夜视仪主要分为两种：影像清晰化系统和热感应仪器。
Night vision equipment falls into two major categories: image intensification systems and thermal devices.
总算到了今天，高科技心灵感应仪器甚至可以观察到人脑内的图像和梦境的每一个细节，并能影响或改变它们的中间过程和最终结果。
Nowadays, the high-tech equipment of telepathy even can observe every details of human brain images and dreams, and can influence or change their intermediate processes and final results.
研究计算了双线圈传感器的感应电动势、信噪比和趋肤深度，为今后仪器的设计提供了理论依据。
In this paper, we research the induction electromotive force, signal -to-noise ratio of the two-coil sensor, all of these can lay the foundation for designing apparatus.
阵列感应测井仪是近几年推出的一种新型感应测井仪器，阵列感应测井具有测井信息多，资料处理复杂等特点。
The Array induction logs device was launched in recent years a new type of induction logging equipment, it has the features of more information and data processing complex.
分析了偏置导电环对阵列感应测井仪器响应信号的影响规律。
Analyzed is influence of eccentric conductive ring on signal responses in the array induction log tool.
在正演考察仪器设计的各种方案的之后，本文还就相位感应测井仪测量信号现场处理进行了讨论。
After the introduction of the design of the phasor induction logging tool, we discuss on-sit processing of the logging.
它对更深入研究多分量感应测井方法以及进行仪器研制打下了较好的基础。
The method has laid a foundation for the further research of multicomponent induction log and design of the tool.
刻度系数是阵列感应测井仪器的关键参数。
Calibration coefficient is a group of key parameters of an array induction logging tool.
在同一支仪器中组合了深感应和中感应线圈系。
The combination of a deep-induction and a medium-induction array on the same sonde.
这些研究结果可用于阵列感应测井仪器刻度中。
These results can be applied to the calibration of array induction logging tool.
一种感应测井仪器或测井方法，由几组相互平衡的线圈系组成，分别记录它们的信号，再由软件进行组合以得到所需的测井响应。
An induction tool or log that consists of several mutually balanced arrays whose signals are recorded separately and combined in software to produce the response desired.
大多数的超声波仪器可以感应到20khz到100khz。
Most of the ultrasonic device which can be induced to 20khz to 100khz.
其次，分析了感应测井技术的基本原理和井下仪器的整体电路结构，为后续的电路单元设计提供了一定的理论依据。
Secondly, the principle of induction logging technique and the entire architecture of downhole tool are analyzed in details, which can provide definite theory foundation for subsequent circuit design.
上述的分析对测井数据的解析和新型感应测井仪器的优化设计具有参考价值。
The above analysis is useful for the explanation of logging data and optimal design of new induction logging tools.
刻度系数是阵列感应测井仪器的关键参数。
Based on calibration theory of array induction logging, the calibration coefficient is derived.
刻度系数是阵列感应测井仪器的关键参数。
Based on calibration theory of array induction logging, the calibration coefficient is derived.
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