Aveux baillés à Jean de Saillant par ses vassaux, en 1484 et années suivantes.

Acquis le 9 mars 1836 d'Armans-Alexis Monteil pour le prix de 200 francs, parmi 52 volumes mss. y compris 3 rouleaux; cf. B.n.F., département des Manuscrits, registre des acquisitions 1833-1848, n° 1875 "16 terriers"

Évangile de saint Jean.

Acquis le 2 avril 1743 de madame du Faÿ parmi 11 mss. pour le prix global de 1200 livres; cf. B.n.F., département des Manuscrits, Archives Ancien Régime 65, registre des acquisitions du département des Manuscrits 1667-1758, f. 291 "n° 87. Codex evangelii secundum Joannem, litteris auro depictis"; mention de la main de l'abbé Sallier "De madame du Fay. 12" (contreplat sup.); — note du XVe s. "Iste liber emptus fuit de precio scutorum LXV (...) M° CCCC° LXV°" (contreplat sup.); — anciennes cotes "87", "17" (Cv)

Exposition de Jean diacre sur la Genèse, etc.

Catalogue de l'abbaye de Corbie (éd. d'E. Coyecque, Cat des mss des bibliothèques de France, XIX, p.XI-XLVIII) XIIIe s.: n°246; 1621: n°420 Ex-libris : f.1 : « Sti Germani a Pratis »

Postilles de Jean de la Rochelle sur S. Paul.

Le complément de ce ms. se trouve dans le n. 15536.

Modelling short-term ultraviolet exposure as an alternative to individual dosimetry

Background: Excessive exposure to solar Ultra-Violet (UV) light is the main cause of most skin cancers in humans. Factors such as the increase of solar irradiation at ground level (anthropic pollution), the rise in standard of living (vacation in sunny areas), and (mostly) the development of outdoor activities have contributed to increase exposure. Thus, unsurprisingly, incidence of skin cancers has increased over the last decades more than that of any other cancer. Melanoma is the most lethal cutaneous cancer, while cutaneous carcinomas are the most common cancer type worldwide. UV exposure depends on environmental as well as individual factors related to activity. The influence of individual factors on exposure among building workers was investigated in a previous study. Posture and orientation were found to account for at least 38% of the total variance of relative individual exposure. A high variance of short-term exposure was observed between different body locations, indicating the occurrence of intense, subacute exposures. It was also found that effective short-term exposure ranged between 0 and 200% of ambient irradiation, suggesting that ambient irradiation is a poor predictor of effective exposure. Various dosimetric techniques enable to assess individual effective exposure, but dosimetric measurements remain tedious and tend to be situation-specific. As a matter of facts, individual factors (exposure time, body posture and orientation in the sun) often limit the extrapolation of exposure results to similar activities conducted in other conditions. Objective: The research presented in this paper aims at developing and validating a predictive tool of effective individual exposure to solar UV. Methods: Existing computer graphic techniques (3D rendering) were adapted to reflect solar exposure conditions and calculate short-term anatomical doses. A numerical model, represented as a 3D triangular mesh, is used to represent the exposed body. The amount of solar energy received by each "triangle is calculated, taking into account irradiation intensity, incidence angle and possible shadowing from other body parts. The model take into account the three components of the solar irradiation (direct, diffuse and albedo) as well as the orientation and posture of the body. Field measurements were carried out using a forensic mannequin at the Payerne MeteoSwiss station. Short-term dosimetric measurements were performed in 7 anatomical locations for 5 body postures. Field results were compared to the model prediction obtained from the numerical model. Results: The best match between prediction and measurements was obtained for upper body parts such as shoulders (Ratio Modelled/Measured; Mean = 1.21, SD = 0.34) and neck (Mean = 0.81, SD = 0.32). Small curved body parts such as forehead (Mean = 6.48, SD = 9.61) exhibited a lower matching. The prediction is less accurate for complex postures such as kneeling (Mean = 4.13, SD = 8.38) compared to standing up (Mean = 0.85, SD = 0.48). The values obtained from the dosimeters and the ones computed from the model are globally consistent. Conclusion: Although further development and validation are required, these results suggest that effective exposure could be predicted for a given activity (work or leisure) in various ambient irradiation conditions. Using a generic modelling approach is of high interest in terms of implementation costs as well as predictive and retrospective capabilities.

L'hypnotisme et la stigmatisation / par le Dr Antoine Imbert-Gourbeyre,...

Collection : Science et religion ; 65