Recueil de pièces relatives au prieuré de Dhuisy, diocèse de Meaux, formé par Charles de Chantecler, prieur et seigneur de Dhnisy, pour les besoins de son procès contre Henri de Bourbon, prince de Condé, en 1573.

L'acte de fondation de ce prieuré (fol. 17) porte la date de 1170. — Ce ms. a appartenu à « l'abbé de Sencour, chanoine de Rouen. »

Recueil de pièces, manuscrites et imprimées, formé par le président Achille III DE HARLAY, relatives principalement à l'histoire religieuse, politique, administrative, diplomatique et littéraire des XVIe et XVIIe siècles. VIII.

Contient : Lettre d'Innocent XI ; « Observations sur l'Histoire du luthérianisme du P. Maimbourg » ; Extraits des Registres capitulaires de l'Église de Paris, 1654 ; Copies de pièces du XIIIe et du XIVe siècles relatives à différentes affaires ecclésiastiques ; Copie d'une lettre à Baluze sur un manuscrit chaldéen reçu du Levant par Colbert ; Sur la « Conférence de Cartage » ; Fragment orig . d'Ismaël Boulliau sur l'échéance du jour de Pâques ; « Observations sur un Traité de l'Usure fait par M. Poncet » ; « Oraison funèbre de M. de Candale par M. l'abbé Roquette, depuis évêque d'Autun » ; « Éclaircissement par M. Bernier sur le livre de Monsr de La Ville » pour la défense d'opinions de Descartes ; Mémoire pour la liberté de la Faculté de théologie de Paris ; Extraits impr. des Registres capitulaires de l'Église de Paris ; Sur la Visitation d'Angers ; Mémoires de procédure impr. relatifs à la Sainte-Chapelle ; Recueil de pièces mss et impr., bulles pontificales, lettres royales, etc., relatives à la Régale, 1198-1681 ; Établissement d'une Chambre royale à Metz, et extraits des Registres de cette Chambre royale, impr ; Lettre orig. de D. Godefroy, 1680 ; Pièces relatives à la principauté de Charleville ; Entrée de la reine de Suède Ulrique-Éléonore à Stockholm, 1680 ; Pièces impr. relatives à l'Hôpital général de Paris ; Ordonnances impr. du magistrat d'Amsterdam portant interdiction des carrosses dans ladite ville, en hollandais

Recueil de pièces, manuscrites et imprimées, formé par le président Achille III DE HARLAY, relatives principalement à l'histoire religieuse, politique, administrative, diplomatique et littéraire des XVIe et XVIIe siècles. XXXI.

Contient : Pièces sur les Jésuites (f. 1), — sur les Frères Prêcheurs, impr. (f. 34), — sur la Sorbonne (f. 48) ; Pièces sur Descartes ; Extrait des Registres du Conseil d'État relatif à l'acquisition, pour la Bibliothèque du roi, d'une partie de la bibliothèque de Mazarin, 1668 ; « Epistola » R. Rapini, S. J., « ad... Cl. Pelterium », impr., 1684, in-8° ; Extraits de Registres du Parlement ; « Procédures faites... contre Antoine, comte de Shaftsbury », 1681 ; Sur la « Prévention » en Anjou ; Factums divers impr., affaire Bruant des Carrières ; Pièces relatives à la Compagnie des Indes orientales ; Factums impr., affaire Marcara Avachins ; Pièces relatives au commerce : « Avis sur le fait des ardoises », impr., 1683, in-4° ; Notes sur « Les édits et règlements des libraires, imprimeurs, relieurs et doreurs » ; Note sur le commerce des harengs

Recueil, formé de 1573 à 1578, d'extraits (généalogies, chartes, épitaphes, etc.) concernant l'histoire des familles de Lorraine, attribué à Nicolas Bousmard, chanoine de l'église de Verdun (d'après D. Calmet, Bibl. lorr., 165).

Contient : Épitaphes des Cordeliers de Neufchâteau ; Épitaphes de Bayon ; Épitaphes de l'abbaye de Beaupré ; Épitaphes de Magnières ; Épitaphes des Cordeliers de Mirecourt ; Épitaphes des Carmes de Besançon ; Épitaphes des Cordeliers de Besançon ; Épitaphes de Bourbonne ; Épitaphes de l'abbaye de Morimond ; Épitaphes de Beaufrémont ; Épitaphes de Remennecourt ; Copie abrégée de l'épitomé de Jean Daucy ; Extrait du Trésor de l'évêché de Verdun

Positive contrast MR-lymphography using inversion recovery with ON-resonant water suppression (IRON).

PURPOSE: To investigate the utility of inversion recovery with ON-resonant water suppression (IRON) to create positive signal in normal lymph nodes after injection of superparamagnetic nanoparticles. MATERIALS AND METHODS: Experiments were conducted on six rabbits, which received a single bolus injection of 80 mumol Fe/kg monocrystalline iron oxide nanoparticle (MION-47). Magnetic resonance imaging (MRI) was performed at baseline, 1 day, and 3 days after MION-47 injection using conventional T(1)- and T(2)*-weighted sequences and IRON. Contrast-to-noise ratios (CNR) were measured in blood and in paraaortic lymph nodes. RESULTS: On T(2)*-weighted images, as expected, signal attenuation was observed in areas of paraaortic lymph nodes after MION-47 injection. However, using IRON the paraaortic lymph nodes exhibited very high contrast enhancement, which remained 3 days after injection. CNR with IRON was 2.2 +/- 0.8 at baseline, increased markedly 1 day after injection (23.5 +/- 5.4, P < 0.01 vs. baseline), and remained high after 3 days (21.8 +/- 5.7, *P < 0.01 vs. baseline). CNR was also high in blood 1 day after injection (42.7 +/- 7.2 vs. 1.8 +/- 0.7 at baseline, P < 0.01) but approached baseline after 3 days (1.9 +/- 1.4, P = NS vs. baseline). CONCLUSION: IRON in conjunction with superparamagnetic nanoparticles can be used to perform 'positive contrast' MR-lymphography, particularly 3 days after injection of the contrast agent, when signal is no longer visible within blood vessels. The proposed method may have potential as an adjunct for nodal staging in cancer screening.

Dispersal probability distributions and the wave-front speed problem

The speed and width of front solutions to reaction-dispersal models are analyzed both analytically and numerically. We perform our analysis for Laplace and Gaussian distribution kernels, both for delayed and nondelayed models. The results are discussed in terms of the characteristic parameters of the models

Calculation of radio electrical coverage in Medium-Wave Frequencies

The aim of this project is to accomplish an application software based on Matlab to calculate the radioelectrical coverage by surface wave of broadcast radiostations in the band of Medium Wave (WM) all around the world. Also, given the location of a transmitting and a receiving station, the software should be able to calculate the electric field that the receiver should receive at that specific site. In case of several transmitters, the program should search for the existence of Inter-Symbol Interference, and calculate the field strenght accordingly. The application should ask for the configuration parameters of the transmitter radiostation within a Graphical User Interface (GUI), and bring back the resulting coverage above a map of the area under study. For the development of this project, it has been used several conductivity databases of different countries, and a high-resolution elevation database (GLOBE). Also, to calculate the field strenght due to groundwave propagation, it has been used ITU GRWAVE program, which must be integrated into a Matlab interface to be used by the application developed.

Transformation rules form OntoProcED to OntoOKI

This file contains the transformtion rules in SWRL to translate formal specifications of two lower ontology levels (patterns and organization) to the upper level (implementation according to the OKI specification).

Steady-state equilibrium phase inversion recovery ON-resonant water suppression (IRON) MR angiography in conjunction with superparamagnetic nanoparticles. A robust technique for imaging within a wide range of contrast agent dosages.

PURPOSE: To investigate the ability of inversion recovery ON-resonant water suppression (IRON) in conjunction with P904 (superparamagnetic nanoparticles which consisting of a maghemite core coated with a low-molecular-weight amino-alcohol derivative of glucose) to perform steady-state equilibrium phase MR angiography (MRA) over a wide dose range. MATERIALS AND METHODS: Experiments were approved by the institutional animal care committee. Rabbits (n = 12) were imaged at baseline and serially after the administration of 10 incremental dosages of 0.57-5.7 mgFe/Kg P904. Conventional T1-weighted and IRON MRA were obtained on a clinical 1.5 Tesla (T) scanner to image the thoracic and abdominal aorta, and peripheral vessels. Contrast-to-noise ratios (CNR) and vessel sharpness were quantified. RESULTS: Using IRON MRA, CNR and vessel sharpness progressively increased with incremental dosages of the contrast agent P904, exhibiting constantly higher contrast values than T1 -weighted MRA over a very wide range of contrast agent doses (CNR of 18.8 ± 5.6 for IRON versus 11.1 ± 2.8 for T1 -weighted MRA at 1.71 mgFe/kg, P = 0.02 and 19.8 ± 5.9 for IRON versus -0.8 ± 1.4 for T1-weighted MRA at 3.99 mgFe/kg, P = 0.0002). Similar results were obtained for vessel sharpness in peripheral vessels, (Vessel sharpness of 46.76 ± 6.48% for IRON versus 33.20 ± 3.53% for T1-weighted MRA at 1.71 mgFe/Kg, P = 0.002, and of 48.66 ± 5.50% for IRON versus 19.00 ± 7.41% for T1-weighted MRA at 3.99 mgFe/Kg, P = 0.003). CONCLUSION: Our study suggests that quantitative CNR and vessel sharpness after the injection of P904 are consistently higher for IRON MRA when compared with conventional T1-weighted MRA. These findings apply for a wide range of contrast agent dosages.

Chest pulse-wave velocity: a novel approach to assess arterial stiffness.

Pulse-wave velocity (PWV) is considered as the gold-standard method to assess arterial stiffness, an independent predictor of cardiovascular morbidity and mortality. Current available devices that measure PWV need to be operated by skilled medical staff, thus, reducing the potential use of PWV in the ambulatory setting. In this paper, we present a new technique allowing continuous, unsupervised measurements of pulse transit times (PTT) in central arteries by means of a chest sensor. This technique relies on measuring the propagation time of pressure pulses from their genesis in the left ventricle to their later arrival at the cutaneous vasculature on the sternum. Combined thoracic impedance cardiography and phonocardiography are used to detect the opening of the aortic valve, from which a pre-ejection period (PEP) value is estimated. Multichannel reflective photoplethysmography at the sternum is used to detect the distal pulse-arrival time (PAT). A PTT value is then calculated as PTT = PAT - PEP. After optimizing the parameters of the chest PTT calculation algorithm on a nine-subject cohort, a prospective validation study involving 31 normo- and hypertensive subjects was performed. 1/chest PTT correlated very well with the COMPLIOR carotid to femoral PWV (r = 0.88, p < 10 (-9)). Finally, an empirical method to map chest PTT values onto chest PWV values is explored.

RF pulse concatenation for spatially selective inversion

It is shown that spatially selective inversion and saturation can be achieved by concatenation of RF pulses with lower flip angles. A concatenation rule which enables global doubling of the flip angle of any given excitation pulse applied to initial z magnetization is proposed. In this fashion, the selectivity of the single pulse is preserved, making the high selectivity achievable in the low flip-angle regime available for inversion and large flip-angle saturation purposes. The profile quality achievable with exemplary concatenated pulses is investigated in comparison with adiabatic inversion. It is verified that by using concatenated inversion in the transfer insensitive labeling technique (TILT), the MT artifact is suppressed. Copyright 2000 Academic Press.

A pseudo-spectral method for simulating of poro-elastic seismic wave propagation in complex borehole environments

We present a novel numerical approach for the comprehensive, flexible, and accurate simulation of poro-elastic wave propagation in cylindrical coordinates. An important application of this method is the modeling of complex seismic wave phenomena in fluid-filled boreholes, which represents a major, and as of yet largely unresolved, computational problem in exploration geophysics. In view of this, we consider a numerical mesh consisting of three concentric domains representing the borehole fluid in the center, the borehole casing and the surrounding porous formation. The spatial discretization is based on a Chebyshev expansion in the radial direction, Fourier expansions in the other directions, and a Runge-Kutta integration scheme for the time evolution. A domain decomposition method based on the method of characteristics is used to match the boundary conditions at the fluid/porous-solid and porous-solid/porous-solid interfaces. The viability and accuracy of the proposed method has been tested and verified in 2D polar coordinates through comparisons with analytical solutions as well as with the results obtained with a corresponding, previously published, and independently benchmarked solution for 2D Cartesian coordinates. The proposed numerical solution also satisfies the reciprocity theorem, which indicates that the inherent singularity associated with the origin of the polar coordinate system is handled adequately.

Kitcher's Revolutionary Reasoning Inversion in Ethics

This paper examines three specific issues raised by The Ethical Project. First, I discuss the varieties of altruism and spell out the differences between the definitions proposed by Kitcher and the ways altruism is usually conceived in biology, philosophy, psychology, and economics literature. Second, with the example of Kitcher's account, I take a critical look at evolutionary stories of the emergence of human ethical practices. Third, I point to the revolutionary implications of the Darwinian methodology when it is thoughtfully applied to ethics.