Cri

Paru le 17 avril 2019 aux Éditions des Équateurs, Le Carrousel des ombres est le premier
roman publié par le dénommé « Paul Serey ».
Ce livre d’une sombre clarté salue les guerriers de l’âme. 
Il dérangera les mous, les lisses, les mondains, les grenouilles de bénitier, les politiquement corrects, ainsi que les naïfs persuadés de pouvoir accéder à la Vérité grâce à des techniques de méditation, la psychanalyse ou des drogues… 
Catalyseur pour les uns, perturbateur pour les autres, il conduit ses lecteurs jusqu’au bout de leur nuit et ne les lâche plus, telle leur ombre.

Article résultant d'une participation à la Troisième Journée d’étude interdisciplinaire des doctorants de TELEM  « Exhausser la pensée, exaucer la voix »
Une étude de l'utilisation du cri au cinéma dans tous ses aspects, sa technique et sa poétique.

https://telem.u-bordeaux-montaigne.fr/publications/journees-d-etude-des-doctorants/38-journees-d-etude-des-doctorants/198-3eme-journee-d-etudes-des-doctorants

We consider a multiple-rule, generalized modus ponens inference scheme, with an interpretation based on compositional rule of inference (CRI) and a residuated implication. We show that such a system is equivalent, as far as CRI is concerned, to a system that satisfies the “basic requirement for fuzzy reasoning”, proposed by Turksen and Tian (Fuzzy Sets and Systems 58 (1993) 3–40). We establish an analogous conclusion for an alternative interpretation (due to Magrez and Smets) of generalized modus ponens, which we call consequent dilation rule (CDR). This method is computationally faster than CRI, but it produces less specific inference results.

In this paper, the Ba2Si5N8Eu 2+ phosphor is proposed as the novel recommendation for enhancing the optical properties in terms of D-CCT, CRI, CQS, and LO of the CP-WLEDs. Firstly, we conducted the physical model of the CP-WLEDs in the LightTools software with the main parameters like the real LEDs. Furthermore, the scattering process in LEDs compound of the CP-WLEDs is simulated and investigated by the Matlab software. Then the influence of the Ba2Si5N8Eu 2+ concentration on the D-CCT, CRI, CQS, and LO of the CP-WLEDs is investigated. Finally, the research results showed that the Ba2Si5N8Eu2+ concentration has a considerable effect on the D-CCT, CRI, CQS, and LO of the CP-WLEDs. From the results, we can state that the Ba2Si5N8Eu 2+ phosphor can be considered as the novel recommendation for enhancing the optical properties of the CP-WLEDs. Keywords: CP-WLEDs CQS CRI D-CCT LO Optical properties Red phosphor This is an open access article under the CC BY-SA license.

In this paper, we propose Ca[Mg3SiN4]Ce 3+ Phosphor as a new material solution for improving the optical properties in terms of CRI, CQS. D-CCT, LO of the 5600K remote-packaging white LEDs (RP-WLEDs). In the first stage, we built and investigated the 5600K RP-WLEDs by adding the red phosphor to the phosphor layer. Then, the scattering processes inside the phosphor layer are investigated by Mat Lab software. From the research results, we discovered that the concentration of the adding phosphor significantly improved the optical properties of the 5600K RP-WLEDs. All the results are convinced by Light Tools and Mat Lab software. 1. INTRODUCTION In comparison with incandescent and fluorescent lamps, the InGaN-based white-light-emitting diodes (LEDs) have many advantages in energy efficiency, long lifetime, compactness, and environment-friendly and designable features. Phosphor converted LEDs (pcLED), which combines a blue LED chip and the yellow emitting phosphor, is the most common way to conduct the white light emission through LEDs packaging [1-5]. Thickness and concentration of phosphor are considered as the main factors in the white LEDs packaging because the luminous flux and color of LEDs are adjusted mainly through changing the phosphor thickness and concentration after the phosphor converters are chosen. The influence of phosphor thickness and concentration on LEDs luminous flux and CCT is studied in [6, 7] by experiment. Authors in [8] investigated the effects of phosphor thickness, concentration, and size on the spatial color distribution of white LEDs. In [9-12], the effect of phosphor location on the spatial color distribution was investigated. Moreover, some researchers were concentrated on enhancing the optical performance of multi-chip white LEDs (MCW-LEDs) by adding green or red phosphor into the phosphor layer [13-17]. The optical properties of the 5600K RP-WLEDs is considered as a novel method. From the research, results we can state that the CCT Deviation (D-CCT), CRI, CQS, and lumen output may be significantly increased by varying the concentration of α Ca[Mg3SiN4]Ce 3+ phosphor particles from 10% to 30%. In this paper, we focus on the main contributions as follows: a. We conduct the RP-WLEDs model by Light Tools software. b. The scattering process in the phosphor layer of the RP-WLEDs is investigated with Mat Lab software.