噪音水平是一个问题。

Based on the requirements for control system of shadow mask cleaning machine, this article presents an automatic control system which is composed of C200H programmable controller, Fuji frequency converter made in Japan, OMRON-E5AX temperature regulator, ultrasonic generator , electrostatic precipitator, etc.

针对荫罩清洗机控制系统的要求，介绍了采用 C200H 型可编程序控制器、日本富士变频器、OMRO N－ E5A X温度控制器、超声波发生器、静电除尘等装置组成的适用于实现生产线的自动控制系

A new kind of driving circuit is designed, it realizes driving and frequency tracking of USM.

本文研究并设计了一种新型的驱动电路，用以实现超声波电机的驱动和频率的自动跟踪。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。