道光陵風水案

道光皇帝生前,由風水先生在康熙皇帝景陵之東,挑選了一塊地臻全美的萬年吉地。按風水先生勘定,依山就勢向南移十丈之處定穴位最佳,而督工大臣自作主張,衹南移五丈就動土開了穴。一座恢宏的陵園剛剛建成,竟因地宮出水,而導致陵園拆遷。督工大臣也遭到了削職、罰銀、發配邊疆、殃及子孫的懲處。

心向统一的三冠才子范光陵

在举国上下热烈庆祝新中国成立60周年之际，古城安庆迎来了一位尊贵的客人——被媒体誉为“三冠才子”（中华电脑之父、桂冠诗人、企管大师）的台湾著名爱国民主人士范光陵博士。年逾古稀的范博士一生在科学、社会、文化等诸多领域皆有突出成就，然而最令人称道的还是他爱国爱乡，为祖国和平统一大业所作的杰出贡献。

Intraclonal Resource Sharing and Functional Specialization of Ramets in Response to Resource Heterogeneity in Three Stoloniferous Herbs

Environments with reciprocal patchiness of resources, in which the availability of two resources such as light and soil nutrients are patchily distributed in horizontal space and negatively correlated in each patch, are common in many ecosystems. The strategies by which clonal plants adapt to this type of heterogeneous environment were examined in three stoloniferous herbs,Potentilla reptans L. var. sericophylla Franch., P. anserina L. and Halerpestes ruthenica (Jacq.) Qvcz., commonly inhabiting forest understories, grasslands and low saline meadows, respectively. As pairs of connected ramets were subjected to reciprocal patchiness of light and nutrients, stolon connection between the two ramets significantly enhanced biomass of both ramet growing in low light intensity but high soil nutrient condition (LH ramet) and ramet growing in high light intensity but low soil nutrient condition (HL ramet) as well as whole ramet pairs (consisting of LH ramets and HL ramets). Additionally, stolon connection greatly increased root/shoot ratio of LH ramet while significantly decreased that of HL ramet. The results indicate that a reciprocal transportation of resources between interconnected ramets and a functional specialization of ramets in uptake of abundant resources occurred. By resource sharing and functional specialization, clonal plants can efficiently acquire locally abundant resources and buffer the stress caused by reciprocal patchiness of resources.

Erahertz spectral analysis of Xiling Zhimu with different geological conditions and plant age

Objective: In order to identify the quality of different geological conditions and plant ages of Xiling Zhimu. Methods: This article uses the terahertz spectroscopy to detect and analyze different geological conditions and ages of Zhimu (Anemarrhenae Rhizoma) from the same origin. Results: The terahertz time-domain spectroscopy of different geological conditions and ages has a decrease relative to the reference amplitude and has a delay. The refractive index has obvious differences, and the refractive index can be used as a way to identify the tablets. The absorption coefficients of different ages Zhimu samples has significant differences in the range of 1.0-2.0 THz. The absorption coefficients of different geological conditions Zhimu samples has significant differences in the range of 1.1-2.0 THz. Conclusions: The differences caused by different production methods should be considered in the identification of genuine regional drug. When the Zhimu is grown due to different geological conditions and plant ages, its efficacy will also change. we can detect this change by terahertz spectroscopy.

Manufacturing techniques of armor strips excavated from Emperor Qin Shi Huang's mausoleum,China

The chemical compositions and microstructures of the armor strips excavated from the Emperor Qin Shi Huang's mausoleum were examined systematically by using optical microscopy and electron microscopy.It was found that the armor strips were made of pure copper.Based on the morphology of α-Cu recrystal grain and copper sulphide(Cu2S) inclusions in the armor strips,the manufacturing techniques were proposed as follows:smelting pure copper,casting a lamellar plate,forming the cast ingots into sheets through repeated cold forging combined with annealing heat treatment,and finally cutting the sheets into filaments.Furthermore,through the deformation of copper sulphide(Cu2S) inclusions in the strips,the work rate during forging was evaluated and calculated to be close to 75%.

唐朝对其帝陵建设的探索及完善

唐朝立国289年,国祚期间在今陕西省的蒲城、富平、三原、泾阳和乾县境内营建了18座帝陵,先后分别为高祖李渊的献陵、太宗李世民的昭陵、高宗李治的乾陵、中宗李显的定陵、睿宗李旦的桥陵、玄宗李隆基的泰陵、肃宗李亨的建陵、代宗李豫的元陵、德宗李适的崇陵、顺宗李诵的丰陵、宪宗李纯的景陵、穆宗李恒的光陵、敬宗李湛的庄陵、文宗李昂的章陵、武宗李炎的端陵、宣宗李忱的贞陵、懿宗李漼的简陵和僖宗李儇的靖陵。

倡导知行统一 涵养道德人格

韩国庆熙大学光陵校区是一个由巨大的山石做围墙、风景如画的校园。从园中可以远眺层叠苍翠的青山和抱十参天的绿木，可以欣赏硕石间隙、山路两旁自然垂成或人工栽培的各色花草。构成校区人文特色的是一座题匾为“三正书轩”的学生宿舍，和在“三正书轩”后面的一座被学生们叫作“meditation hall”的建筑，在它的入门右侧的墙上正楷书写着“自我发现、自我完成、自我实现”十二个大字。