This is the first report on the modification of ISFET biosensor with nanoparticles.
这是将纳米粒子修饰在离子敏场效应管栅极的首例报道。
That will directly affect the lifetime of device and accuracy of measurement.
如何去改善ISFET本身的飘移效应是目前所遇到的最大问题之一，这将会直接影响元件的使用寿命以及量测的准确度。
The chlorion sensitive field effect transistoris made by a core with two field effect transistors, one as Ref-ISFET by polyimide membrane as Ref-gate, another as Work-ISFETby silver chloride membrane as sensitive gate.
本文采用两个场效应管并联的芯片，在其中一个的栅区以聚酰亚胺膜作为参比膜，另一个的栅区以氯化银膜作为氯离子敏感膜，制成氯离子敏感场效应晶体管。
Urease-based field effect transistor biosensor has been fabricated by the transfer of urease/amphiphile mixed Langmuir films onto ion-sensitive field effect transistor (ISFET).
用LB膜技术将脲酶／两亲性分子混合Langmuir膜转移到离子敏感场效应晶体管（ISFET）表面，制成了脲酶场效应晶体管生物传感器；
The instrument used ion-sensitive field effect transistor as its sensor for ionic concentration measurement.
该仪器用离子敏场效应晶体管（ISFET）作为传感器来测量离子浓度。
The methods for practical application of Ion Sensitive Field Effect Transistor (ISFET) is described in this paper.
本文报告离子敏感场效应管（ISFET）的使用。
Operational Mechanism of pH-ISFET and Temperature Characteristics of Interfacial Potential Developed between Ion Sensitive Film and Electrolyte Solution
氢离子敏场效应晶体管工作机理及其界面电势差温度特性的探讨
The basic structure and working principle of H + Ion Sensitive fieldeffect transistors (H + - ISFET) are briefly introduced, A new H + - ISFET with backside contacts has been developed.
简要地介绍了氢离子敏场效应晶体管（H~+-ISFET）的基本结构和工作原理，提出了一种新型背面接触式H~+-ISFET。
Objective To fabricate the NH + 4 sensitive urea sensor with reinforced ion sensitive field effect transistor (ISFET) using the plane semiconductor technique with biochemical theory, and to evaluation its detecting function.
目的结合平面半导体技术及生物化学原理，制作NH+4敏感的尿素传感器，并对其检测性能进行评价。
Based on the analyses of the basic structure and operational principle of H + - ISFET sensor, the relationship between current and voltage of the sensor is discussed with PSPICE simulation, and different pH values, channel sizes, temperatures adopted.
在对H+-ISFET传感器基本结构和工作原理分析的基础上，采用PSPICE仿真的方法讨论了传感器在不同pH值、不同沟道尺寸、不同温度等情况下的电流电压关系。
Experimental Study of the Output of Acetone ISFET in Condition of Electric Field
电场对丙酮离子敏感器件输出影响的实验研究
A novel instrument was designed. It uses ion-sensitive field effect transistor (ISFET) as its sensor for ionic concentration measurement.
本文设计了一种新型测量仪，它用离子敏场效应晶体管（ISFET）作为传感器来测量离子浓度。
The Research on Current-mode Readout Circuit for ISFET Biosensor
ISFET生物传感器电流模式读出电路的研究
ISFET ion transducer/sensor Superoxide Biosensor Based on Superoxide Dismutase/Nano-ZnO
基于超氧化物歧化酶/氧化锌的超氧离子传感器
This paper presents a measuring system of the concentration of penicillin with DSP based on the theory of ISFET.
本文基于离子敏场效应管的工作原理，设计了以DSP为核心单元的青霉素浓度测试系统。
The multi-parameter biochemical measure system uses ISFETs which have different sensitive area to realize multi-parameter detection.
论文研制的多参数生化检测系统采用具有不同的敏感区域的ISFET传感器，达到多参数测量的目的。
The modified ISFET of tri-o-e - β - CD is made, and used to analysis ephedrine.
将药物敏感膜与离子敏感场效应管相结合，用tri-o-e-β-CD修饰传感器，测定麻黄碱。
Substrate Type Ion Sensitive Field Effect Transistor (ISFET)
衬底型离子敏感场效应晶体管（ISFET）
This paper presents methods for analogue signal processing and digital signal processing of an ISFET sensor. The methods are suitable for processing signals of other ISFET sensors as well.
本文介绍了离子敏场效应管传感器（ISFET）的模似信号和软件数字信号处理技术，所述方法可用于各种ISFET的信号检测处理中。
Based on the Ion-Sensitive Field Effect Transistor structure and electro-characteristic, a pH-ISFET has a multi-layer floating electrode structure realized in standard CMOS technology is presented.
基于离子敏感场效应晶体管（ISFET）基本结构及其电学特性，提出了一种应用标准CMOS工艺实现的多层浮栅结构pH-ISFET。