181 research outputs found
五体饮证治初探
水饮之邪变动不居,随气机升降,流溢各处,波及脏腑,无处不在。饮证是体内津液布化失常,过量的水液蓄积停留于机体某些部位,不得输化而所致一类病证的总称。五体饮是根据饮邪所侵袭的不同部位,将饮证由浅至深的顺序分为:饮溢于皮、饮侵于肉、饮停于脉、饮犯于筋和饮停于骨。文章通过病因病机、辨证分型、治疗以及其与现代疾病的关系对五体饮进行初浅的探讨
Description on Mononchida from Southern District,Fujian
单齿类线虫是植物寄生线虫的天敌,利用其生防植物线虫病具有很大潜力.报道福建省南部地区捕食性线虫4属7种,其中国内新记录4种.每种经描述和详细绘图A survey of predacious nematodes (Mononchida)was carried out in southern district, Fujian.A total of 7 species of nematodes,Mononchida are described and illustrated in detail.They are Mononchus truncatus,Mylonchulus hawaiiensis,Mylonchulus lacustris,Iotonchus parabasidontus,Miconchus pararapax,Mononchus aquaticus and Mylonchulus minor,and the latter four species are new records in China.福建省自然科学基
Optimization Design of Top Contact Metallization of Concentrator Solar Cells
【中文摘要】 对聚光型太阳电池表面栅极图形进行优化设计。对组成太阳电池表面栅电极的图形最小单元的各种功率损失进行了详细分析,得到了最佳栅电极间距的递推公式。优化计算了各种宽度的次栅之间的间距,并得到了相对应的功率损失比例。电极和半导体接触良好时,当次栅间距小于最佳值,电极的遮挡对于功率损失影响最大;而当次栅间距大于最佳值时,太阳电池体材料输运功率损失和次栅电极电流输运功率损失开始成为主要原因。对于高倍聚光型太阳电池来说,次栅电极的厚度相对要求厚一些。计算及分析结果可应用于聚光型太阳电池电极的设计中。
【英文摘要】 An optimum grid pattern of the concentrator solar cell top contact metallization was designed. Several power-loss mechanisms of the smallest element were analyzed detailedly. The optimum grid spacing recursion formula was deduced. The optimum grid spacing and the power-loss for the grids of different width were calculated. The shadowing loss was the biggest loss when the grid spacing was narrower than the optimum one if ohmic contact was very well. Otherwise,the current transporting power losses of the grid...中国博士后科学基金面上资助项
沖縄と本土の型染に関する文化と美意識についての比較研究-伝統工芸(紅型)の更なる発展への寄与を展望して-
研究概要:糊を防染に使う型染は,中国の印花布を除いて日本以外にはない。沖縄県の紅型,三重県の鈴鹿市白子,寺家の伊勢型,福島県の喜多方,会津若松,田島の会津型の各型染について比較検討し,その中で,紅型のもつ社会的,文化的背景,風土,人々の美意識を考察し,併せて,伝統工芸の更なる発展への寄与を展望する。論文http://purl.org/coar/resource_type/c_650
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