【摘 要】
:
Nagaoka University of Technology(NUT)was founded in 1976,with the aim of creating technology and science,namely,GIGAKU,as well as nurturing practical and cr
【机 构】
:
Nagaoka University of Technology,Nagaoka,Niigata 940-2188,Japan
【出 处】
:
The 5th International Congress on Ceramics, ICC5(第五届国际陶瓷大会)
论文部分内容阅读
Nagaoka University of Technology(NUT)was founded in 1976,with the aim of creating technology and science,namely,GIGAKU,as well as nurturing practical and creative engineers through whom it would attempt to realize a vision of strong cooperation between academia,industry,and government which was revolutionary at these years in Japan.Since the founding,NUT has continued to realize our goal of training and developing leading engineers and researchers,with practical and creative abilities,capable of making a contribution to our society.
其他文献
The high dense amorphous Si-B-C-N bulk ceramic was fabricated at 1000~1600℃ under a pressure of 5 Gpa for 30 min where the mechanically alloyed amorphous S
Weight reduction of railway vehicles is needed to save running energy,reduce impact load by wheels to tracks,etc.C/C-SiC composite is one of the good candid
土壤水分在地表与大气间的物质和能量交换中,起着极为重要的作用。土壤含水量是表征一定深度土层干湿程度的物理量。表层土壤含水量是微观气象学和水文学中一个重要的能量平衡
A submicron SiC powder and a mixture of submicron SiC powder and polycarbosilane(PCS)were hotpressed with 3 wt%Y2O3 or 1 wt%AlN-Lu2O3 additives at 2000oC or
变形是自然界普遍存在的现象,它是指变形体在各种荷载作用下,其形状、大小及位置在时间域和空间域的变化。变形体的变化在一定范围内被确认为是允许的,如果超出允许值,则可能
摘要:课堂是教学的主要阵地,提高英语教学质量的关键在于提高课堂效率。小学英语教学的最主要目的之一就是培养学生学习英语的兴趣,这也是小学英语高效课堂研究的中心内容。判断英语课堂是否高效,对知识的掌握程度并不是唯一的标准,重点是要看学生是否感受到学习英语的乐趣,是否在课堂上充当这主导者。为此,教师在教学中可以采取多种教学手段,构建高效的英语课堂,从而促进学生的全面发展。 关键词:小学英语;高效课堂;
Titanium bearing materials for blast furnace(BF)are usually adopted to protect the hearth refractories and prolong the campaign in iron-making process.Howev
摘要:如何提高数学教学的有效性,是大家共同关注的话题。但为情境而情境的现象依然突出。本文从有效情境的创设角度出发,分别从引入情境和活用教材创设情境两个方面进行论述。 关键词:情境创设;有效性;数学教学 中图分类号:G633.6 文献标识码:A 文章编号:1992-7711(2017)02-0027 《数学课程标准(2011版)》有多处都提到了“有效”。那么,我们一线数学教师,如何把《数学课程
Direct coagulation casting via controlled release of high valence counter ions(DCC-HVCI),as a novel colloidal ceramic forming method,has been recently devel
The performance of current Si3N4 bonded SiC sidewalls in Hall-Héroult cells relies on the presentation of a frozen electrolyte layer(ledge).The development