Refine Results
- Products
- Applications and Industries
- Content Type
- Analysis Technique
- Chemical Group
- Compounds
- Detection Technique
- Instrument
- Method
- Analysis Platform
- Language
- Publication Date
1 - 20 of 38 results
Applied Filters
An end-to-end method with the Agilent Cary 5000 UV-Vis spectrometer and External DRA-2500 was used to measure the UV-Vis spectrum of four painted aluminum coupons.
| Chinese (Simplified) (China) | Complete (PDF) |
|---|
Application of the Agilent Cary range of UV-Vis-NIR spectrophotometers for characterizing glazing materials in compliance with multiple internationally recognized standards.
This application note describes the use and benefit of the Agilent Vaya Raman raw material identity verification system to measure through both transparent and opaque containers, specific to the formulation of cosmetic products.
| Italian (Italy) | Complete (PDF) |
|---|---|
| German (Germany) | Complete (PDF) |
| French (France) | Complete (PDF) |
| Spanish (Spain) | Complete (PDF) |
This application note demonstrates the benefits of the Agilent Cary 3500 Flexible UV-Vis spectrophotometer and its compliance with USP requirements.
This study demonstrates the use of an Agilent 8700 LDIR chemical imaging system to successfully discriminate between natural and synthetic polymers
The use of the Cary 630 FTIR for analyzing polymers used in pharmaceutical packaging.
| Chinese (Simplified) (China) | Complete (PDF) |
|---|
Application note for Performance of compact visual displays — measuring angular reflectance of optically active materials using the Agilent Cary 7000 Universal Measurement Spe
| Japanese (Japan) | Complete (PDF) |
|---|---|
| Korean (Korea) | Complete (PDF) |
This instruction sheet is designed to support the analyze of alcohol levels (ethanol and isopropanol) in hand sanitizers using the Cary 630 FTIR spectrometer with the MicroLab software.
How to do multi-angle UV-Vis-NIR measurements of multiple layer optical coatings
| Korean (Korea) | Complete (PDF) |
|---|---|
| Japanese (Japan) | Complete (PDF) |
| Chinese (Simplified) (China) | Complete (PDF) |
Application note for High volume optical component testing using an Agilent Cary 7000 Universal Measurement Spectrophotometer (UMS) with Solids Autosampler
| Japanese (Japan) | Complete (PDF) |
|---|---|
| Korean (Korea) | Complete (PDF) |
| Chinese (Simplified) (China) | Complete (PDF) |
Efficient handling of large samples and multiple UV-Vis-NIR reflectance measurements using fully automated sample handling
| Japanese (Japan) | Complete (PDF) |
|---|
Using an Agilent Cary 7000 Universal Measurement Spectrophotometer (UMS) with Solids Autosampler
| Korean (Korea) | Complete (PDF) |
|---|---|
| Japanese (Japan) | Complete (PDF) |
An automated way to determine the degree of dichroism of birefringent materials.
| Korean (Korea) | Complete (PDF) |
|---|---|
| Japanese (Japan) | Complete (PDF) |
| Chinese (Simplified) (China) | Complete (PDF) |
Impact of temperature and ionic strength on the cloud point, measured with a Cary 3500 Multizone Peltier UV-Vis spectrophotometer
| Japanese (Japan) | Complete (PDF) |
|---|
Spectrophotometric Methods of Refractive Indices Measurement
| Korean (Korea) | Complete (PDF) |
|---|---|
| Chinese (Simplified) (China) | Complete (PDF) |
| Japanese (Japan) | Complete (PDF) |
Refractive index and film thickness measured using a Cary 5000 with UMA accessory
| Chinese (Simplified) (China) | Complete (PDF) |
|---|---|
| Korean (Korea) | Complete (PDF) |
| Japanese (Japan) | Complete (PDF) |
Multilayer packaging material analysis using the Agilent 8700 Laser Direct Infrared (LDIR) Chemical Imaging System
| Chinese (Simplified) (China) | Complete (PDF) |
|---|---|
| Korean (Korea) | Complete (PDF) |
| German (Germany) | Complete (PDF) |
| Italian (Italy) | Complete (PDF) |
| Spanish (Spain) | Complete (PDF) |
| Spanish (Spain) | Complete (PDF) |
| French (France) | Complete (PDF) |
| Japanese (Japan) | Complete (PDF) |
| Russian (Russia) | Complete (PDF) |
Spend less time configuring and more time measuring your optical components and solid samples.
Measure the cure level of an epoxy fiber reinforced polymer in less than 30 sec using a handheld FTIR
Application note for FTIR Microscopic Imaging of Large Samples with 4x and 15x Infrared Objectives: A Case Study of a Carcinoma Tissue Section