波谱

bō pǔ
  • spectrum
波谱波谱
波谱[bō pǔ]
  1. 对波谱的另外一些部分,如紫外辐射,必须利用卫星才能知道是宇宙中什么天体产生的。

    For other parts of the spectrum , such as the ultraviolet , satellites are necessary to see what objects in space are doing .

  2. PD雷达导引头海杂波谱的建模与仿真

    Modeling and Simulation of Sea Clutter Spectrum in PD Radar Seeker

  3. 肝脏肿瘤的~(31)P磁共振波谱研究进展

    Research on 31p magnetic resonance spectroscopy of Malignant hepatic tumor

  4. 大鼠急性缺血心肌~(31)P磁共振波谱的基础研究

    A ~ ( 31 ) p magnetic resonance spectroscopy study of rat myocardium after acute ischemia

  5. ~(13)C核磁共振波谱法对高吸水性树脂交联反应的研究

    Research on Crosslinking Reaction of Super Absorbent Resin by ~ ( 13 ) C-NMR Spectrometry

  6. 电子顺磁共振波谱g值的精确测量方法

    Accurate Method for the Measurement of g values in the Electron Paramagnetic Resonance Spectra

  7. 基于FPGA、DSP的核信号波谱分析仪设计与实现

    Design and Implementation of Nuclear Signal Analyzer Based on FPGA and DSP

  8. 软组织肿瘤的MR弥散成像、MR灌注成像及MR波谱的比较研究

    The Comparative Study of MR Diffusion-Weighted Imaging , MR Perfusion-Weighted Imaging and MR Spectroscopy in Diagnosing Soft Tissue Tumors

  9. 慢性病毒性肝炎患者磁共振~(31)P波谱与病理表现的关系

    The relationship between ~ ( 31 ) P magnetic resonance spectroscopy and the histopathology of livers of chronic viral hepatitis patients

  10. 磁共振氢质子波谱序列PRESS和STEAM比较

    A comparative study of PRESS and STEAM in diagnosis of brain tumors with proton magnetic resonance spectroscopy

  11. 目的:比较短TEPRESS与STEAM两种氢质子波谱序列在脑肿瘤诊断中的优劣。

    Objective : To compare the advantages of short TE PRESS and STEAM in diagnosis of brain tumors .

  12. 并作了波谱分析(UV,IR,MS)和元素分析。

    The spectroanalysis ( UV , IR and MS ) and elemental analysis are also made .

  13. 射干异黄酮的NMR波谱研究

    An NMR Study of Isoflavones Extracted from Belamcanda Chinensis

  14. Alzheimer病和血管性痴呆的磁共振波谱分析

    Brain proton magnetic resonance spectroscopy in Alzheimer disease and vascular dementia

  15. 永登5.8级地震前后波谱参数和Q值变化特征

    Variation characteristics of wave spectrum parameters and Q value before and after the Yongdeng m s5.8 earthquake

  16. O2~(·-)损伤过氧化氢酶过程中辅基Fe(Ⅲ)的ESR波谱

    ESR Spectra of Prosthetic Group Fe (ⅲ) in Injuring Catalase with O · - 2

  17. 用自旋标记ESR波谱法研究杨树抗寒性

    Study on cold resistance of poplar by ESR spin label

  18. 胰岛素与其受体分子相互作用的ESR的波谱研究

    ESR spectroscopy studies of interactions between insulin and its receptor

  19. ESR波谱法及其他物理法检测淀粉类辐照食品

    Detection of irradiated starch foods by ESR spectroscopy associated with other physical methods

  20. 在第二章中,我们使用NMR波谱技术测定了CMSH3B的溶液结构。

    In chapter II , the solution structure of CMS_SH3_B was determined by NMR spectroscope .

  21. 顺磁共振(ESR)诊断恶性肿瘤的波谱信号载体研究

    Studies on the carrier of waving spectrum signal during ESR diagnosis of malignant tumors

  22. 二维NMR波谱是近十年来核磁共振领域内的重要新发展之一。

    Two dimensional NMR spectroscopy is one of the major new developments in NMR in the last decade .

  23. 大鼠脑C6胶质瘤组织的~1H磁共振波谱

    High resolution ~ 1H NMR spectroscopy in rat brain C6 glioma

  24. 本文研究不同PH和去氧对数种哌啶系氮氧自由基在溶液中的ESR波谱的影响。

    Effects of different PH 's and deoxygenation were studied on ESR spectra of several piperidine nitroxyl radicals in solutions .

  25. PBL教学法在有机波谱解析中应用探索

    Application of PBL Teaching Method on the Wave Spectrum analysis on Organic Compounds

  26. MRI技术包括常规MRI、磁共振波谱、弥散张量成像和血氧水平依赖成像已经应用于肌萎缩侧索硬化的临床诊断及相关研究。

    MRI techniques including conventional MRI , MRS , DTI and BOLD have been applied in the clinical diagnosis and related studies in ALS .

  27. 本文介绍一种用于X射线荧光波谱分析的无标样方法,推导了计算元素含量的迭代方程式。

    This paper expounds a methods for X-Ray fluorescence spectrometry without standards , and derived a iteration equation for calculation of concentrations of the elements .

  28. 采用曲线拟合方法进行EPR波谱基线校正

    A fitting method for baseline correction in EPR spectroscopy

  29. 在体外O·-2损伤CAT的过程中,对CAT辅基Fe(Ⅲ)的ESR波谱进行了分析研究。

    We studied the ESR spectra of the prosthetic group Fe (ⅲ) in injuring CAT with O · - 2 in vitro .

  30. 牛磺酸纯度采用TLC进行分析,其结构进一步用红外光谱(IR)和核磁共振波谱(NMR)进行了确证。

    The purity of taurine was analyzed with TLC , and its structure was further elucidated with IR and NMR .