在核共振中核子受到运动的干扰。
紫外拉曼光谱以其拥有较高灵敏度、能够避开荧光干扰以及产生共振拉曼效应等优势引起了人们的普遍重视。
UV Raman spectroscopy has drawn extensive attention for its high sensitivity, avoiding of fluorescence interference and the UV resonance Raman effect.
本文从能量角度入手，利用调频-调幅模型和共振峰特征，滤除混叠在有用语音中的含绝大部分能量的元音干扰。
In this paper, we start from the energy point of view, use AM-FM modulation model and formant frequency, to remove the vocalic interference which vast majority of energy in the useful speech.
此外本文参照高频电路的设计特点，分析了低场磁共振信号放大电路的噪声干扰来源，给出了一些减少噪声干扰的具体措施。
By imitating of the design characters of the high frequency circuit, the origin and the classification of the noise interferences of the low field NMR circuit system are analyzed.
结论三种成像序列联合应用，有效地反映组织的磁共振特性，排除伪影干扰。
Conclusion Combined with these 3 fast sequences, the application can effectively visualize the tissue features of magnetic resonance and rule out the beating artifacts of heart and great vessels.
表面等离子体共振传感技术具有实时监测、样品无需标记、灵敏度高、无背景干扰等诸多优点，使其具有广阔的应用前景。
SPR technique has capacious application foreground because of its advantages of real time monitor, no label, high selectivity, no interruption of background.
表面等离子体共振传感技术具有实时监测、样品无需标记、灵敏度高、无背景干扰等诸多优点，使其具有广阔的应用前景。
SPR technique has capacious application foreground because of its advantages of real time monitor, no label, high selectivity, no interruption of background.
应用推荐