Refine Results
- 必威体育赛事投注
- Applications and Industries
- Content Type
- Analysis Technique
- Analyzed With
- Chemical Group
- Compounds
- Detection Technique
- Injection Technique
- Instrument
- Method
- Analysis Platform
- Language
- Publication Date
1 - 10 of 10 results
Applied Filters
必威体育登录手机This application note demonstrates the use of the Agilent 8890 GC system coupled with an FID detector to detect and quantify ethylene glycol and diethylene glycol in propylene glycol, glycerin and syrup samples.
必威体育登录手机Increase performance and productivity for your analysis of residual solvents with Agilent J&W DB-Select 624 Ultra Inert for and DB-WAX Ultra Inert columns.
必威体育登录手机A method for the analysis of residual solvents by USP Method with the Agilent 8890 GC and selected columns.
Residual Solvent Analyzer dramatically reduces the time for validation of a new system.
必威体育登录手机Agilent Intuvo 9000 GC system—a new breed of GC system from the industry leader in GC innovation
必威体育登录手机Agilent J&W CP-Select 624 Hexane is dedicated to separate dichloromethane and hexane in India.Every column is tested and guaranteed for consistent performance.
必威体育登录手机propylene oxide impurities were analyzed with low method-detection limit, good resolution, sample recovery, and repeatability using Agilent J&W PoraBOND U.
7820GC and 7697A HSS for residual solvents analysis in packaging material
| Publication Part Number | 5991-2044EN | |||
|---|---|---|---|---|
| Analysis | Analysed with Part No. |
|
||
| Instrument |
|
|||
| Analytical Technique | Technique |
|
||
| Injection |
|
|||
| Detection |
|
|||
| Sample | Chemical Group |
|
||
| Sample Matrix |
|
必威体育登录手机Specifically designed and tested Agilent J&W DB-Select 624UI for USP resolves critical pairs.
| Publication Part Number | 5991-0616EN | |||
|---|---|---|---|---|
| Analysis | Analysed with Part No. |
|
||
| Instrument |
|
|||
| Analytical Technique | Technique |
|
||
| Injection |
|
|||
| Detection |
|
|||
| Sample | Chemical Group |
|
||
| Sample Matrix |
|
This study demonstrates how unit resolution GC/MS workflow is employed for identifying GC-amenable E&L compounds by leveraging spectral deconvolution in combination with retention index-based time filtering.