太赫茲波（THz）又被稱為"生命光線"，是"光"能量的一種，是指波長在3μm到1000μm之間，頻率為0.1-10THz,介于微波與紅外線之間的電磁波。太赫茲波不僅擁有與光相同的直進性，還具有與電波相似的穿透性和吸收性。

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consuming and costly training is required. As terahertz waves are compley safe no expensive safety precautions are necessary.
Applications:
• Identification of substances even through plastic
pipes and tubes and other packaging
• Analysis of chemicals in powder and tablet form
• Analysis of liquids and gases
• Characterization of doped semiconductor materials
• Investigation of moisture distributions
• Determination of the filling level of polymers
• Distinguishing various isomers
• Distinguishing crystalline and amorphous structures
• Determining the layer thicknesses of multi-layer systems
• Identifying flaws and cavities in non-electrically conductive components

We make your analysis easy and efficient –for research and industrial use. Photonics West
2014 PRISM-AWARD winner terahertz spectrometer from HÜBNER provides you new opportunities in many fields of analytical measurements.

The T-SPECTRALYZER was designed for quick set-up and for routine measurements in everyday analysis tasks. Only a mains connection is required to make the system ready to use without further infrastructure. Due to latest technology, the terahertz spectrometer does not require any additional cooling or external gas supply. This ensures a costeffective operation.

Individual expansion modules and an intuitive user interface support recording, processing and exporting your measurement results. Thanks to the touchscreen based user-friendly operation no time-consuming Within a few seconds the non-destructive and contact-free analysis of your samples is done. Full automation of your measurement process allows for extensive data sets to be taken without high personnel costs. Its standardized hardware and software interfaces seamlessly integrate the spectrometer into your existing network and process flow.
Customized solutions are available on request.

太赫茲技術
特點
大多數材料如塑料、陶瓷、紙或半導體是透明的。
金屬和其他導電材料是反射的。
幾乎所有的極性分子的識別是可行的。
??識別物質如有毒有害物品
??靈敏的結構變化，如多形性
太赫茲波對人類是安全的和無害的

??交鑰匙太赫茲時域光譜儀
??1.5μm光纖激光器
??雙極天線
??帶寬> 4赫茲*
??動態范圍> 70分貝*
??掃描速度高達20赫茲/波形
??頻率分辨率下降到5千兆赫
??95%的太赫茲光束在干燥的空氣中，不需要外部清掃
??高光譜成像
??觸摸屏支持直觀的用戶界面

??識別物質，即使通過塑料管、和管狀物和其他包裝
??水汽分布調查
??聚合物填充量的測定
??區分結晶和非晶結構
??多層系統的層厚度的確定
??粉末和片劑中的化學物質分析
??液體和氣體分析
??摻雜半導體材料的特性