更新数据

The study developed a integrated mapping application in C/S(client/server) developing module using the integrated technology of PowerBuilder and Mapinfo, and realized the integrated management of the texts and maps of the forestry second kind survey data. The application has the abilities of managing analysis with data acquired in different periods at the same time. It also has the functions of data edit, data query, and data update. It has some spatial analysis and map edit functions of MapInfo as well.

本项研究使用PowerBuilder和MapInfo集成开发技术开发了C/S开发模式的集成的地图应用程序；实现了林业二类调查数据的图文一体化管理，具备多期数据同时管理分析的功能，以及数据的编辑、查询、更新等功能，并具备MapInfo的部分空间分析和图形编辑功能。

Based on investigations and studies of modern and ancient glaciers at the Tanggula Mountain pass, coupled with the GPS data and TL, 10B-26Al-21Ne and 14C dating data, Quaternary remnants of glaciation in the study area are discussed in detail. Two glacial epochs (i.e., the late Middle Pleistocene penultimate glacial epoch and the mid-late Late Pleistocene last glacial epoch) arid two Holocene glacial advances (i. e. the Neoglaciation and the Little Ice Age) have been intensively studied.

在对唐古拉山口现代冰川和古冰川考察研究的基础上，结合定位观测资料和TL、10B-26Al-21Ne及14C测年数据，对区内第四纪冰川遗迹进行了深入讨论，划分出二次冰期（即中更新世晚期的倒数第二次冰期、晚更新世中－晚期的末次冰期）和二次全新世冰进。

Google always is very not stable to the large-scale newer initial stage of PR every time, so my feeling has not ended newlier, accuracy of indication PR data is very suspectable.

google每次对PR的大规模更新初期总是不很稳定，所以我感觉更新还没结束，显示PR数据准确性很值得怀疑。

Therefore, a majority of historical data will be produced when updating the cadastral data.

为了确保地籍资料的即时性，资料库需不断地进行更新，在资料更新过程中，产生大量的历史数据。

From an implementation perspective, storing, updating and removing parts of the process model is done similarly as with executional data.

从实现方面来说，存储，更新和删除流程模型的部分与执行数据的更新类似。

Smaller log records mean more records for same sized logs, how random were data modifications (random updates will need random IO to check if pages are up to date), number of unflushed pages in innodb buffer pool and its size as well as performance of IO subsystem.

日志记录的值越小意味着同样大小的日志里可以存储更多的记录，随机数据修改的几率有多高(随机更新需要有更多的随机IO来检查内存页是否更新)，innodb 缓冲池中未被刷新的内存页数量并且它也是IO子系统的性能表现。

Smaller log records mean more records for same sized logs, how random were data modifications (random updates will need random IO to check if pages are up to date), number of unflushed pages in innodb buffer pool and its size as well as performance of IO subsystem.

日志记载的值越小意味着同样大小的日志里可以存储更多的记载，随机数据修正的几率有多高(随机更新需要有更多的随机IO来反省内存页是否更新)，innodb 缓冲池中未被刷新的内存页数量并且它也是IO子系统的性能表现。

No more manual and tedious updates or risk of using no updated data.

没有更多的手册和繁琐的更新或使用的风险没有更新的数据。

Refer to the research findings of CHengDu Research Institute of Geosciences and Minerals(1990) and Nanjing Research Institute of Geography and Lake of Chinese Academy of Sciences(1989), according to the Guidebook of China Stratum(2000), the chronostratigraphy of Kunming Basin is divided into 4 age: the bottom of the Quaternary corresponding to M/G Boundary, age is 2.6Ma;the Bottom of the Mid-Pleistocene corresponding to B/M Boundary, age is 0.78Ma;the Bottom of the Upper-Pleistocene corresponding to the Blake event, age is 0.128Ma;the Bottom of the Holocene corresponding to the Gothenburg event,age is 0.012Ma.

本次研究获得了大量的测年数据，参考成都地质矿产研究所(1990)及中科院南京地理与湖泊研究所(1989)等的研究成果，按照中国地层指南(2000)的方案，厘定了昆明盆地第四纪年代地层划分：第四系底界对应古地磁松山反向期与高斯正向期界线处，年龄为2.6Ma；更新统中部底界对应古地磁布容正向期与松山反向期界线，年龄为0.78Ma；更新统上部底界对应古地磁布莱克事件附近，年龄约0.128Ma：全新统底界对应古地磁哥德堡事件附近，年龄约0.012ma。

You can also update data in an editable grid to save you writting SQL update statements.

您也可以更新的数据在一个可编辑的网格，以节省您的书面SQL更新报表。

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。