1) thermal energy storage technique
热能储存技术
1.
This article presents an overview of thermal energy storage techniques and their applications in engineering.
由于相变储能材料具有储能密度高、储能放能近似等温、过程易控制等特点,因此,采用相变储能材料的热能储存技术是提高热能转化和回收利用效率的重要途径,也是储存可再生能源的有效方式之一。
2) electrical energy storage technology
电能储存技术
5) storage technique
存储技术
1.
By comparing several current digital resource storage techniques such as DAS,NAS,and SAN,the paper analyses the diversities and safety of digital resources as well as the complexity of its storage management in libraries,and it also suggests the principles and the specified mode of storage system construction in libraries.
通过DAS、NAS、SAN等几种常用的数字资源存储技术的比较,对新时期图书馆的存储系统建设原则及采用的具体建设模式提出了建议。
2.
This paper introduces the current main computer storage techniques and their advantages and shortages, and based on this, advances an ideal scheme of the storage of library s digital resources under the network environment according to the demands on the storage of library s digital resources.
介绍了目前主流的计算机存储技术及其优点、缺点,并在此基础上根据图书馆数字资源存储的需求提出了网络环境下图书馆数字资源存储的理想方案。
6) Storage technology
存储技术
1.
New prospect of current computer storage technology;
计算机存储技术的新动向
2.
Fiber Channel Storage Area Network And Storage Technology
光纤通道网络与存储技术
3.
Overview of data storage technology for wireless sensor networks
无线传感器网络数据存储技术研究进展
补充资料：热能
热能
thermal energy
人体为了维持生命活动和从事劳动，每天必须从食物中获得能量。人体所需热能来源于碳水化物(每克产热16.7KJ)，脂肪(每克产热37.
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