松山

Pick up from Hotel ~ Transfer to Taipei Airport ~ Enplane for Hualien ~ Visit Taroko Gorge National Park （Eternal Spring Shrine, Swallow Grotto, Tunnel of Nine Turns, Marble Bridge, Tiansiang Lodge）~ Marble Exhibition Center ~ Chi Hsing Beach ~ Stone Sculpture Park ~ Entrain for Taipei ~ Hotel.

台北饭店出发~专车送往台北松山机场~搭机前往花莲~乘车参观太鲁阁峡谷国家公园（长春祠、燕子口、九曲洞、大理石桥、天祥）~大理石展览~七星潭~石雕公园~搭火车返回台北~饭店。

Compared with the conventional analytic methods, the author studies the feasibility that the elastic bearing model is used to simulate the boundary constraint condition of the enrockment.

引入弹性边界模型，对比传统分析中对边界约束的处理，研究用弹性边界来模拟堆石体边界约束条件的可行性；选用规则典型的坝体，研究面板堆石坝的面板及堆石体的应力应变规律，特别是周边缝的变形规律；分别讨论了岸坡坡比、坝前水深、坝高、河床底宽等几何参数对弹簧系数取值的影响，确定弹簧系数的取值范围，给出了可用于实际工程计算的最佳取值范围；以松山面板堆石坝作为工程实例，验证弹性边界模型的实用性，并为工程建设提供了一定的参考。

Saka no Ue no cloud described in Matsuyama, Yoshihisa Akiyama origin and Masayuki Akiyama brothers, as well as his childhood grew up with writer Masaoka Shiki of the story background of the times for the Meiji period of Japan.

坂上之云」描述松山出身的秋山好古和秋山真之兄弟，以及自幼一起长大的文学家正冈子规的故事，时代背景为明治时期的日本。

Chapter 8 analyzes and explains seismic and electrical anisotropic precursors and their development with the preparation of Yongdeng earthquake Ms 5.8 occurred in July, 22th, 1995, and their relations with P axis of earthquake mechanism solution. The data are collected from Lanzhou and Langsue digital seismographic stations and Songshan electrical-magnetic station.

第8章用CDSN兰州台、中法合作朗索台的三分量数字记录小震资料，和中法合作松山台的电磁连续观测资料，分析了1995年7月22日永登5.8级地震前后快S波偏振方向、电性主轴方向与震源机制解P轴方向的关系，发现三者震前的协调一致性。

In order to evaluate effect of touristry development for Songshan Conservation Area, the investigating site and monitoring water,quality which include surface and underground water,and atmospheric quality were carried out.

为了评价松山自然保护区旅游开发后环境质量受到的影响，进行了保护区的现场调查和大气环境、水环境的现状监测。

Songshan Conservation Area ; environmental effect ; touristry development ; management.

松山自然保护区；旅游开发；环境影响

Blister packaging production; bubble shell, the working site; plastic packaging; production of soft circuit board; FPC circuit board; FFC circuit board

东莞市联丰塑胶五金电子厂，座落在东莞市寮步镇毗邻107国道及莞深高速公路口交通极为便利，地处全国重点工程松山湖工业园区，公司分为塑胶部、电子部及五金部。

The results indicate there is a semi-diurnal (or two-high and two-low) tide in the mean-sea-level pressure diurnal oscillations.

研究结果显示松山机场年平均海平面气压日变化曲线有半日潮或两高两低现象。

During the New Moon (the 1st of a lunar month) and the Full Moon (the 15th of a lunar month) when the Earth, Moon, and Sun lie in a straight line, the solar and the lunar tides overlap and the sea-level pressure is lower than the mean at the Airport, because the tide-producing force induced by the Sun and Moon reaches maximum. On the other hand, during the First Quarter (the 7th day of a lunar month) and the Last Quarter (the 21st of a lunar month) the Sun-Earth's and the Moon-Earth's relative positions are perpendicular to each other with respect to Earth, the solar and the lunar tides interfere mutually, the Airport sea-level pressure is greater than the annual mean due to the tide-producing force reaching minimum.

松山机场在朔望月里，每逢阴历朔日或望日，受太阳与月球之引潮力(Tide-producing force)方向一致，太阳潮和太阴潮重叠影响，其全日和逐时平均海平面气压比年平均为低；而每逢上弦和下弦时，日地与月地的相对位置成直角，太阴潮和太阳潮相干扰，其全日和逐时平均海平面气压则比全年平均为高。

Blessed are the projects in which classic Fu Garden, Genesis Coastal Gardens, salt-green highway conservation, Kingway plants, Wen Wei Po Garden, Metro Square, Po Man Square, Fuyuan civil and military schools, large industrial Longgang District, Shenzhen City, Great Wall's Spirit Landscaping project, a park, two landscaping projects, Kwai Fong Park 6, 7 landscaping works, East Gate River landscape lighting project, Songshan Hu, and other large industrial park.

其中精典项目有福中福花园、创世纪滨海花园、惠盐高速公路绿化养护、金威啤酒厂、文汇花园、新城广场、宝民广场、富源文武学校、龙岗大工业区、深圳市长城盛世园林绿化工程、可园一、二期园林绿化工程、桂芳园六期、七期园林绿化工程、东门河景观照明工程、松山湖大工业园等。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。