RTGS

The RTGS payment system for us dollars has been well received by the financial community in Hong kong .

美元即时支付结算系统自推出以来，深受本港金融界欢迎。

The RTGS system is a single-tier settlement structure with all banks maintaining settlement accounts with the HKMA .

即时支付结算系统属单层结算架构。

With a view to further improving the reliability of the RTGS system , a hot back-up centre was set up in Kowloon .

为进一步提高即时支付结算系统的可靠程度，金管局在九龙设立应急后备电脑中心。

Building upon the capability of the RTGS system , the HKMA has extended the Delivery versus Payment ( DvP ) facility for debt securities transaction to share transactions .

金管局又利用即时支付结算系统的功能，把货银两讫结算服务由债务证券交易扩展至股票交易上。

Objective : To find a suitable growing environment for the bioengineered teeth in vivo by observing the development of rat tooth germs ( rTGs ) of heterotopic allotransplantation .

目的：观察牙胚在同种异体大鼠体内不同部位的发育情况，为进一步组织工程化牙齿的构建探寻合适的体内生长环境。

The third phase , covering US dollar paper cheque clearing and the RTGS interface with the central Moneymarkets unit for settling US dollar denominated debt securities , will be launched before christmas .

第三阶段将于年底前推出，其范围包括提供美元支票结算，以及为结算美元债券提供所需的即时支付结算系统与债务工具中央结算系统之间的联系。

In Chapter II , the structure , parameters and electric single-line graph of RTGs is introduced . The modeling part , as academic base , deduces the running control model , rotate speed control model , motor model and its load characteristics .

本文第二章，对集装箱场地吊结构、参数和电气单线图等进行了说明，作为理论基础，建模部分介绍了场地吊的运行控制模型、转速控制模型和电机模型及负载特性。

Conclusion : The environment under the renal capsule or in the mesenteries of closed colony rat is favorable for the growth of allogeneic rTGs and can be used as a new alternative for bioengineered tooth development in vivo .

结论：封闭群SD大鼠肾被膜下和肠系膜内环境有利于同种异体牙胚的生长，可为组织工程化牙齿的体内构建提供新的发育环境。

Chapter III focuses on two methods for monitoring and controlling RTGs remotely via network , i.e. PLC controlled semi-object simulation and whole software simulation . Further discussion about logic control block diagram and the control flow charts of RTGs ' main organs are presented later .

第三章论述了网络化场地吊的两种仿真构架，分别是PLC控制设备半实物化仿真和纯软件化仿真，并进一步讨论了逻辑控制框图及场地吊设备主要运行机构仿真控制流程图。