Guipuzcoaco provinciaren condaira edo historia : ceñetan jarritzen diraden arguiro beraren asieratic orain-arte dagozquion barri gogoangarriac / eguin eta zucendu cebana Juan Ignacio de Iztueta.

Dialecto : texto en euskera central -- guipuzcoano

Physical characterization of growing media using standard methods (CEN)- Limitations of Applicability for pine bark and vermiculite

CEN standards have helped to harmonize analytical methods for substrate analysis.Though, for special substrates or constituents the applicability might be Iimited. In this paper a comparative study of implementation of CEN standards to samples of pine bark and vermiculite has been carried out. For composted pine bark, an elongation of the equilibrium period up to 72 instead of 48 hours might increase the accuracy of determinations physical parameters according to EN 13041. For vermiculite, we suggest pycnometry as a feasible technique for the determination of particle density (PD), as the determination of organic matter (OM) as requested by EN 13041 for the calculation of the PD seems not to be applicable for this kind of material.

Probing the Saccharomyces cerevisiae centromeric DNA (CEN DNA)–binding factor 3 (CBF3) kinetochore complex by using atomic force microscopy

Yeast centromeric DNA (CEN DNA) binding factor 3 (CBF3) is a multisubunit protein complex that binds to the essential CDEIII element in CEN DNA. The four CBF3 proteins are required for accurate chromosome segregation and are considered to be core components of the yeast kinetochore. We have examined the structure of the CBF3–CEN DNA complex by atomic force microscopy. Assembly of CBF3–CEN DNA complexes was performed by combining purified CBF3 proteins with a DNA fragment that includes the CEN region from yeast chromosome III. Atomic force microscopy images showed DNA molecules with attached globular bodies. The contour length of the DNA containing the complex is ≈9% shorter than the DNA alone, suggesting some winding of DNA within the complex. The measured location of the single binding site indicates that the complex is located asymmetrically to the right of CDEIII extending away from CDEI and CDEII, which is consistent with previous data. The CEN DNA is bent ≈55° at the site of complex formation. A significant fraction of the complexes are linked in pairs, showing three to four DNA arms, with molecular volumes approximately three times the mean volumes of two-armed complexes. These multi-armed complexes indicate that CBF3 can bind two DNA molecules together in vitro and, thus, may be involved in holding together chromatid pairs during mitosis.

Cen xuelü chi du chu bian xu bian.

On double leaves, oriental style.

L'heureuse nouvelle; opéra impromptu a l'occasion de la paix. Paroles des cens Saint-Just et Longchamps. Musique du cen Boyeldieu.

Mode of access: Internet.

Cen hua ju shi lan jing lu : 8 juan, wai ji : 2 juan /

Double leaves, oriental style, in case.

The chemical composition of α cen A: Strong lines and the ABO theory of collisional line broadening

The mean abundances of Mg, Si, Ca, Ti, Cr, and Fe based on both strong and weak lines of alpha CenAare determined by matching the observed line profiles with those synthesised from stellar atmospheric models and comparing these results with a similar analysis for the Sun. There is good agreement between the abundances from strong and weak lines. Strong lines should generally be an excellent indicator of abundance and far easier to measure than the weak lines normally used. Until the development of the Anstee, Barklem, and O'Mara ( ABO) theory for collisional line broadening, the uncertainty in the value of the damping constant prevented strong lines being used for abundance determinations other than in close differential analyses. We found that alpha Cen A has a mean overabundance of 0.12 +/- 0.06 dex compared to solar mean abundances. This result agrees remarkably well with previous studies that did not use strong lines or the ABO theory for collisional line broadening. Our result supports the conclusion that reliable abundances can be derived from strong lines provided this new theory for line broadening is used to calculate the van derWaals damping.

Il nuovo modello di calcolo CEN per la determinazione dell'isolamento acustico degli edifici: analisi critica e applicazione ad un caso studio.

L'obiettivo del presente studio è l'indagine del comportamento acustico di edifici in legno, vista la loro crescente diffusione in Italia. Il lavoro analizza le potenzialità del nuovo metodo trattato nell'aggiornamento della normativa UNI EN 12354 e si propone come caso di sperimentazione del nuovo modello di calcolo per la valutazione prestazionale acustica di un edificio in legno. A supporto dell'analisi della normativa, viene presentato il caso studio di un edificio residenziale in legno che presenta tutti gli elementi oggetto di discussione nello sviluppo normativo. La validazione del modello di calcolo è stata effettuata tramite il confronto dei risultati ottenuti con i dati raccolti precedentemente da misurazioni in opera sull'edificio in esame.