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陈卓 《安庆师范学院学报(社会科学版)》2013,(3)
"五四"时期的苏雪林与冰心齐名,当时有"冰雪聪明"之说。早年的苏雪林与冰心在对自然的皈依、对母爱的宣扬以及散文创作和女性意识上,都表现出很大的相似性。但相近却非相同,她们的思想和创作又呈现出个性化的风貌,表现出"五四人"的特质。 相似文献
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陈卓 《安庆师范学院学报(社会科学版)》2013,(3):49-53
"五四"时期的苏雪林与冰心齐名,当时有"冰雪聪明"之说。早年的苏雪林与冰心在对自然的皈依、对母爱的宣扬以及散文创作和女性意识上,都表现出很大的相似性。但相近却非相同,她们的思想和创作又呈现出个性化的风貌,表现出"五四人"的特质。 相似文献
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冰心儿童散文的思想内容及艺术特色 总被引：1，自引：0，他引：1
马雁红 《山西广播电视大学学报》2002,7(2):72-73
冰心儿童散文的主要内容是讴歌母爱和童心,笔调柔和细腻,手法含蓄委婉,语言清新明丽,研究冰心儿童散文的思想内容及艺术特色,对当今我国儿童散文的创作有着重要作用. 相似文献
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越过儿童与教化之间的纠缠,儿童现象世界作为一种本真的存在,对哲学上的认识论、本体论和方法论研究具有重要的价值与意义.儿童是成人的根,童心是儿童存有的根,童心自然是成人的根,童心乃人类文化与自然历史之根.在中国传统哲学中,"童心""赤子之心"是"善端"之发源地;在西方哲学中,善是理性自然进程中之"普遍原理".因此,童心是善之奠基.只有首先护持先验之"童心",个体与城邦之"善"才有可能.以"童心为善奠基"反思儿童研究的地位,儿童研究理应成为未来关于人的研究之中心学科.这并不意味着儿童不需要教育,教育学的理论逻辑首先在于认识到儿童精神的本性,复归儿童生活的本真,发现作为善之奠基的童心哲学. 相似文献
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散文是冰心成名后的主要创作样式,从“问题小说”发展到“爱的哲学”是作家探索人生的重要成果。本文以《寄小读者》为文本分析基础,从母爱、童心和自然三个方面来解读冰心散文的抒情性和典雅性。 相似文献
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万国庆 《喀什师范学院学报》2009,30(5):69-71
丰子恺的散文往往融记叙、抒情、议论为一体,于不知不觉间流露出作者的心性和情感。他在创作散文时心态淡泊、自然、平和,善于以儿童的心境去品味人生的欢乐,以儿童的心理去审视社会的丑恶,以儿童的心灵去超越人生的痛苦。他的早期散文充满童心、童真与童趣,语言朴实、感情真挚,追求的是一种自然朴素、宁静纯真之美。这既是他本人的心灵天性使然,也是他刻意追求的结果。他的散文具有独特的风格与品性。 相似文献
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丰子恺散文在中国现代散文中独具特色,究其原因在于其艺术创作与对童真的追求、对佛理与艺术的探求密不可分,其中又以"童心"为最根本之要素.丰子恺屡屡自称"儿童崇拜者"、"老儿童",因此应从童真之心入手分析其散文创作的艺术风格及其成因.丰子恺对童真的向往深受佛禅追究本性本心的感染,继而与他作为"现代最象艺术家的艺术家"对艺术"真"的追求相契合,最终形成其散文真淳自然的艺术风格及真即善即美的审美内涵. 相似文献
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朱小蔓 《课程.教材.教法》2011,(2)
斯霞的童心母爱是关怀儿童的自然情感,是关乎儿童身心人格长远发展的情感教育。斯霞的童心母爱是深具小学教育专业特质的教育爱品质。斯霞的童心母爱是人性美善之爱、职业道德之爱、公民责任之爱的集合。斯霞的精神性大爱是当前中国社会迫切呼唤的教育文化。 相似文献
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儿童散文是通过童心、童真、童趣的自然流露所创设的独特氛围和独特情愫来拨动读者的心弦．使其动情动容。因此,儿童散文创作,关键是应该具备“真”与“趣”的特点。 相似文献
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冰心倡导＂爱的哲学＂,母爱、童心、自然是其创作的主题。她以一颗纯美的童心,崇尚自然,赞扬母爱,其作品体现真善美的完美统一。冰心＂爱的哲学＂体现了人与人、人与自然、人与社会的和谐共处的思想,体现了对人性的终极关怀,在文学史上甚至在人类史上都将永远闪耀光辉。 相似文献
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ZHANG Chun-jie QIAN Rui-rui 《浙江大学学报(A卷英文版)》2007,8(12):2037-2040
In this paper, we shall prove that the Marcinkiewicz integral operator #n, when its kernel Ω satisfies the L^1-Dini condition, is bounded on the Triehel-Lizorkin spaces. It is well known that the Triehel-Lizorkin spaces are generalizations of many familiar spaces such as the Lehesgue spaces and the Soholev spaces. Therefore, our result extends many known theorems on the Marcinkiewicz integral operator. Our method is to regard the Marcinkiewicz integral operator as a vector valued singular integral. We also use another characterization of the Triehel-Lizorkin space which makes our approach more clear. 相似文献
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郑淑红 《和田师范专科学校学报》2007,27(5):192-192
用概率论的思想方法,能够解决一些积分中的问题,并能体现思想方法的简捷性和独特性,本文在积分不等式的证明和积分计算中引进了概率方法,取得了较好的效果。 相似文献
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JIANG Xiao-yuan DU Feng ZHANG Xu JIA Yan-rong ZHENG Xiao-ming 《浙江大学学报(A卷英文版)》2007,8(11):1839-1845
Using SnxTi1-xO2 as carriers, CuO/Sn0.9Ti0.1O2 and CuO/Sn0.7Ti0.3O2 catalysts with different loading amounts of copper oxide (CuO) were prepared by an impregnation method. The catalytic properties of CuO/Sn0.9Ti0.1O2 and CuO/Sn0.7Ti0.3O2 were examined using a microreactor-gas chromatography (GC) NO CO reaction system and the methods of BET (Brun- auer-Emmett-Teller), TG-DTA (themogravimetric and differential thermal analysis), X-ray diffraction (XRD) and H2-temperature programmed reduction (TPR). The results showed that NO conversions of Sn0.9Ti0.1O2 and Sn0.7Ti0.3O2 were 47.2% and 43.6% respectively, which increased to 95.3% and 90.9% at 6 wt% CuO loading. However, further increase in CuO loading caused a decrease in the catalytic activity. The nitrogen adsorption-desorption isotherm and pore-size distribution curve of Sn0.9Ti0.1O2 and Sn0.7Ti0.3O2 represented type IV of the BDDT (Brunauer, Deming, Deming and Teller) system and a typical mesoporous sample. There were two CuO diffraction peaks (2θ 35.5° and 38.7°), and the diffraction peak areas increased with increasing CuO loading. TPR analysis also detected three peaks (α, β and γ) from the CuO-loaded catalysts, suggesting that the α peak was the reduction of the highly dispersed copper oxide, the β peak was the reduction of the isolated copper oxide, and the γ peak was the reduction of crystal phase copper oxide. In addition, a fourth peak (δ) of the catalysts meant that the SnxTi1-xO2 mixed oxides could be reductive. 相似文献
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Ml0.7Mm0.3Ni3.7Co0.7Mn0.4Al0.2 nanocrystalline hydrogen storage materials are prepared by melt-spinning(MS).X-ray diffraction is used for the measurement of the nanocrystalline size.Compared to the electrode of polycrystalline alloys,the property of activation MH9metal hydride)electrode of the alloys with nanometer scale became worse and the inital discharge capacity decreased.It may be ascribed to the decrease of the total amount of rare earth metals and the increase of oxygen on the surface from the analysis of components of the alloys.After heat-treatment,the electrochemical performance of MH electrode of as-spun alloys could be improved,which could be attributed to the alleviation of the lattice strain. 相似文献
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Kostal 《Zeitschrift für Hochschulrecht, Hochschulmanagement und Hochschulpolitik: zfhr》2008,7(1):29-30
§ 27 Abs. 4 der Satzung der Universit?t X- Satzungsteil Studienrecht (Satzung) r?umt zwar das Recht ein, eine Betreuerin/einen
Betreuer ihrer Dissertation auszuw?hlen; dieses Recht ist jedoch auf die Auswahl auf die "zur Verfügung stehenden" Betreuerinnen/Betreuer
eingeschr?nkt und besteht auch in Ansehung dieses Personenkreises nur "nach Ma?gabe der M?glichkeiten". 相似文献
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Supersaturated solid solutions Fe1-xCx （0≤x≤0.9 ） of wide composition range have been prepared by mechanical alloying process. Nanocrystalline phase was formed for 0 ≤ x ≤ 0.67 and a large grain phase for 0.75 ≤ x ≤ 0.9. The large fraction of graphite volume puts off formation of nanocrystalline phase for high carbon content. In the large grain phase, magnetization follows simple magnetic dilution, and eoereivity He is mainly due to dissolution of carbon at grain boundaries. In the nanocrystalline phase the alloying effect of carbon is revealed by a distinct reduction of average magnetic moment. The increasing lattice constant with increasing carbon content is observed for x ≤ 0.5, suggesting that the high carbon concentration may enhance diffusion of carbon into the Fe lattice. It shows a discontinuity in the Hc variation with a grain size D of nanocrystalline phase. For small grain D below the critical value, Hc increases with D. For a large grain D, Hc decreases with increasing D. The solubility limit of carbon in a-Fe extended by nanocry- stalline phase formation is discussed. 相似文献