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Investigation of dichroism by spectrophotometric methods

22 Mar 2021

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Spectrophotometric methods of refractive indices measurement

22 Mar 2021

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Optical characteristics and thickness of 2-layered structures

22 Mar 2021

Product Brochures

Advance your materials with the Agilent Cary 7000 universal measurement spectrophotometer

22 Mar 2021

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Automate your materials analysis

22 Mar 2021

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Quality control of beam splitters and quarter-wave-mirrors

22 Mar 2021

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High volume optical component testing

22 Mar 2021

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Coated wafer mapping using UV-Vis spectral reflection and transmission measurements

22 Mar 2021

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Automated FT-IR screening method for cocaine identification in seized drug samples

22 Mar 2021

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High-throughput analysis of nitrosamines using RapidFire coupled to Ultivo Triple Quadrupole

12 Mar 2021

White Papers

Agilent InfinityLab Solutions for environment, health, and safety aspects in an HPLC workflow

10 Mar 2021

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What EHS issues do lab managers worry about most?

10 Mar 2021

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Analysis of twenty-seven GC‑amenable pesticides regulated in the cannabis industry in North America

26 Feb 2021

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A Proven, rapid and complete approach to high-throughput mass spectrometry

17 Feb 2021

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Greater insight into lipid metabolism

16 Feb 2021

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Nitrosamine impurities application guide

11 Feb 2021

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Next-generation sequencing FFPE solution

27 Jan 2021

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Alissa Align & Call: The next evolution of NGS data analysis

27 Jan 2021

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Next-generation sequencing cancer solution

27 Jan 2021

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Detection of rare cells and circulating tumor cells using flow cytometric methods

27 Jan 2021

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Three-day turnaround time for routine oncology testing using the MagnisDx NGS Prep System

21 Jan 2021

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Fast, accurate analysis of 28 elements in water using ISO method 17294-2 for ICP-MS

15 Dec 2020

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Six ways that Agilent Q-TOF technology can help you achieve excellent spectral quality

2 Dec 2020

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Image-based analysis of a human neurosphere stem cell model for the evaluation of potential neurotoxicants

27 Nov 2020

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Determination of major and minor elements in HF-digested soil samples

26 Nov 2020

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Selected Filters:

Investigation of dichroism by spectrophotometric methods

Spectrophotometric methods of refractive indices measurement

Optical characteristics and thickness of 2-layered structures

Advance your materials with the Agilent Cary 7000 universal measurement spectrophotometer

Automate your materials analysis

Quality control of beam splitters and quarter-wave-mirrors

High volume optical component testing

Coated wafer mapping using UV-Vis spectral reflection and transmission measurements

Automated FT-IR screening method for cocaine identification in seized drug samples

High-throughput analysis of nitrosamines using RapidFire coupled to Ultivo Triple Quadrupole

Agilent InfinityLab Solutions for environment, health, and safety aspects in an HPLC workflow

What EHS issues do lab managers worry about most?

Analysis of twenty-seven GC‑amenable pesticides regulated in the cannabis industry in North America

A Proven, rapid and complete approach to high-throughput mass spectrometry

Greater insight into lipid metabolism

Nitrosamine impurities application guide

Next-generation sequencing FFPE solution

Alissa Align & Call: The next evolution of NGS data analysis

Next-generation sequencing cancer solution

Detection of rare cells and circulating tumor cells using flow cytometric methods

Three-day turnaround time for routine oncology testing using the MagnisDx NGS Prep System

Fast, accurate analysis of 28 elements in water using ISO method 17294-2 for ICP-MS

Six ways that Agilent Q-TOF technology can help you achieve excellent spectral quality

Image-based analysis of a human neurosphere stem cell model for the evaluation of potential neurotoxicants

Determination of major and minor elements in HF-digested soil samples

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Search

Selected Filters:

Investigation of dichroism by spectrophotometric methods

Spectrophotometric methods of refractive indices measurement

Optical characteristics and thickness of 2-layered structures

Advance your materials with the Agilent Cary 7000 universal measurement spectrophotometer

Automate your materials analysis

Quality control of beam splitters and quarter-wave-mirrors

High volume optical component testing

Coated wafer mapping using UV-Vis spectral reflection and transmission measurements

Automated FT-IR screening method for cocaine identification in seized drug samples

High-throughput analysis of nitrosamines using RapidFire coupled to Ultivo Triple Quadrupole

Agilent InfinityLab Solutions for environment, health, and safety aspects in an HPLC workflow

What EHS issues do lab managers worry about most?

Analysis of twenty-seven GC‑amenable pesticides regulated in the cannabis industry in North America

A Proven, rapid and complete approach to high-throughput mass spectrometry

Greater insight into lipid metabolism

Nitrosamine impurities application guide

Next-generation sequencing FFPE solution

Alissa Align & Call: The next evolution of NGS data analysis

Next-generation sequencing cancer solution

Detection of rare cells and circulating tumor cells using flow cytometric methods

Three-day turnaround time for routine oncology testing using the MagnisDx NGS Prep System

Fast, accurate analysis of 28 elements in water using ISO method 17294-2 for ICP-MS

Six ways that Agilent Q-TOF technology can help you achieve excellent spectral quality

Image-based analysis of a human neurosphere stem cell model for the evaluation of potential neurotoxicants

Determination of major and minor elements in HF-digested soil samples

Resources Filter