The term "Complex Impedance Spectrum" refers to the measurement and analysis of electrical impedance as a function of frequency, often used in the study of biological tissues or electrochemical systems. This technique provides valuable insight into the complex behavior of these systems, allowing for a better understanding of their properties and functionalities. The spectrum obtained can reveal important information about the underlying processes, such as tissue characterization, cell behavior, or electrochemical reactions. Researchers utilize the complex impedance spectrum to elucidate various phenomena and design practical applications. For example, in medical research, the complex impedance spectrum is utilized to diagnose and monitor diseases, while in the field of materials science, it is applied to develop novel sensors and devices. The comprehensive understanding of the complex impedance spectrum drives advancements across a wide range of disciplines, making it a powerful tool for scientific inquiry and technological innovation.
复阻抗谱,Complex impedance spectrum
1)Complex impedance spectrum复阻抗谱
2)impedance spectrum复电阻抗谱
1.The variation ofimpedance spectrum of in vitro tissues after been isolated from the body;动物组织复电阻抗谱随离体时间的变化
3)complex impedance spectroscope复数阻抗谱
英文短句/例句
1.Impedance Spectrum Analysis for β″-Al_2O_3 Ceramic用复数阻抗谱法对β″-Al_2O_3陶瓷的分析
pared Commonly Used Frequency Spectrum Parameter of Complex Impedance Model常用的复电阻率频率谱参数模型对比
3.The Research on Bio-tissue Impedance Spectra Measurements and Electrical Impedance Tomography;生物组织复电阻抗频谱测量及电阻抗断层成像系统的研究
4.The System of the Resolution to the Parameters of Electrochemical Impedance Spectrum with Multi-time Constant;多个时间常数电化学阻抗谱的参数解析系统
5.The Study of PDC Performance Detection by AC Impedance Spectroscopy交流阻抗谱检测金刚石复合片性能的研究
6.Response of Electrical Impedance Spectroscopy Parameters of Wheat(Triticum aestivum L.)Leaves to the Stress of Heavy Meatals小麦叶片电阻抗图谱参数对重金属胁迫的响应
7.Effect of salt stress on electrical impedance spectroscopy parameters of wheat(Triticum aestivum L.) leaves盐胁迫对小麦叶片电阻抗图谱参数的影响
8.high impedance NMR spectrometer高阻抗核磁共振波谱仪
9.The Effect of Environmental Factors Stress on Electrical Impedance Spectroscopy Parameters of Wheat Leaves;环境因子胁迫对小麦叶片电阻抗图谱参数的影响
10.The Relationship Between Parameters of Electrical Impedance Spectroscopy and Some Physiological Parameters in Pinus bungeana Zucc. Needles During Dehardening脱锻炼期间白皮松针叶的电阻抗图谱参数和生理指标的相关性
11.Response of parameters of electrical impedance spectroscopy to the content of soluble sugar and starch in Pinus bungeana Zucc.during cold acclimation抗寒锻炼期间白皮松电阻抗图谱参数对可溶性糖与淀粉含量变化的响应
12.Research on Numerical Simulation about Anti-seismic Capability of Fe/Zn Composite and Hydraulic Pressure Damper;Fe/Zn复合材料及液压阻尼器抗震性能数值仿真研究
13.Effect of different parameters on seismic performance of complex damping structures不同参数取值对复阻尼模型结构抗震性能的影响
14.Uncertainty Analysis of Complex Permeability Measurement Using Impedance Analyzer应用阻抗分析仪测量磁芯复数磁导率的不确定度分析
15.Modeling and Parameter Fitting of Titania Humidity Sensor Based on Complex Impedance Method基于复阻抗分析法的氧化钛湿敏元件建模与参数拟合
16.The author uses the database technique to manage the impedance spectroscopy data.为了管理阻抗频谱测量数据,作者初步设计了相应的数据库基本框架。
17.Investigation of polarization resistance of fuel cells by electrochemical impedance spectroscopy交流阻抗谱法研究燃料电池的极化阻力
18.Study of Activity Impedance Spectrum of Concrete Mineral Admixture混凝土矿物掺合料活性的阻抗谱研究
相关短句/例句
impedance spectrum复电阻抗谱
1.The variation ofimpedance spectrum of in vitro tissues after been isolated from the body;动物组织复电阻抗谱随离体时间的变化
3)complex impedance spectroscope复数阻抗谱
4)complex impedance spectra复阻抗频谱
1.The main works include following three parts: First, measurement of bio-tissuecomplex impedance spectra; Second, the research on reconstruction algorithm electrical impedance tomography; Third, systematic research on real-time electrical impedance tomography.由于生物组织复阻抗频谱与其生理、病理状态密切相关。
5)complex impedance spectroscapy复合平面阻抗谱
6)impedance spectroscopy阻抗谱
1.Investigation of polarization resistance of fuel cells by electrochemicalimpedance spectroscopy交流阻抗谱法研究燃料电池的极化阻力
2.Using the ceramics as solid electrolyte and porous platinum as electrodes,the protonic conduction in the ceramics was investigated by using acimpedance spectroscopy and gas concentration cell methods in the temperature range of 600～1000 ℃.采用交流阻抗谱和氢浓差电池方法研究了样品在600~1000℃下湿润氢气中的质子导电性能。
3.Conductivity measurements on Nd -doped BaCeO3 were performed by using ac - compleximpedance spectroscopy in the temperature range of 300~750℃ in argon, air, oxy-gen and wet air with different water partial pressures respectively.采用交流阻抗谱技术分别在空气、氧气和氩气以及不同水蒸气分压的湿空气中，于300～750℃范围内研究Nd掺杂的BaCeO3样品的电学性质。
延伸阅读
星接阻抗和三角接阻抗的变换星接阻抗和三角接阻抗的变换transformation between starc-onnected and delta-connected impedancesx ing]一e乙日kongl介e sonJ一00}Iez日伙ongde匕一。一〕huon星接阻抗和三角接阻抗的变换(t ransfor-mation betweenstar一eonneeted and delta-eonneeted imPedanees)接成星形的三个阻抗和接成三角形的三个阻抗互相替代的等效变换。它们之间的关系可用一组变换公式表示。按这组公式，用星接阻抗替换三角接阻抗或者反过来，不会影响稳态下电路其他部分的正弦电压和电流，常用于对称三相电路的分析和计算。图1为三个阻抗21、Z:、23接成星形(又称丫形)。图2为三个阻抗Z小22。、Zal接成三角形(又称△形)。它们之间的变换公式如下:人23土图1星接阻抗图2三角接阻抗(1)将星形连接变换成三角形连接212一Z:+22+2 122及3一22+za十警(1)、|冬|矛231一23+21+2321(2)将三角形连接变换成星形连接z、-二一典乒兴-) 艺‘2士乙“3十乙31…_2 oqZI，}Z。一下万~一二-二二-汁 乙‘2士乙23十乙3‘1_Z。IZoq}艺q一二二一~二，二二--，-二二-~J 乙12十乙23十艺32夕(2)当三个星接阻抗相等，即21一Z:一23一z丫、三个三角接阻抗相等即212一223一231一Z△时，变换公式是Z二一32丫，Z丫一Z△/3
