| 1. | Describing and specifying a wavelength - dispersive x - ray spectrometer
波长扩散x射线分光仪的描述和规定 |
| 2. | Liquid scintillation spectrometer
液体闪烁分光仪 |
| 3. | Standard practice for testing the performance of scanning raman spectrometers
扫描拉曼分光仪性能试验的标准实施规程 |
| 4. | Verivide light box
Data color分光仪 |
| 5. | The stones were analyzed with infrared spectrophotometer or scanning electron microscopy
结石之分析是采用红外线分光仪及扫描电子显微镜。 |
| 6. | Standard practice for evaluating an optical emission vacuum spectrometer to analyze carbon and low - alloy steel
分析碳和低合金钢用光辐射真空分光仪的评估 |
| 7. | Standard practice for calibration of the electron binding - energy scale of an x - ray photoelectron spectrometer
X -射线光电分光仪的电子结合能刻度表校准的标准实施规程 |
| 8. | Nuclear instrumentation - measurement of gamma - ray emission rates of radionuclides - calibration and use of germanium spectrometers
核仪器装置.放射性核素x射线发射率的测量.锗分光仪的应用和校验 |
| 9. | What strengthened the case for water was the fact that the spectrometer detected high concentrations of sulphur and chlorine , elements that are soluble in water
此说法得到了分光仪所探测到的高浓度硫磺和氯的支持，这些物质都是溶于水的。 |
| 10. | One by one , every other non - watery explanation for such perfect spherules was ruled out by a combination of spectroscopic and morphological results
有关这些完美球状体的解释中，所有与水无关的候选者，一个个地被分光仪与形态学结果排除了。 |
