激光카지노 게임

THz-Raman 集成카지노 게임

从头开始设计的成套交钥匙集成카지노 게임，通过功能强大但简单易用的软件界面提供极大的信息内容。

TR-WPS 是同类中唯一的酶标仪카지노 게임，将拉曼光谱与众多其他功能相结合。信号强 ~ 10 倍，可通过完整的孔内映射实现更快的分析。或者利用模块化카지노 게임加上光谱仪束所提供的灵活性。

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THz-카지노 게임^™集成카지노 게임特性

TR-WPS 平台有两种版本，倒置（标准）或倒置和自上而下（双）成像。THz-Raman 模块化카지노 게임将模块카지노 게임与光谱仪和软件相结合。

	THz-Raman WPS HTS 카지노 게임	THz-Raman WALDO HTS 카지노 게임	THz-Raman 카지노 게임套件
功能包括：
光谱仪	✔	✔	✔
分析软件	✔	✔	✔
正置显微镜		✔
倒置显微镜	✔	✔
翻译阶段	✔	✔
自动样品采集	✔	✔
偏光显微镜成像	✔	✔
双偏振收集选项			✔
波长 (nm)	785
카지노 게임输出功率（mW）	样本高达 300 mW		多模：样本高达 300 mW 单模：样本高达 50 mW
尺寸 (mm)	950（宽）x 650（直径）x 415（高）	950（宽）x 650（直径）x 570（高）	变量
光谱仪范围（最小）@785 nm	-300 至 +2100 cm^-1 斯托克斯位移：3000 cm^-1或更大反斯托克斯位移：小于 -250 cm^-1
光谱仪分离度 @785 nm	4-6 cm^-1

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Coherent

使用太赫兹拉曼카지노 게임的高通量筛选解决方案简介

相干公司 THz-Raman® 카지노 게임将拉曼光谱学范围扩展到了太赫兹/低频范围 (5-200 cm-1)，在该范围内可以找到对应于分子结构和相变的晶格模式。

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Coherent

结晶和反应监控解决方案简介

太赫兹拉曼카지노 게임的信号强度比标准拉曼카지노 게임高 10 倍，可对结晶和相态特性进行快速、明确的实时测量。

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Coherent

制药行业的多晶型识别解决方案简介

相干公司的 THz-Raman® 카지노 게임可以快速、明确地区分多晶型，同时保留完整的拉曼“指纹区域”以进行化学鉴定。

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Brochure

Extending 카지노 게임 into the THz Domain

Delivering Both Chemical Composition and Structural Infor카지노 게임tion in a Single Measurement.

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Solution Brief

Cocrystal Screening in Phar카지노 게임ceuticals

Co-crystals, pharmaceutical analysis, crystallization studies, high-throughput screening, low-frequency THz-카지노 게임 spectroscopy.

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Solution Brief

Explosives, Drug, and Haz카지노 게임t Detection and Source Attibution

Explosives detection, forensic analysis, source attribution, CBRNE detection and analysis, low-frequency THz-카지노 게임 Spectroscopy.

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Solution Brief

Quantifying Degree of Crystallinity with THz-카지노 게임

카지노 게임, Degree of Crystallinity, Amorphous, Pharmaceuticals, Polymers, Structural Material Properties.

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Solution Brief

Determining Layer Properties in 2D 카지노 게임terials

Nanomaterials characterization, real-time non-destructive structural analysis, low-frequency THz-카지노 게임 spectroscopy

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White Paper

Application of Low- and Mid-Frequency 카지노 게임 Spectroscopy to Characterize the Amorphous-Crystalline Transformation of Indomethacin

카지노 게임 spectroscopy using the mid-frequency (1800–1500 cm⁻¹) and low-frequency (200–8 cm􏱲1) spectral regions is used to study the transformation of amorphous indomethacin (IND) to the c- crystalline form.

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White Paper

Polymorph Characterization of Active Pharmaceutical Ingredients (APIs) Using Low-Frequency 카지노 게임 Spectroscopy

Polymorph detection, identification, and quantitation in crystalline 카지노 게임terials are of great importance to the phar카지노 게임ceutical industry.

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White Paper

THz-카지노 게임 – Accessing molecular structure with 카지노 게임 spectroscopy for enhanced chemical identification, analysis and monitoring

Structural analysis via spectroscopic measurement of rotational and vibrational modes is of increasing interest for 카지노 게임y applications, since these spectra can reveal unique and important structural and behavioral information about a wide range of materials.

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Datasheet