Fundamental Study on Sensing Principle Based on the Order Formation in a Nonlinear Ocscillator Group

根据一个非线性振荡器群体中的秩序形成的新的感知原则已经提出。这种传感概念的可行性，作为一种化学传感是被调查的。作为第一步，一个模拟是用盐水振荡器作为非线性振荡器进行的。作为第二步，一个非线性振荡器组是使用ploy（IPAAm-co-Ru（bpy）y D23 y D2 ）gel。由老板制造的微结构凝胶，使用微制造技术，并在该结构中进行了调查。从这项研究中，随后的结果已经获得。（1）新的感知原则的可行性得到了确认。在非线性振荡器组中，非线性振荡器特征中的微弱变化是由顺序变化形式检测到的。（2）使用聚乙烯（IPAAm-co-Ru（bpy）伊伊D23伊D2 ） gel was开发的非线性振荡器组的制造过程。凝胶的振动运动及其在微结构中的传播由凝胶制成的，并有老板成功地观察到。Gy揭示了凝胶在未来工作中形成的化学反应和秩序之间的关系，这一新概念可以作为一个新的化学感应原则而适用。

The new sensing principle based on the order formation in a non-linear oscillator group was proposed. The feasibility of this sensing concept as a chemical sensing was investigated. As a first step, a simulation was carried out using salt water oscillators as a non-linear oscillator. As a second step, a non-linear oscillator group was realized using ploy( IPAAm-co-Ru(bpy)ィイD23ィエD2 )gel . A micro structure made of gel with bosses were fabricated using micro fabrication technology and order formed in this structure was investigated. From the research, following results were obtained. (1) The feasibility of the new sensing principle was confirmed. The slight change in non-linear oscillator characteristic was detected by the drastic change by the order change formed in a non-linear oscillator group. (2) The fabrication process of the a non-linear oscillator group using poly( IPAAm-co-Ru(bpy)ィイD23ィエD2 ) gel was developed. The vibrating motion of the gel and its propagation in the micro structure made of gel with bosses was successfully observed. Gy revealing the relationship between chemical reaction and order formed in the gel by the future work, this new concept could be applicable as a new chemical sensing principle.