近红外线的表面电浆子的温度特征有 Kretschmann 配置的回声(SPR ) 传感器理论上并且试验性地被学习。试验性的结果从 10 在温度范围与数字模拟匹配
The temperature characteristics of near infrared surface plasmon resonance (SPR) sensors with Kretschmann configuration are studied theoretically and experimentally. The experimental results match with the numerical simulations in the temperature range from 10 ℃ to 40.℃. With the increase of temperature, the resonance angle for gas increases slightly, but that for aqueous solution decreases obviously. No matter the dielectric layer is gas or aqueous solution, the resonance peaks are both broadened.