| 出版物封面
Cover of Publication |
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| 出版物名称
Name of Publication |
牟健为航空视界 | ||
| 著者 Author | 牟健为 | ||
| 出版单位 Publisher | 航空工业出版社 | ||
| 简介
Introduction/ Abstract |
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| ISBN/ISSN | 9787801838698
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| 出版日期
Date of Publication |
2007.1 | 出版地
Place of Publication |
北京 |
| 中图分类号
CLC Code |
J421 | 中图法分类名称
CLC Category |
摄影作品综合集 |
| 国际十进分类号
UDC Code |
77.03 | 国际十进分类名称
UDC Category |
Documentary photography. Photographic records and their interpretation;
纪录片摄影、摄影记录及其解读 |
| 书刊定价
Price of Publication |
56 | 书刊语言
Language |
简体中文 |
TH122-621.8-机械原理与机械设计课外实践选题汇编
| 出版物封面
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| 出版物名称
Name of Publication |
机械原理与机械设计课外实践选题汇编:第二届全国大学生机械创新设计大赛决赛作品集 | ||
| 著者 Author | 王晶 | ||
| 出版单位 Publisher | 高等教育出版社 | ||
| 简介
Introduction/ Abstract |
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| ISBN/ISSN | 978-7-04-020758-3 | ||
| 出版日期
Date of Publication |
2007.7 | 出版地
Place of Publication |
北京 |
| 中图分类号
CLC Code |
TH122 | 中图法分类名称
CLC Category |
机械设计 |
| 国际十进分类号
UDC Code |
621.8 | 国际十进分类名称
UDC Category |
机械零件、驱动力工程、材料处理、附件、润滑
Machine elements. Motive power engineering. Materials handling. Fixings. Lubrication |
| 书刊定价
Price of Publication |
63 | 书刊语言
Language |
简体中文 |
U262.0-629.4-内燃机车基本知识
| 出版物封面
Cover of Publication |
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| 出版物名称
Name of Publication |
内燃机车基本知识 | ||
| 著者 Author | 大连热力机车研究所,西南交通大学内燃机车教研组 | ||
| 出版单位 Publisher | 人民铁道出版社 | ||
| 简介
Introduction/ Abstract |
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| ISBN/ISSN | CN15043.5032 | ||
| 出版日期
Date of Publication |
1977.1 | 出版地
Place of Publication |
北京 |
| 中图分类号
CLC Code |
U262.0 | 中图法分类名称
CLC Category |
一般性问题 |
| 629.4国际十进分类号
UDC Code |
629.4 | 国际十进分类名称
UDC Category |
铁路交通、机车、轨道车、铁路站场及相关装置与服务 Rail vehicle engineering. Locomotives. Rolling stock. Railway yards. Installations and services concerned with rolling stock |
| 书刊定价
Price of Publication |
0.85 | 书刊语言
Language |
简体中文 |
27/02/2016 – Tips of Using Web-Based Meteorological Forecast API– 晴天钟API使用备忘
(English version follows Chinese Part)
最近比较忙,又有挺久没更新日志了,趁稍稍有空赶紧写一篇。
Lots of works recently and less update of the log. One post must be done today when I had a break.
我在之前的Lab建设日志里提到过天文板块第一个工程是引用晴天钟的API,所以我研究了一下基本的搭建步骤。
I have mention about the 1st Project of Astronomy Part in my Lab in past lab log, which is a web-based meteorological forecast. So I did some preview for building the page.
晴天钟的工作原理是通过检索或识别IP的方式,取得一个地理坐标,然后根据坐标点检索美国国家大气海洋局/气候环境预测局(NOAA/NCEP)“全球预测系统”(Global Forecast System, GFS)的天气数据,然后通过生成数据图表的形式,提供天气预报。
How 7Timer! works? By searching a location or notifying IP add, coordinate is recognized and used to pick up weather data from the NOAA/NCEP-based numeric weather model, the Global Forecast System (GFS). A chart/graph would be generated and post on the web page, which is the meteorological forecast.
根据晴天钟API的介绍,通过提交:
According to the introduction of 7Timer!’s API, these data should be submited
lon, lat – 指定地点的经纬度,必须是浮点数,比如+23.090或-23.090,精确到0.001度即可。
ac – 高度改正,只对天文用途产品有效。可取0(默认)、2或7。
lang – 语言。对气象用途产品无效。
unit – 公制或英制。
output – 可设定为internal(图表输出)、xml或json。
tzshift – 时区微调,可取0、1或-1。
lon, lat – Geographic coordinates of the specified site, must be given as pure float numbers, such as +23.090 or -23.090. At this stage, the precision of any incoming coordinate float number is expected to be 0.001. Incoming float with higher precision will be rounded.
ac – Altitude Correction, only applicable in ASTRO forecast. Should be 0 (default), 2 or 7.
lang – Language. Not applicable in METEO product.
unit – Metric or British.
output – should be internal (for graphical output), xml or json.
tzshift – Adjustment of timezone, should be 0, 1 or -1.
的变量调用API,返回一个生成的数据图表,亦即天气预报。
to the API and the report graph will be processed.
如果要在GoYuWei的Lab里实现这一工作,就需要:
If I wish to run a graph forecast in my lab, things must be done:
- 申请一个Google或者百度的地理坐标API,编写一个函数,识别访问者的IP并转换成地理坐标,并输入经纬度变量。
- 将变量提交至晴天钟的API接口,返回一个或多个天气预报图标。
- 显示在一个尽可能美观的网页上。
- Apply for geography API of Google.com or Baidu.com, write down a function to recognize IP add of visitors and transform into coordinates.
- submit those data to the 7Timer!’s API, then return the graphs.
- Build a well look web page with the forecast graphs.
关于晴天钟,请访问http://202.127.24.18/about.php?lang=zh-CN
About 7Timer! Web-Based Meteorological Forecast , visit http://202.127.24.18/about.php?lang=en
13/02/2016 – Cheers For Gravitational Waves Spotting – 祝贺发现引力波
(English version follows Chinese Part)
工程学出身的我也必须为科学界的巨大成就——人类首次直接探测到引力波而庆贺。这是对爱因斯坦理论的又一次证明,更是人类在挑战自我认知和宇宙认知上的一大进步。至少,证明人类有足够的能力去制造自己需要的实验设备,比如此次发现的功臣——激光干涉引力波天文台 (LIGO),也是工程学界和实验物理学的骄傲!
更多关于此项研究的新闻,可以参考阅读<科学>杂志网站的新闻:链接
Although I am a student majoring in engineering, I must show my congratulation and respect to the huge success in field of science, gravitational waves have been spotted by human being for first time. It is a solid evidence for Einstein’s theory, and a big step of self-cognition and universe-cognition for people on earth. At least, Laser Interferometer Gravitational-Wave Observatory (LIGO) proves that mankind has its power to build up what is needed for experiment. The academic circles of engineering and experimental physics are proud of it.
You may discover more information and news about this research on website of Science magazine by this Link.


