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包装
box of 25 ×
尺寸
100 nm , hole size
300 mesh
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此商品 | 74884 | 74885 | 51832 |
|---|---|---|---|
| assay ≥99.0% (T) | assay ≥99.0% (T) | assay ≥97.0% (T) | assay ≥99.0% (T) |
| form sheet | form sheet | form sheet | form solid |
| suitability corresponds to standard for RP gradient test, corresponds to standard for filter test | suitability - | suitability - | suitability corresponds to standard for RP gradient test, corresponds to standard for filter test |
| technique(s) ion pair chromatography: suitable | technique(s) ion pair chromatography: suitable | technique(s) - | technique(s) ion pair chromatography: suitable |
| mol wt 234.29 g/mol | mol wt 234.29 g/mol | mol wt - | mol wt 220.26 g/mol |
| mp ≥300 °C (lit.) | mp ≥300 °C (lit.) | mp ≥300 °C (lit.) | mp - |
一般描述
Lacey carbon film supported TEM grids. This carbon coating consists of woven-mesh-like openings of different sizes and shapes. This type of pattern provides support but does not interfere when observing specimen sections.
应用
- Investigation of Carbon Support on Ruthenium/Catalysts: This study explores the impact of carbon support properties on the efficiency of ruthenium/carbon catalysts for hydrogenation processes, using lacey carbon films on copper grids for catalyst characterization (Jones et al., 2016).
- Nitrogen Doping of Carbon Supports for Hydrogen Production: Analyzes the effects of nitrogen-doped carbon supports for nickel catalysts in hydrogen production from formic acid, with characterizations performed on lacey carbon supported copper grids (Nishchakova et al., 2019).
- Removal of Uranium on Carbon-Supported Iron Particles: Discusses the use of carbon-supported nanoscale zero-valent iron particles for uranium removal, where samples were mounted on lacey carbon supported copper grids for analysis (Crane & Scott, 2014).
- Redispersion of Carbon-Supported Metal Catalysts: Focuses on the redispersion strategies for high-loading metal catalysts on carbon supports, tested using lacey carbon supported copper grids for catalyst characterization (Giulimondi et al., 2022).
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