| 1. | Mechanical impedance analysis system
机械阻抗分析系统 |
| 2. | Bioelectrical impedance analysis of the therapeutics of upper limb lymphedema following mastectomy
生物电阻抗分析法观察乳腺癌患者上肢淋巴水肿治疗效果 |
| 3. | Use of dual - energy x - ray absorptiometry and bioelectrical impedance analysis measurement in malnutrition patients
线吸收法及生物电阻抗法测定营养不良病人机体组分 |
| 4. | The studies in the thesis are summarized as follows : ( 1 ) the recent progress of the piezoelectric quartz crystal impedance analysis is reviewed
本论文主要研究内容如下： ( 1 )综述了压电石英晶体传感器的测定方法和近期应用。 |
| 5. | Based on the research on the present methods of body composition measurement by bia ( bioelectrical impedance analysis ) , we put forward the improved method of body composition measurement and take it as an important method to evaluate physical fitness
在对当前基于生物阻抗法人体成分测量的几种方法研究的基础上，我们对测量方法进行了改进和创新，同时把人体成分测量作为评测人体体能的重要方法之一。 |
| 6. | The optimal aging conditions for the sensors investigated are : u 200 mv , f1 khz , t24 - 48 h , rh 81 - 87 % , t 3 80c ii the sensing mechanism of the humidity sensors has been explored by means of complex impedance analysis
合适的老化条件为：施加电压200mv ， 1khz ， 24 48h ， 38 ， 81 87 rh 。采用复阻抗谱分析法，研究元件感湿机理，认为napss湿敏元件感湿机理为离子导电，其电导随湿度的变化可由改进的onsager方程描述。 |
| 7. | New method for determination the environmental waste water was established by bulk acoustic wave impedance analysis technique , which is based on the inhibition of antibiotics to the growth of bacteria . the proposed method was applied to monitor the environmental wastewater
采用声波阻抗分析技术，基于某些抗生素类药物对微生物生长的抑制作用，建立了测定废水污染程度的生物学新分析方法，并用于环境废水污染程度的监测。 |
| 8. | The piezoelectric quartz crystal impedance analysis is a new method to study the quartz crystal resonance . it has been well established as a powerful tool capable of responding in situ to an electrode mass change down to the nanogram level and the change of the solution viscosity and density , and it is also expected to find wider applications in chemistry , life science , surface science , food science , environment monitoring and so on
压电石英晶体阻抗分析法是研究石英晶体谐振的新技术，可获取多维压电信息，从而现场动态监测电极表面低至纳克级的质量及溶液粘密度等响应，可广泛应用于化学、生命科学、表面科学、食品科学、环境检测等领域。 |
