Difference between revisions of "Lip(Sys)2/Spectrophotometer UV visible Cary Bio 100"
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{{#invoke:Device|infobox | {{#invoke:Device|infobox | ||
| − | | Title = | + | | Title =Spectrophotometer UV visible Cary Bio 100 |
| Organisation = | | Organisation = | ||
| Pilote process = | | Pilote process = | ||
| Website = | | Website = | ||
| Keywords = | | Keywords = | ||
| − | | Picture = | + | | Picture = |
| Latitude = 48.7623 | | Latitude = 48.7623 | ||
| Longitude =2.27359 | | Longitude =2.27359 | ||
}} | }} | ||
| + | '''Spectrophotomètre UV- Visible, Cary Bio 100, Agilent''' | ||
| + | ==Description== | ||
| + | Le Cary Bio 100 est un spectrophotomètre UV-Visible. Il est équipé d’un pré-monochromateur et d’un monochromateur de type Czerny-Turner (0.278 m). Avec un chemin optique de 10 mm et d’une largeur de fente de 2 mm, il travaille de 200 à 900 nm. | ||
| + | Ce spectrophotomètre est contrôlé par le logiciel Cary WinUV®. | ||
| − | == | + | ==Publications== |
| + | #Chauvin, B., et al., Diprotonation process of meso-tetraphenylporphyrin derivatives designed for photodynamic therapy of cancers: from multivariate curve resolution to predictive QSPR modeling. Anal Chim Acta, 2011. 705(1-2): p. 306-14. | ||
| + | #Wang, Z.J., et al., Glycodendrimeric phenylporphyrins as new candidates for retinoblastoma PDT: blood carriers and photodynamic activity in cells. J Photochem Photobiol B, 2012. 115: p. 16-24. | ||
Latest revision as of 08:31, 30 June 2016
| Device | |
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| Latitude |
48.7623 |
| Longitude |
2.27359 |
Spectrophotomètre UV- Visible, Cary Bio 100, Agilent
Description
Le Cary Bio 100 est un spectrophotomètre UV-Visible. Il est équipé d’un pré-monochromateur et d’un monochromateur de type Czerny-Turner (0.278 m). Avec un chemin optique de 10 mm et d’une largeur de fente de 2 mm, il travaille de 200 à 900 nm.
Ce spectrophotomètre est contrôlé par le logiciel Cary WinUV®.
Publications
- Chauvin, B., et al., Diprotonation process of meso-tetraphenylporphyrin derivatives designed for photodynamic therapy of cancers: from multivariate curve resolution to predictive QSPR modeling. Anal Chim Acta, 2011. 705(1-2): p. 306-14.
- Wang, Z.J., et al., Glycodendrimeric phenylporphyrins as new candidates for retinoblastoma PDT: blood carriers and photodynamic activity in cells. J Photochem Photobiol B, 2012. 115: p. 16-24.