云南管巢蛛属3新种记述(蜘蛛目:管巢蛛科)

记述采自中国云南的管巢蛛科管巢蛛属3新种:板管巢蛛Clubiona lamina sp. nov., 腾冲管巢蛛Clubiona tengchong sp. nov.和微刺管巢蛛Clubiona aculeata sp. nov..     

西藏自治区管巢蛛属2新种记述(蜘蛛目:管巢蛛科)

记述采自中国西藏自治区的管巢蛛科管巢蛛属2新种：墨脱管巢蛛 Clubiona medog sp.nov.和拟中亚管巢蛛 Clubiona subparallela sp.nov..     

中国安徽省管巢蛛属2新种记述(蜘蛛目:管巢蛛科)

记述了采于安徽省的管巢蛛2新种.分别定名为:朱氏管巢蛛Clubiona zhui sp. nov. 和齐云管巢蛛Clubiona qiyunensis sp. nov.     

云南苍山管巢蛛属一新种记述(蜘蛛目:管巢蛛科)

报道采自云南大理苍山的管巢蛛属(Clubiona Latreille,1804)1新种蜘蛛:角管巢蛛(Clubiona bucerasp.nov.)。模式标本保存在大理学院生物标本馆。文中测量单位为mm。     

中国狼蛛科三新种

记述采自甘肃省榆中县和文县的狼蛛科三新种,定名：盘形舞蛛Ａｌｏｐｅｃｏｓａ ｄｉｓｃａ ｓｐ．ｎｏｖ．文县舞蛛Ａｌｏｐｅｃｏｓａ ｗｅｎｘｉａｎｅｎｓｉｓ ｓｐ．ｎｏｖ。刘家坪熊蛛Ａｒｏｔｏｓａ ｌｉｕｊｉａｐｉｎｇｅｎｓｉｓ ｓｐ．ｎｏｖ．全部标本保存在湖南省生物研究所。     

中国原蛛(线蛛科:雷文蛛属)一新种记述

记述了产自河北平山县线蛛科雷文蛛属一新种：河北雷文蛛Raveniolahebeinicasp．nov.。模式标本保存于河北大学生物系,文中测量单位mm。     

中国豹蛛属雾豹蛛组研究及一新种再记述(蜘蛛目:狼蛛科)

雾豹蛛组ＧｒｏｕｐＮｅｂｕｌｏｓａ是狼蛛科Ｌｙｃｏｓｉｄａｅ,豹蛛属Ｐａｒｄｏｓａ的分组．本文描述该组５种豹蛛,包括１新种记述,侧重在有鉴别价值的生殖器管,尤其是雄性生殖球的中突ｍｅ－ｄｉａｎａｐｏｐｈｙｓｉｓ．１．大别豹蛛Ｐ．ｄａｂｉｅｎｓｉｓＣｈａｉｅｔＹａｎｇｓｐ．ｎｏｖ．＊２．查普林豹蛛Ｐ．ｃｈａｐｉｎｉ（Ｆｏｘ,１９３５）,３．东方豹蛛Ｐ．ｏｒｉｅｎｓ（Ｃｈａｎｂｅｒｌｉｎ,１９２４）,４．苏门答腊豹蛛Ｐ．ｓｏｍａｔｒａｎａ（Ｔｈｅｒｅｌ,１８９２）,５．雾豹蛛Ｐ．ｎｅｂｕｌｏｓａ（Ｔｈｅｒｅｌ,１８７２）．     

中国2种盲蛛(蛛形纲:盲蛛目:长奇盲蛛科)的记述

记述我国２种盲蛛：刺盲蛛ＯｐｉｌｉｏｓｐｉｎｕｌａｔｕｓＲｏｅｗｅｒ，１９１１和王氏黑盲蛛Ｍｅｌａｎｏｐａｗａｎｇｉｓｐ．ｎｏｖ．，所有标本保存在河北大学生物系。     

神农架隙蛛属Coelotes两新种(蜘蛛目:暗蛛科:隙蛛亚科)

记述了采自湖北神农架自然保护区的隙蛛属两新种：多环隙蛛Coelotes multannulatus sp．nov．和足齿‘隙蛛C．pedodentalis sp．nOV．，并对神农架分布的隙蛛种类进行了总结。模式标本保存于河北大学博物馆。     

中国齿突蛛属一新种(蜘蛛目 皿蛛科 微蛛亚科)

记述了来自我国四川省的一新纪录属齿突蛛属HaloratesHull，1911，一新种六斑齿突蛛H．sexastratussp．nov．所有种的标本均保存于白求恩医科大学生物教研室．     

诗与"在"--海德格尔诗学的阐释

海德格尔对荷尔德林诗歌的阐释，目的是进行诗与思的对话，归根结底还是探讨存在。诗与“在”的关系，是海氏诗学框架的核心内容，诗与“在”的关系又进一步引申为艺术与真理的关系，本从真理如何被遮蔽的问题入手，试图读解海德格尔诗学的内涵。艺术是无蔽的真理显明的一种方式，诗是危机的拯救，语言是存在的家园。海德格尔对诗与在的探讨最后又转入了对语言的探讨，无法走出语言的牢笼。只有在实践中，把艺术变成为社会变革的一个因素，才可以解放被传统理性压迫的力量，显现艺术的真理，确立艺术的价值。     

Regulation of canonical Wnt/β-catenin pathway in the nucleus

Canonical Wnt/β-catenin pathway plays a central role in development, homeostasis, as well as tumorigenesis. The regulation of the pathway involves various and complicated mechanisms, including the extracellular, intracellular and endonuclear regulation. As the key component of the pathway, the Lefl/Tcfs-β-catenin complex is also the key target of regulation in the nucleus. In the current review, we are going to summarize the regulators in the nucleus which can modify the transcrip- tional activity of the Wnt/β-catenin pathway.     

On Tragic Consciousness In The Works By Ernest Hemingway

As an American modern novelist who were famous in the literary world, Hemingway was not a person who always followed the trend but a sharp observer. At the same time, he was a tragedy maestro, he paid great attention on existence, fate and end-result. The dramatis personae's tragedy of his works was an extreme limit by all means tragedy on the meaning of fearless challenge that failed. The beauty of tragedy was not produced on the destruction of life, but now this kind of value was in the impact activity. They performed for the reader about the tragedy on challenging for the limit and the death.     

Exchange-Correlation and Electronic Excitation Energies from Pairing Matrix Fluctuations

We have developed an adiabatic connection to formulate the ground-state exchange-correlation energy in terms of pairing matrix linear fluctuations.This formulation of the exchange-correlation energy opens a new channel for density functional approximations based on the many-body perturbation theory.We illustrate the potential of such approaches with an approximation based on the particle-particle Random Phase Approximation(pp-RPA).This re-     

论信托财产的人格性

信托财产是信托关系的基本要素,由于信托的特殊性,信托财产与传统民法的财产有很大区别,正确给信托财产定位,是信托业得以健康发展的核心问题。信托财产的特性在于其人格性,而这种人格性的赋予是以交易成本最小化为动因,尽管信托财产人格性设计对受益人的利益有偏袒,但从社会成本而言,其目的在于促使交易成本最小化,当然,对信托财产的人格性不能绝对化,由于利益平衡的需求,往往在特定情况下对信托财产予以人格否认。     

卤素离子在多晶铜电极表面的微分电容研究

本文通过测量金属晶体电极表面的微分电容研究了金属电极表面在金属与水溶液界面上的吸附能力,以及金属与吸附质之间的相互作用。文中论述了多晶铜电极在(0.5-x)mNaClO_4+xmNaBr的一系列不同x值的溶液中的微分电容测量值及微分电容-电位曲线,证明了F~-和ClO_4~-离子在多晶铜电极表面是非常弱的吸附,Br~-离子在多晶铜电极表面具有特定的吸附,每条电容-电位曲线有一个凸起的峰。在峰所对应的位能值,金属表面对阴离子的吸附能力强,证实金属-吸附质之间的相互作用强,吸附的阴离子在过渡层中散射导电电子的能力也强。对于相同阴离子和金属的体系,其微分电容与吸附质的浓度、电压、溶液的pH值和表面的非均匀性等因素密切有关。研究证明,金属晶体电极表面在电解质溶液中的微分电容的变化规律类似于表面电反射信号的强弱变化规律,微分电容大小取决于金属-吸附质之间的电荷转移程度。