Development of olfactory and taste sensor based on the dynamical information in nonlinear response

基于非线性响应动态信息的嗅觉和味觉传感器的研制

• 批准号: 06558091
• 负责人: YOSHIKAWA Kenichi
• 金额: $ 4.54万
• 依托单位: Nagoya University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (A)
• 财政年份: 1994
• 资助国家: 日本
• 起止时间: 1994 至 1996
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-06558091/
• 关键词: nonlinear response; intelligent sensor; semiconductor gas sensor; oriaotion; gas sensor; time-dependern resporse; oscillation; sniffing sensor; 嗅覚; インテリジェントセンサ; 半導体ガスセンサ; 同時定性定量; 呼吸センサ; 非線形ダイナミクス; 感覚器モデル; 味覚・嗅覚機能; アクティブセンサー; 化学センシング; 脂質2

1.Olfactory SensorWe have developed the sensing system to the discriminate different gas species and also to evaluate their individual concentrations, based on the information embedded in nonlinear dynamical response of ceramic gas sensor. As a sensing system along this line, we have confirmed that the dynamic response with the application of periodic heating current can serve as the useful informational source. In the actual experiment on the analysis of gases, we have shown that our sensing system can discriminate the carbon number in various hydrocarbon, which has been almost impossible in the current technology of gas sensing. We have analyzed the nonlinear response with the aid of computer simulation, taking into consideration of kinetic effects such as absorption/desorption and oxidative reaction. From there results, it becomes apparent that our sensing system is suitable for various kinds of practical applications.2.Taste SensorIn order to develop the sensor to detect various chemical species in aqueous environment, we have tried to make stable sensing membrane on metal surface as the detector. It has become possible to evaluate the physico-chemical state at the metal surface by use of UV,FTIR and SEM.From such studies, it has become possible to construct stable chemical sensing membrane on several kinds of metal surface. These membranes are expected to be suitable for the future application towards the realization of taste sensation.

1. FOLFACTORDORY SENSORWE已根据嵌入陶瓷气体传感器的非线性动力学响应中的信息来开发传感系统，以区分不同的气体物种并评估其个体浓度。作为沿着这条线的传感系统，我们已经确认，使用周期性加热电流应用的动态响应可以作为有用的信息来源。在对气体分析的实际实验中，我们表明我们的传感系统可以区分各种碳氢化合物的碳数，这在当前气体传感技术中几乎是不可能的。考虑到动力学效应，例如吸收/解吸和氧化反应，我们已经借助于计算机模拟分析了非线性响应。从那里的结果，很明显，我们的传感系统适用于各种实际应用。2。Taste Sensorin命令开发传感器以在水性环境中检测各种化学物种，我们试图在金属表面上将稳定的传感膜作为检测器。通过使用紫外线，FTIR和SEM来评估金属表面的物理化学状态。从此类研究中，已经有可能在几种金属表面上构造稳定的化学传感膜。预计这些膜适合将来的味觉实现。

项目成果

S.Nakata, K.Yoshikawa: ""Nonlinear dynamics in chemical assembly"" Trends in Chemical Physics. 4. 23-58 (1996)

S.Nakata、K.Yoshikawa：“化学组装中的非线性动力学”化学物理趋势。

吉川研一監修、中田聡ら著: "非線形現象" 産業図書, 182 (1994)

吉川健一监督，中田聪等人撰写：《非线性现象》Sangyo Tosho，182（1994）

K.Kajiya: "Information Processing on Time Sequential Input with Coupled Nonlinear oscillators" In Proceeding of the Sixth International Symposium on Micro Machine and Human Science. 235-240 (1995)

K.Kajiya：“耦合非线性振荡器的时间序列输入信息处理”，第六届微型机械与人类科学国际研讨会论文集。

北原和夫: "非平衡系の科学I〜反応・拡散・対流の現象論" 講談社, 202 (1994)

北原和夫：“非平衡系统的科学 I - 反应、扩散和对流现象学”讲谈社，202（1994）

吉川研一: "化学反応系の非線形ダイナミクス-結合振動系を中心に" 応用数理. 4. 238-258 (1994)

Kenichi Yoshikawa：“化学反应系统的非线性动力学 - 关注耦合振动系统”应用数学。4. 238-258 (1994)