thermal tuning

Research on a novel fiber Bragg grating thermal tuning scheme

一种新颖的光纤光栅温度调谐装置的原理与实验研究

The nuclear reactor is a complex nonlinear system with uncertain parameters and disturbances. Based on the self tuning model algorithmic control principle, a new thermal power tracking control method for the nuclear reactor is presented.

针对核动力堆控制系统这一带不确定参数及干扰的复杂非线性系统，本工作用自校正模型算法控制原理提出了一种动力堆热功率跟踪控制的方法。

Analysis of transmission characteristics and thermal tuning principles of F-P cavity has been performed.

分析了F-P腔的传输特性与热调谐原理，给出了调谐波长量与温度变化的关系。

A fast thermal tuning method of LD was proposed, which we changed the LD temperature fast and continuously by exerting a larger cyclic drive current to the thermoelectric cooler ( TEC) in LD component.

提出了快速温度调谐的方法并搭建了实验装置，通过给激光二极管组件中的热电制冷器（TEC）施加较大的周期性驱动电流改变激光腔温度实现快速连续调谐。

Tuning of PID Parameters Based on Genetic Algorithm in the Thermal System

热工系统中PID参数的遗传算法整定

The Research of Intelligent Optimization Tuning for Thermal Control System

热工控制系统的智能优化整定技术研究

On line Tuning Quality Monitoring and Parameters Optimizing of Thermal dynamic Autocontrol System

热工自动控制系统在线调节品质监测及调节参数的在线优化研究

A Si Fabry-Perot tunable filter by the technique of bonding and lapping and its design and fabrication are reported, where tuning is realized by thermal-optical effect from the heat of the forward carrier injection.

报道了利用Si基键合技术和化学机械抛光工艺制作的垂直结构的Fabry-Perot可调谐滤波器，调谐机理为pn结正向注入电流引起的热光效应。