1) AP-238
应用协议238
2) application protocol
应用协议
1.
The paper presents Application Activity Model(AAM),Application Reference Model(ARM),and Application Interpreted Model(AIM) of STEP application protocol for crane welded structure products to implement the products data exchange and information integration based on STEP neutral files.
为了实现起重机焊接结构产品基于STEP中性文件的产品数据交换和信息集成,提出了起重机焊接结构产品的STEP应用协议的应用活动模型(AAM)、应用参考模型(ARM)和应用解释模型(AIM),开发了STEP中性文件的前后处理器和构件材料、工艺、精度信息添加模块。
2.
According to the features of mobile application protocol,a platform is designed and implemented which supports the test based on TTCN-3.
本文根据手机应用协议的特点,设计、开发了支持TTCN-3的底层支撑平台。
3.
The network platform, NetSLab, was developed based on client/server concept along with a proposed data model and application protocols.
该网络平台名为NetSLab(NetworkedStructuralLaboratories),是基于客户机/服务器概念,并提出了供结构拟动力远程试验用的数据模型和应用协议而开发的。
4) Application layer protocol
应用层协议
1.
On the basic analysis of LIN bus communication mode and CAN/LIN network interface characteristics,this article,treating ChangAn SC6350 as the object,designs a simple,current and effective LIN application layer protocol adapting to the CAN/LIN mixed network is designed.
本文在分析LIN总线通讯模式的基础上,根据CAN、LIN网络的接口特点,以长安公司SC6350车型为对象,设计了一个简单、通用、高效的可用于CAN/LIN混合网的LIN应用层协议,给出了协议实现的框架结构,并通过实例说明了协议的实现过程。
2.
In light of the current network application practice in the provincial energy management system (EMS), each layer involved in the network communication is analyzed, with emphasis on the selection of the application layer protocol, which is most closely related to EMS.
首先叙述了网络通信方式相比于传统远动方式的巨大优势 ;然后从江苏电网的实际情况出发 ,对网络通信涉及的各个层次进行了分析 ,其中重点探讨了与能量管理系统 ( EMS)联系最为紧密的应用层协议的选择 ;最后 ,以江苏省目前的网络通信建设状况为依据 ,进一步验证了网络通信方式的优越性 ,并在肯定现有成绩的基础上 ,提出了对今后发展的建议和对未来的展
3.
The message format of the vehicle lamp and the application layer protocol are designed.
采用Atmel公司推出的带有CAN控制器的高性能新型微控制器AT90CAN128,构建了一个基于CAN总线的汽车车灯控制系统,设计了车灯控制报文格式,制定了系统的应用层协议,描述了CAN控制器的软件设计过程。
5) AP203
AP203应用协议
1.
Study on Characteristic Modeling of AP203 Based Aerial Gear Pump;
基于AP203应用协议的航空齿轮泵特征信息建模研究
6) STEP application protocol
STEP应用协议
补充资料：aeroflat 238
CAS：33619-92-0
分子式：C8H19O2PS2·Na
中文名称：二硫代磷酸-O,O-二(1-甲基丙基)酯钠盐
英文名称：Phosphorodithioic acid, O,O-bis(1-methylpropyl) ester, sodium salt
aeroflat 238
phosphorodithioic acid, o,o-di-sec-butyl ester, sodium salt
sodium di-sec-butyl phosphorodithioate
Phosphorodithioic acid,O,O-bis(1-methylpropyl)ester,sodium salt
分子式：C8H19O2PS2·Na
中文名称：二硫代磷酸-O,O-二(1-甲基丙基)酯钠盐
英文名称：Phosphorodithioic acid, O,O-bis(1-methylpropyl) ester, sodium salt
aeroflat 238
phosphorodithioic acid, o,o-di-sec-butyl ester, sodium salt
sodium di-sec-butyl phosphorodithioate
Phosphorodithioic acid,O,O-bis(1-methylpropyl)ester,sodium salt
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条