追求的就是与众不同

市面上的不少手机，也许曾经时尚，或者曾经强大，但都免不了最后堕落为人手一个的街机。我绝对不甘心成为他们中的一个，个性是我的惟一追求。     

大都市区的棋盘博弈：区域设计中形态学主题的运用

中国空前的城市化速度与规模亟需更先进的规划设计策略。探索基于形态学的区域设计研究教学方法,从而制定体现中国大都市区特征的空间策略。在设计课程背景下,介绍了以形态学主题为基础的探索性棋盘博弈这一方法论,并应用到粤港澳大湾区空间转型的场景设计中。评估了香港理工大学设计学院和代尔夫特理工大学城市学系连续4年的一系列合作成果。1）沿着设计课程的流程,阐明了教学轨迹。2）调查了不同形态学主题如何影响学生的设计成果,对比了成果的空间特异性以及设计提案的激进程度。3）探讨了是否部分形态学主题更适用于大湾区社会文化与环境的特殊性。在6次课程中,学生们研究了8个形态学主题：点状、线状、条状、巨型街区、放射状、环状、交叉状和边缘状。实践表明存在冗余的主题,因此对主题的进一步确立值得深入研究。需要指出,2所大学的设计课程存在差异,这似乎也影响了棋盘博弈法在各自课程中扮演的作用。整体而言,此教学方法论可以产生远超传统空间规划的设计策略。因此,以形态学主题为基础的棋盘博弈是一套充满前景的方法论,并且今后有望结合更多利益相关方的参与,进行进一步深化和测试。     

幸福，简单分享即可——飞利浦P190一体式电脑简评

没想到去年圣诞节购买的一台索尼DSC－WX1数码相机为我赢得了这次试用索尼Party—shot IPT-DS1智能跟拍底座的机会。原先以为这个智能跟拍底座只是一个有助于拍摄的工具,试用后,我才明白它能为全家燃的最大收获是幸福。     

Vitreous carbon micro-lattice structures

A new approach is presented to fabricate open-cellular carbon materials with an ordered, lattice-type micro-scale architecture. The carbon micro-lattice materials were fabricated by pyrolyzing a polymer precursor template formed from an interconnected three-dimensional array of self-propagating photopolymer waveguides. Impregnating the polymer precursor template with acrylonitrile increased the carbon yield of the material from 19% to 46%. Structural analysis and density measurements of the solid carbon phase are consistent with vitreous carbon. Compression experiments yielded a compressive modulus (E) of 1.1 GPa and a failure strength (σ_f) of 10.2 MPa for a structure with relative density of 12.8%.     

打造完美“一键恢复”图解Acronis Truelmage

不少大品牌的笔记本电脑（比如联想旗下的ThinkPad）硬盘中都有一个安全分区．里面存储着操作系统的备份镜像．在系统崩溃的时候．只需要按某个按键．就可以唤出恢复程序．并自动恢复系统。     

Non-catalytic facile synthesis of superhard phase of boron carbide (B13C2) nanoflakes and nanoparticles

Boron Carbide is one the hardest and lightest material that is also relatively easier to synthesis as compared to other superhard ceramics like cubic boron nitride and diamond. However, the brittle nature of monolithic advanced ceramics material hinders its use in various engineering applications. Thus, strategies that can toughen the material are of fundamental and technological importance. One approach is to use nanostructure materials as building blocks, and organize them into a complex hierarchical structure, which could potentially enhance its mechanical properties to exceed that of the monolithic form. In this paper, we demonstrated a simple approach to synthesize one- and two-dimension nanostructure boron carbide by simply changing the mixing ratio of the initial compound to influence the saturation condition of the process at a relatively low temperature of 1500 degrees C with no catalyst involved in the growing process. Characterization of the resulting nano-structures shows B13C2, which is a superhard phase of boron carbide as its hardness is almost twice as hard as the commonly known B4C. Using ab-initio density functional theory study on the elastic properties of both B12C3 and B13C2, the high hardness of B13C2 is consistent to our calculation results, where bulk modulus of B13C2 is higher than that of B4C. High resolution transmission electron microscopy of the nanoflakes also reveals high density of twinning defects which could potentially inhibit the crack propagation, leading to toughening of the materials.     

聪明反被聪明误，虚拟内存莫乱设

笔者近日在一些论坛上看到了很多网友推荐的虚拟内存优化方案，其中有几条写的是：在“我的电脑”的“属性”窗口，切换到“高级→性能→虚拟内存”窗口，将虚拟内存的初始值和最大值设置为同一值可以减少磁盘碎片，提高系统运行效率，打开虚拟内存子页，把虚拟内存的大小调整为本机物理内存的3倍，然后应用；分别在硬盘的每个分区上都设置一部分虚拟内存，可以提高系统的性能。笔者不清楚这些设置方法是处于何种考虑，从设置后的效果看，这些方式方法并不能够真正将虚拟内存的性能发挥到比较好的效果，甚至可能出现适得其反的效果。     

Hydrogen-generating solid-state hydride/hydroxide reactions

Solid-state reactions of ionic hydrides with alkaline hydroxides are shown to produce hydrogen gas and metal oxides. These reactions are analogous to the well-known hydrolysis reactions of ionic hydrides. Both classes of reactions are generally exothermic and are thermodynamically favored; ΔG° < 0 near room temperature. However, solid-state hydride/hydroxide reactant mixtures are kinetically stable at room temperature and can be prepared by mechanical milling without appreciable reaction. Thus, optimally stoichiometric mixtures are possible and nearly theoretical amounts of hydrogen can be generated. Reaction occurs upon heating with H₂ evolution beginning at 50 °C and complete reaction occurring by 200–300 °C. The reaction rate can be enhanced with additives such as TiCl₃. Specifically, we discuss the reactions LiH + LiOH, 2LiH + NaOH, LiBH₄ + 4LiOH, and 3LiBH₄ + 4LiOH·H₂O. The 3LiBH₄ + 4LiOH·H₂O reaction generates approximately 10 wt.% hydrogen with more than 5 wt.% produced at temperatures below 100 °C.     

构筑建筑行业企业网

介绍了建筑企业信息网络规划和其他行业企业信息系统规划相同点以及在规划中需要特别考虑的问题,最后讨论使用vPN/vPDN通过公用Intemet来解决企业间的互连问题.     

玩转Sonoma本本之系统、驱动程序安装篇

其实笔者写这篇文章前有过错误的想法。觉得笔记本电脑和台式PC安装系统、驱动程序的原理应该是一样的。殊不知真正动手安装时。才知道将台式PC的方法移置到本本上在某些环境或者说配置上是行不通的。而Sonoma平台的本本与其他平台的产品又有一定的差别。需要说明的是。笔者在这里和大家讨论的是不使用笔记本电脑配套光盘的情况。以达到最大的适用范围。