| 1. | When enough cholesterol has been made, a sensing mechanism alerts the cell to turn off this enzyme .
当制造的胆固醇够用了，有个自动检测机制就告诉细胞将这个酶关掉。 |
| 2. | Research on the pressure sensing mechanism of fiber bragg grating
光纤bragg光栅压力传感机理研究 |
| 3. | The progress in sensing mechanism of semiconductor gas sensors
半导体气体传感器敏感机理的研究进展 |
| 4. | Key computing in monte carlo method for remote sensing mechanism study
第三方物流配送仿真系统的研究 |
| 5. | Research of man - machine alternation sense mechanism in virtual reality system
虚拟现实系统中人机交互感官机理研究 |
| 6. | Taking range - intensity images as example , the extraction of symbols by fusion of images of different sensing mechanism is studied
以距离?可见光图像为例，研究了不同物理传感机理图像的符号特征融合提取方法。 |
| 7. | The technology of distributed optic fiber sensing was brought forward in 70th ' s , a series of sensing mechanism and measure systems turned up and were used gradually in many fields
分布式光纤传感技术于70年代末被提出。近几十年中，产生了一系列分布式光纤传感的机理和测量系统，并在多个领域得以应用。 |
| 8. | The optimal aging conditions for the sensors investigated are : u 200 mv , f1 khz , t24 - 48 h , rh 81 - 87 % , t 3 80c ii the sensing mechanism of the humidity sensors has been explored by means of complex impedance analysis
合适的老化条件为：施加电压200mv ， 1khz ， 24 48h ， 38 ， 81 87 rh 。采用复阻抗谱分析法，研究元件感湿机理，认为napss湿敏元件感湿机理为离子导电，其电导随湿度的变化可由改进的onsager方程描述。 |
| 9. | The constitutions , classification , sensing mechanisms and design principles of the molecular - based fluorescent sensors are reviewed especially on the preparation , recognition mechanism and prospective applications of boron - dipyrromethene ( bdp ) dye based fluorescent sensors
本文介绍了分子荧光感测器的构成、分类、传感机制以及设计原理，重点介绍了基于硼二吡咯亚甲基( bdp )染料类分子荧光传感器的制备、识别机理和应用展望。 |
| 10. | In part ii a novel designed electronic tongue is developed , which is a multiopto - sensoriccard * based optical ditch system for online liquid detection . compared with traditional e - tongue , the sensing mechanism of our system is based on spectrum analysis technique . three actual measuremental results presented in the thesis demonstrate the validity and advantage of this system
本文将光电子技术和光谱分析技术相结合，区别于已有电子舌系统中，利用化学反应实现液体检测的研制思路，提出了一种利用光谱分析技术的电子舌研制思想，研制了基于集成led和光电二极管阵列的双光路凹型光耦合电子舌系统，所研制的系统具有小体积、低功耗、低成本的特点。 |
