| 1. | Techno - puzzle analysis on semiconductor refrigerator
小型半导体制冷器工作特性的实验研究 |
| 2. | Numerical study on the temperature field in a semiconductor refrigeration device
半导体制冷器温度场的数值分析 |
| 3. | Theoretical analysis of optimal working condition of semiconductor erfrigeration
冷藏柜用半导体制冷器的改型试验研究 |
| 4. | Theoretical analysis of optimization design method of semiconductor refrigeration
半导体制冷器优化设计工作状态的实验研究 |
| 5. | An experimental research on performance of thermoelectric refrigerator under limited cooling intensity
有限散热强度下半导体制冷器性能的实验研究 |
| 6. | According to the peltier effect and contraposing the characteristic of tec , the method of fuzzy control is presented
摘要根据珀耳贴效应并针对半导体制冷器的特性，提出了一种温度模糊控制方法。 |
| 7. | Working on the stable condition , analytical and numerical solutions on the performance of semiconductor refrigeration elements were obtained by analyzing the working model of a p - type element
摘要通过对稳定情况下半导体制冷器p型元件的工作模型分析，给出了其工作性能的分析解和数值解。 |
| 8. | This paper first analyzes the key techniques of the semi - conductor technology according to the physical features of the thermoelectric cooler ( tec ) , and then provides the overall blue - print design of this system
本文首先根据半导体制冷器( tec )的物理特性分析了半导体制冷技术的关键,给出了系统的总体设计方案。 |
| 9. | This system can be used to test the optical output power of sld automatically . firstly , the principle and characteristic of sld have been analyzed . the effect of sld ' s stability on ifog and the theory of thermoelectric cooler ( tec ) have also been discussed in this paper
首先，本文分析了sld光源的原理和特性，并且介绍了驱动电流的波动和温度的变化对sld光源的影响，分析了光源的稳定性对光纤陀螺性能的影响和光源内部控温器件半导体制冷器的工作原理。 |
| 10. | After simulating mini refrigerated condition , on the base of confirming the parameter of work state of the maximum refrigerating modulus and quantum in experiment , the article figures put out the comprehensively equivalent power state and the parameter of the best work state , it is hoped that they can make up a deficiency of traditional design theory so as to optimize the design of semiconductor refrigerating machinery
摘要模拟小空间制冷环境，在实验确定半导体制冷器最大制冷系数状态和最大制冷量状态工作参数基础上，综合分析计算给出了等功率状态和最佳工作状态参数，弥补传统设计理论的不足，为半导体制冷器优化设计提供依据。 |
