The far IR or THz spectral region, which lies below 400 cm-1, is important for the study of inorganic substances which involve vibrations of heavier a

The far IR or THz spectral region, which lies below 400 cm-1, is important for the study of inorganic substances which involve vibrations of heavier a

Identification of different paints is in high demand in the art conservation and forensic communities. In general paint is composed of several chemica

Spectroscopic techniques have a great potential for analyzing polymorphic forms and are used more and more frequently for this kind of analysis. Espec

Introduction The measurement spectral ranges of FTIR spectrometers are defined by their major optical components which are the source, beamsplitter an

The VERTEX 80v is the gold standard for FTIR spectroscopy in research and development. The unique verTera extension even upgrades the VERTEX 80v to th

Dedicated research applications in FTIR spectroscopy such as the characterization of superconductors or semiconductors usually require low sample temp

Photoluminescence (PL) spectroscopy is an important semiconductor analysis technique in material sciences as well as for research and development of o

Introduction Electrochemical investigations are a very current topic in research. In recent times advancement in technology and industry results in a

WIKIPEDIA dictionary defined the so-called meta-materials as artificial materials engineered to have properties that may not be found in nature. They

Introduction The fundamental advantage of using FT-IR spectroscopy in vacuum is to avoid the absorption of atmospheric moisture and other gas species

Bruker Optics research FT-IR spectrometers are well known for their high flexibility and usability in connection with external measurement devices. Al

Introduction The VERTEX Fourier Transform Infrared (FTIR) spectrometer series are applied for the accurate Transmittance, Absorbance and Reflectance m

In the 1970’s attempts to demonstrate the advantages of the brilliant and highly collimated e-synchrotron radiation (SR) not only in the short wavelen

Introduction Bruker’s IFS 125HR spectrometer is designed as an ultra-high resolution FT-IR spectrometer which provides outstanding performance for R&a

本 期 话 题 布鲁克光谱面向乳制品分析，推出了整体解决方案，包括傅里近红外乳品分析仪，中红外乳品分析仪，在线近红外过程分析仪，以及乳脂肪球分析仪，可以满足从原乳到各种乳制品的质量控制，生产过程在线监控等。此讲座中也将重点向大家介绍布鲁克在2019年推出的新产品MIRA，给予中红外光谱技术的乳成分

电化学研究是基础和应用研究领域非常热门的课题。最近，全球范围日益增长的能源消耗需要能源存储的进一步发展，如高容量且低重量的可重复充电电池。在生物化学或催化研究领域，电化学也具有举足轻重的作用，如理解氧化还原反应和催化剂的行为。傅立叶变换红外光谱学与电化学的结合除了可以提供实验的电化学响应，还能提供所

金属或介质基底上的超薄层可以用傅里叶变换红外光谱技术以反射模式进行表征。由于金属基底的表面选律，S 偏振光无法与不依赖入射角的吸附分子进行互动，而 P 偏振光可以掠入射角达到吸光度最大值。因此，金属基底上的超薄层将用掠入射角 (GIR) 或红外反射吸收光谱 (IRRAS) 采用约 80° 的入射角进

光致发光 (PL) 是材料/半导体科学和光电子学的一种重要分析方法。在红外光谱波段，傅立叶变换红外技术的灵敏度要大大高于色散光谱仪。布鲁克在提供带有 FTIR 科研光谱仪的强大 PL 解决方案上拥有数十年的经验。对于近红外 PL，水蒸气和 CO2 的弱大气吸收不是大问题，所以真空 FTIR 光谱仪不

步进扫描可以对极快的可重现活动的短暂过程进行监控。干涉仪转镜连续地步进到单独的干涉点，在此再次开始可重复的实验。所有 VERTEX 系列光谱仪可以获取极佳的时间分辨数据和卓越的步进速率，这对于实验可行性至关重要。通过 UltraScan™ 干涉仪和全范围真空优势，VERTEX 80v 被研究团队广泛