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数学的リテラシーを育む教材開発 : 数理ゲームによる4つの題材の提案
No full text協働実践研究プロジェクト「数学的リテラシー」では,数学的リテラシーを育む教材を開発し,実践・省察することを目的とする。本稿では,数学的リテラシーの概略を述べ,PISA2012の結果を踏まえて,本プロジェクトで開発した数理ゲームを題材とした4つの教材について,授業実践の報告とその省察を行う
A case of hepatic encephalopathy due to portal-hepatic venous shunt with intrahepatic portal aneurysm
No full text要旨:
症例は58歳女性で，肝内門脈瘤を経過観察されていたところ，易怒性が出現した。採血で肝予備能の軽度低下とアンモニアの上昇を認め，CTにて門脈枝P4･P8の門脈瘤が中肝静脈へ短絡していた。肝内門脈瘤に伴う肝内門脈肝静脈短絡による肝性脳症と診断した。短絡部に対し経皮経肝的門脈造影下塞栓術を施行したところ，肝予備能と高アンモニア血症は著明に改善した。肝内門脈瘤は，肝内門脈肝静脈短絡を伴い肝性脳症を発症すると積極的に治療がされるが，肝性脳症をきたさない肝内門脈肝静脈短絡の症例も報告されており，肝性脳症の有無に視点を置いた報告はいまだ少ない。今回我々は肝内門脈瘤に伴った肝内門脈肝静脈短絡による肝性脳症の1例を経験したので報告する
Japanese perch found in Awara-city, Fukui Prefecture
No full text要旨：
環境省絶滅危惧ⅠB（EN）オヤニラミが2016年6月，福井県あわら市笹岡地区を流れる熊坂川で国内移入種として初めて見つかった
'Improvement of a Learning Tool for Computer Programming Using the Robot for ET Software Design Robot Contest
No full textIn the classes of experiment of our department we have introduced the new theme 4years ago, where students develop simple programs and control a robot. For this experiment, we developed the learning tool based on the robot used in ET Robocon (ET Software Design Robot Contest). The purpose of this experiment is to arouse students’ interest in computer programming. Since the reaction from students was favorable, it can be said that the learning tool was effective. We also deployed the tool for the classes of the high school students as one of the advertising of our department and won a favorable reception. On the other hand, the problems of the tool also became clear from the experience by the past classes. As we have updated the robot with the new LEGOMINDSTORMS EV3 from the obsolete NXT, we have improved the learning tool to mitigate the problems. In this report we will focus on the development of the simulator that is the main improvement of the learning tool
Planar Vibration of a Bent Part in the Articulated Pipes due to the Pulsating Fluid Flow
No full textPlanar and non-planar vibrations of Pipes conveying fluid have been studied for a long time as the generic problems of the flow-induced vibrations. However, many of these studies are devoted to the vibrations of the straight pipes conveying fluid. In this paper, as the first step to clarify the dynamics of curved pipes conveying fluid, we study the planar vibrations of a bent part in the articulated pipes due to the pulsating fluid flow. We derive the governing equation of bent part of the articulated pipe conveying fluid consisting of three rigid pipes. From the physical estimation of the governing equation, it is clarified that the bent part of the articulated pipes are forced excited due to the pulsating fluid flow. From the experimental results, theoretical results are qualitatively verified