ジコ ケットウ ソクテイ ギジュツ エンシュウ ニ オケル ガクセイ ノ マナビ ノ ブンセキ

本研究では、看護学科2年次学生32名を対象に自己血糖測定(SMBG)技術演習を実施し、そこから学生の学びを明らかにすることを目的に技術演習後のレポートを分析した。結果、SMBG技術演習後の学生の学びは108のコードから12のサブカテゴリーが抽出され、さらに「実施者としての気づき(41)」、「患者の立場から考える(34)」、「技術演習の意義(17)」、「患者指導の場面を考える(16)」、の4つのカテゴリーに分類された。「実施者としての気づき」では学生は「実施者の恐怖(26)」を述べていた。「患者の立場に立って考える」では「SMBG実施に伴う困難(16)」、「実施に伴う感情・立場の理解(14)」や「インスリン自己注射を行う患者の不安・恐怖の予測(2)」について学んでいた。「患者指導の場面を考える」は「経験したことで患者指導にいかすことができる(9)」、指導時の「看護師の関わり方を考える(7)」等で構成された。学生は自己の体験からSMBG継続性の困難や、その後インスリン自己注射を行う患者の不安・恐怖の予測といった実際のSMBG導入に伴う患者の立場を踏まえた学びや指導場面を想定した学びにつながったと推察される。The purpose of this research is to clarify what students have learned through analyzing reports written by the 32 sophomore-nursing students who conducted practical training for self-monitoring of blood glucose: SMBG. We classified what the students have learned from the training under 108 items, and 12 subcategories were extracted from the items. The 12 subcategories were further classified into 4 categories; awareness as users\u27 position, thinking from the patients\u27 ground, significance of practical training, and method in teaching patients. The students described users\u27 fear regarding awareness of their position. Also they described that hardship in the operation of SMBG, understanding of emotion and position with implementation, and awareness of misgivings and fear for insulin self-injection regarding thinking from the patients\u27 ground. The contents of the method in teaching patients\u27 included for the students getting an ability to reflect the experiences upon their practical job and respecting the nurse- patient relationship at the education. The students\u27 experience will make them possible to find out the patients\u27 realistic situation that they have the hardship of SMBG continuation and misgivings and fear with insulin self-injection. Their findings may contribute to learning to reflect the patient situation at the point of SMBG initiation and to imagine the scene of the patient education

甲醇耦合的烷烃催化转化反应耦合效应评价方法及装置

一种甲醇耦合的烷烃催化转化反应的耦合效应评价方法，用于测定甲醇及其脱水转化反应产物对烷烃催化转化的耦合效应；主要过程是：通过质量流量计来控制不同流速载气流过含有烷烃或甲醇饱和发生器而携带出原料蒸汽，将蒸汽以脉冲方式进入反应器，获得不同接触时间条件下甲醇耦合烷烃催化转化的反应转化率和烷烃单独催化转化的反应转化率，并根据甲醇耦合烷烃催化转化的反应转化率和烷烃单独催化转化的反应转化率分别计算出上述两种催化转化的反应速率，甲醇耦合烷烃催化转化的反应速率与烷烃单独催化转化的反应速率之比为甲醇耦合的烷烃催化转化反应的耦合效应。带填

preparationofacarbonnanotubeanalogfromsurfactantcontainingmcm41silica

A carbon nanotube analog was prepared using the structure-directing agent cetyltrimetylammonium bromide locked in the channels of MCM-41 as a carbon source. The structures and properties of the resulting samples were characterized by. powder XRD, nitrogen adsorption-desorption measurement, TEM and TGA. It was found that the carbon nanotube analog obtained by this method is amorphous. Pretreatment with concentrated sulfuric acid is a key step in its formation

preparationofacarbonnanotubeanalogfromsurfactantcontainingmcm41silica

A carbon nanotube analog was prepared using the structure-directing agent cetyltrimetylammonium bromide locked in the channels of MCM-41 as a carbon source. The structures and properties of the resulting samples were characterized by. powder XRD, nitrogen adsorption-desorption measurement, TEM and TGA. It was found that the carbon nanotube analog obtained by this method is amorphous. Pretreatment with concentrated sulfuric acid is a key step in its formation

Methanol Conversion over HZSM-22: the reaction mechanism and the effect of olefins aromatics addition

Methanol to olefin (MTO) conversion was studied on a home-made pulse reaction system. Under proper reaction conditions, complete conversion of methanol into olefins can be achieved over HZSM-22, which was previously reported to fail in the conversion of methanol to olefins. 13C labelling experiments and the addition of olefins and aromatics all indicate that the methanol conversion followed hydrocarbon pool mechanism is prohibited over HZSM-22 and the olefins methylation and cracking mechanism predominantly occurs

新疆罗布泊钾盐矿区地下水勘察研究

该项目实施的目的是为罗布泊钾盐矿区寻找地下水源，并在罗东的阿其克谷地取得了罗布泊地区找水历史上的重大突破，找到了可直接引用的淡水和选矿用水，为钾盐开发奠定了基础，随着罗布泊钾盐科技开发有限责任公司的成立和钾盐资源的勘探，阿其克谷地已作为钾盐矿区首选供水水源地正在进行勘探。2001年7月4日新疆日报公告：“新疆罗布泊钾盐矿区地下水勘察研究”项目的科研成果获自治区科技进步三等奖