Agilent Clarity 軟件
Agilent Clarity 軟件有助于實現復雜的數據解析和報告。這一直觀的可視化軟件重新定義了化學成像的數據體驗，讓用戶享受輕松簡單的操作。用戶現在可以將高空間分辨率組成分析與光譜庫匹配相結合。
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- 快速、輕松創建方法
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用于微塑料分析的理想技術
機光紅外 (LDIR) 成相、GC/MS、FTIR 和拉曼成相技術主要用于進行分析生活環境和食材鏈中微PVC的效能較。 Learn MoreLiterature
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Analyzing Microplastics
Using the Agilent 8700 Laser Direct Infrared Imaging system for fast and automated analysis of microplastics in environmental samples- Brochures
- English
- 22 Aug 2019
- 327.56 KB
Rapid, Large-Area, Analysis of Microplastics from Plastic Bottles Using LDIR
Microplastics derived from polyethylene terephthalate (PET) bottles were analyzed on infrared reflective glass slide and gold-coated membrane filters using the Agilent 8700 Laser Direct Infrared (LDIR) chemical imaging system.- Application Notes
- English
- 19 Oct 2022
- 3.21 MB
Characterization of Microplastics in Environmental Samples by Laser Direct Infrared Imaging
The chemical composition of microplastics was identified with the Agilent 8700 Laser Direct Infrared (LDIR) chemical imaging system. Ease-of-use and simplicity of creating a library with the Clarity LDIR instrument control software was also shown.- Application Notes
- English
- 24 Oct 2022
- 7.49 MB
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8700 LDIR Site Preparation Checklist
8700 LDIR Site Preparation Checklist- Site Preparation Checklists
- English
- 10 Oct 2019
- 138.77 KB
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安捷倫街道辦事處一個線上顧客支持系統和各種網上社交平臺個人地方，現新建了5個專科普通用戶組，分離偏執于電子散射拉曼光譜數據分析和使用在微塑膠數據分析的 8700 LDIR。這一些組群為互不聯絡和內容共享軟件展示 了專門針對的個人地方。
- 11 Sep 2023
快速發展的微塑料分析領域面臨著許多挑戰。在本次網絡研討會上，我們邀請到的兩位演講嘉賓將探討截然不同的挑戰，也是許多人正面臨的挑戰。第一位嘉賓是來自英國生態和水文中心的 Gbotemi Adediran 博士，他將介紹通過 LDIR 分析亞微米級(< 5 μm) 微塑料的機遇和挑戰。第二位嘉賓是來自 Eurofins Environmental Testing（澳大利亞和新西蘭）的 Julia Jaeger 博士，她將介紹與應用 LDIR 進行常規微塑料分析相關的進展和挑戰。
- 06 Sep 2023
LDIR 能夠準確表征嬰兒配方奶粉中的微塑料
微氟塑在自然生態環鏡中沒處不要在，而考察調研微氟塑對更健康的后果正受到了越變已經越來多的留意。許許多多后會認同寶寶對微氟塑的了解限制。而是，已表明寶寶配料成份成份新生兒嬰兒米粉是一個種或者的了解前提條件。在近幾天的寫一篇廣泛應用情況匯報中，采用 8700 LDIR 激光束紅外激光散斑平臺準確性司法鑒定和參考值寶寶配料成份成份新生兒嬰兒米粉中的微氟塑。該研究探討還呈現了產品質量控住在微氟塑研究分析中的為至關重要性。閱瀆廣泛應用情況匯報。- 01 Jun 2023
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Microplastics Analysis Doesn't Need to Be So Hard
Microplastics in the environment are fast coming into focus as we begin to understand just how far these manmade products have made their way into ecosystems and food chains alike. The use of plastics has been growing for decades and now small plastic microbeads are also used in everyday products such as cosmetics, toothpaste, and personal care products. Contamination in our waterways, air and food (such as bottled water) from these microplastics (1 μm to 5 mm in size) is gaining significant public interest due largely to its emergence as an environmental and potential human health threat.
While regulators are trying to understand the extent and toxicity of the problem, researchers and analytical methods bodies are working towards standardized analytical solutions to best characterize these particles in terms of chemical identity, size, shape, and total mass.
Raman spectroscopy and mid-infrared imaging using focal plane array (FPA) systems are the most common techniques for this work. While non-destructive and effective they are slow and cumbersome to use. FPA systems, for example, require multi-hour scan times to generate an image. Large quantities of data, full spectra for every pixel, are collected and frequently as much as 30 gigabytes of data must be analyzed to identify these microplastics. This takes many hours and requires a high level of analytical expertise.
There are however alternatives to these traditional techniques based on Quantum Cascade Laser (QCL) technology, which provides a new approach in chemical imaging. In this webinar, we will explore how new QCL based chemical imaging systems can significantly simplify microplastics analysis through a rapid automated workflow.
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