regenerative storage

英 [rɪˈdʒenərətɪv ˈstɔːrɪdʒ] 美 [rɪˈdʒenərətɪv ˈstɔːrɪdʒ]

网络  再生式存储器; 再生存储器; 再生储存; 再生储存器

计算机



双语例句

  1. By comparing the regenerative ball with the honeycomb ceramics with respect to their thermal storage properties, guidelines for selecting thermal storage materials for regenerative furnace was put forward.
    对加热炉用蓄热球和蜂窝体的特点进行了分析比较,提出了蓄热式加热炉选用蓄热体的基本原则。
  2. Analysis showed that the large-scale VESS has a great demand for vanadium resources, therefore the wide spread of VRB will promote the utilization of China abundant vanadium resources and accelerate the technology of regenerative power storage.
    简要介绍了我国的钒电池研究现状,分析了钒电池对钒资源的需求,指出钒电池储能系统的大规模推广将会大力促进我国对再生能源的利用,优化钒资源的综合利用。
  3. A new high temperature phase change thermal storage composite and its application in regenerative combustion system Phase change thermal storage is used in heat receiver.
    高温复合相变蓄热材料及其在工业窑炉蓄热式燃烧系统中的应用吸热/蓄热器采用的蓄热方式是相变蓄热。
  4. Third, set up two kinds fire pool regenerative three-dimensional model: without and with the water distribution. Used for simulation of the ground source heat pump units for heat storage of various factors on the thermal efficiency of the storage effect.
    第三,建立两类消防水池蓄热三维模型:不加布水器的和添加布水器的,用于模拟地源热泵机组进行蓄热时的各种因素对于蓄热效率的影响。
  5. The working principle of solar hybrid power regenerative energy storage system and solar thermal power operating mode in different conditions are in-depth researched.
    深入分析了太阳能与蓄热储能系统混合发电的工作原理、太阳能热发电的不同工况下的运行模式。
  6. Hydrogen energy, which is considered as an ideal regenerative energy carrier has many advantages such as clean, high efficiency, safety, advantageous storage, regeneration and various source.
    氢能具有清洁高效、安全可储存、可再生和来源丰富等优点,是一种理想的可再生能源载体。
  7. By measuring the turbidity of starch, retrogradation properties and thermal characteristics during storage analysis, water chestnut starch showed fast short-term retrogradation and the overall regenerative ability. After 24h storage, the percentage of retrogradation ( R%) was 11.76.6.
    通过测定淀粉糊的浊度,凝沉性质以及存放过程中的热特性分析,得到菱角淀粉短期老化回生速度很快,整体回生能力较强,存放24h后的老化百分比(R%)为11.76。