| 1. | Op : appear when the sensing line and sensing head is broken or the sensing ispulled out
Op ：为感测线及感测头断线或者感测拉开时会出现。 |
| 2. | Then we introduced the manufacture process of of fiber - optic fabry - perot sensing head in detail
接着对光纤fp传感头的制作过程作了具体介绍。 |
| 3. | Secondly , we discussed key technics of manufacture of fiber - optic fabry - perot sensing head
其次，讨论了光纤fp传感头的制作工艺中的一些关键问题。 |
| 4. | However , the report about the method of measuring the inner linear birefringence of optical glass sensing head is rarely to seen
然而对光学玻璃传感头内双折射的测量方法，目前还鲜见报道。 |
| 5. | The characters are visually readable through the use of magnetic sensing heads in various type of magnetic - ink recognition equipment
字符可以通过各种磁墨识别设备上的磁感应头变成视觉可读的。 |
| 6. | The measurement of the inner linear birefringence in optical glass sensing head is significant to the design of bmocs
故对光学玻璃传感头内线性双折射进行测量对光学电流传感器的设计具有重要意义。 |
| 7. | Combined with temperature sensing head , paper cutter , controlling board , power supply , paper holder frame , machine frame together , which being convenient for installing in various machine cabinets
集热敏头、切纸刀、控制板、电源、托纸架、机架于一体，方便安装到各种机柜内。 |
| 8. | In this paper , the author proposes some methods of measuring the inner linear birefringence of optical glass sensing head and researches these methods by means of theoretical analysis , computer simulation and experimental investigation
在论文中作者提出了几种测量光学玻璃内部线性双折射的方法并从理论研究、计算机仿真、实验验证三个方面对这些方法进行了研究。 |
| 9. | When the sensing head equipped with rubber 4 # with diameter of 8mm and length of 12mm is pressed and its incipient wavelength shifts 0 . 5 - lnm , its alarming level can be set as 1nm , and its response tune for petrol is 5 minutes
用直径为8mm 、长为12mm的4 # (上述配方)橡胶棒装备该传感头，传感头的初始波长预漂0 . 5nm ? 1nm时，传感器的漏油报警限可设定1nm ，对汽油的溶胀响应时间为5分钟。 |
| 10. | In this thesis , emphasizes are attached on the researches of selecting and making the sensor ' s sensitive material and determining optimal size of sensitive material , and of designing sensing heads and mensurating sensing head ' s performance
近年来，光纤光栅漏油传感器及其敏感材料的研究受到了人们的极大关注。本论文重点对漏油传感器敏感材料的选择、制备以及最佳尺寸进行了研究；对传感头进行了设计和性能测试。 |
