以人为本,做好科研管理工作

科研管理是由多要素、多层次构成的复杂系统，对科研工作起着计划、组织、协调和控制的作用。科研管理工作就是组织建设和协调好科研队伍，为科研人员创造条件、提供服务的工作，科研管理工作做得好将对科研工作起到极大的推动作用。在目前科学技术竞争不断加剧的国际大环境下，研究单位的科研管理重心和管理模式也发生了深刻变化，已从对物质资源的管理转向对人力资源和科研环境的管理为主。随着社会的发展和科技的进步，科研管理的方式、方法还将继续向可持续地发挥科研人员的创新力和积极性的模式发展。     

森林生物技术走出实验室举步艰难

新的、高密度树木种植正在给林业生物技术带来迅速的变化。但是如果不能克服生态风险和经济障碍．这些新的方法或许永远也无法使用——     

电磁场的生物效应

本书是一本关于电磁场生物效应的新著。电磁场可以对各种生物产生影响，包括低频率和高频率及不同强度的电磁场的作用，因此，电磁场的研究和技术应用及环境作用等方面都十分重要。本书的内容很广泛，涉及电磁场的机理、模型化、生物效应、治疗效应、国际标准、照射判别准则等。     

Ionic Conductivity and Dielectric Properties of the PAN-Ion Conducting Polymers

1 Results In this work, the ion conducting films of polyacrylonitrile (PAN) containing lithium triflate (LiCF3SO3) and sodium triflate (NaCF3SO3) were prepared by the solution casting technique. The ionic conductivity measurements were carried out using impedance spectroscopy. The room temperature conductivity for pure polyacrylonitrile film is 1.51×10-11 S·cm-1. The room temperature conductivity for the highest conducting film in the PAN-LiCF3SO3 and PAN-NaCF3SO3 systems is 1.51×10-5 and 7.99×10-6 S·cm-1, respectively. The conductivity-temperature studies were performed in the temperature range between 303 and 373 K. The results for the variation of the conductivity with temperature obeys the VTF law. The increase and decrease in the number of ions can be implied from the plots of dielectric constant, εr-frequency and dielectric loss, εi-frequency.     

英国人看柏林问题——一个对话

留驻在柏林,我們的政府每天就要花掉我們很多的钱。留駐在柏林,我們的政府就要準備把该城的行政机构变成一个吵嚷的场所。据某些报纸和某些政客所说,留驻在柏林,我們的政府就要準備對俄国每一個农人饗以原子彈。我走到各處,都听见有人问起关于這种奇異局勢的問題,英国人民对于他們的官吏和士兵留驻在别人的城市里,並且佔为已有,而他们又不是在戰爭中由於战鬥的結果而進入該城的,都认为是极其激动的。     

Prof. Zhu Zuoyan Met with the INRA Delegation

Prof. Zhu Zuoyan, Vice President of NSFC, met with the National Institute of Agricultural Research (INRA) delegation led by its Deputy Director General, Prof. Guy Riba on Jan. 18, 2007.     

Novel Fluorene-thiophene Copolymers and Polymer Blends for Photonic Devices

1 Results In this contribution we deal with photophysical and photoelectrical study of novel fluorene-thiophene copolymers, and thiophene-based oligomers and polymers, the syntheses of which are reported in our other contributions. Information about electronic structure of the polymers was obtained from cyclic voltammetry and absorption spectroscopy. The absorption of the polymers under study covers the whole visible region; the low band-gap polymer (Eg=1.35 eV) exhibited the long-wavelength absorption ...