| 1. | The calibration for petroleum nuclear logging tool part 1 : general rules
石油核测井仪刻度.第1部分:总则 |
| 2. | The calibration for petroleum nuclear logging tool part 4 : the calibration for compensated neutron tool
石油核测井仪刻度.第4部分:补偿中子测井仪刻度 |
| 3. | The calibration for petroleum nuclear logging tool part 2 : the calibration for natural gamma - ray logging tool
石油核测井仪刻度.第2部分:自然伽马测井仪刻度 |
| 4. | The calibration for petroleum nuclear logging tool part 3 : the calibration for compensated density litho - density tool
石油核测井仪刻度.第3部分:补偿密度岩性密度测井仪刻度 |
| 5. | Used fourier transforming the nuclear logs , its vertical resolution can be achieved from analyzing the changes of amplitude spectrum slope
摘要对核测井曲线进行付氏变换，其纵向分辨率可以从分析振幅谱斜率变化中获得。 |
| 6. | It is demonstrated that the vertical response function of nuclear logs is inconsistent with the inherent vertical response function of the instrument
结果证实核测井曲线的纵向响应函数与仪器的固有纵向响应函数不一致。 |
| 7. | The response function of nuclear logs not only relates with the tool ' s structures , but also includes some parameters relevant to measuring formations
核测井仪器的纵向响应函数不仅与仪器的结构有关，而且还含有与探测介质有关的参数。 |
| 8. | The integrated response function of nuclear logs depends not only on the response function of the instrument , but also on the logging velocity , sampling rate and recording instruments
核测井曲线的综合响应函数不仅取决于仪器的响应函数，而且受测量速度、采样率，地面仪器记录方式等因素的影响。 |
| 9. | As a nuclear instrument , multi - channel analyzer ( mca ) is mainly applied to nuclear logging , y - ray spectrum measurement and x - ray fluorescence measurement , which are based on nuclear spectrum analysis
作为一种核仪器? ?多道分析仪，主要应用在基于能谱分析的核测井，射线谱测量和x射线荧光测量。 |
