rapid release

英 [ˈræpɪd rɪˈliːs]

美 [ˈræpɪd rɪˈliːs]

网络  高档的速释工艺; 迅速释放; 快速释放

计算机

双语例句

• The advanced MT data processing method and rapid release inversion ( RRI) were employed to establish a 2D model of conductivity structure showing fully the features of conductivity structure of the lithosphere in North China.
  采用现代先进的大地电磁数据处理技术和快速松弛二维反演方法获得该剖面二维电性结构模型，从而充分展示了华北地区岩石圈电性结构的特点。
• This approach enables the rapid release of business rule changes to customers, helping organizations increase their business agility.
  这种解决方法允许向客户快速发布业务规则更改，帮助组织提高其敏捷性。
• The high BAP content in sediments showed high internal phosphorus loading and release risk. ( 2) The process of phosphorus release kinetics of the surface sediments in Erhai Lake were divided into the rapid release stage, the slow release stage and the release of balance stage.
  洱海沉积物中BAP含量高，说明沉积物内源负荷大，导致磷释放的风险高。（2）洱海沉积物磷释放动力学过程可分为快速释放、慢速释放及释放平衡三个阶段。
• During the devolatilization, the hollow structure of coal particles is formed due to the rapid release of volatile, which can result in more rapid combustion of char particles.
  热解时挥发份的迅速释放及煤的热塑性导致了颗粒内部的空心结构，这种结构有效地提高炭粒的燃烧速率。
• Whether are the LDSWs able to induce the rapid release of ATP from intracellular plasma?
  该低能冲击波能否引起细胞内的ATP快速释放？
• Preparation of rapidly-disintegrated tablet: In order to assure rapid drug release of the capsule content after erosion of plug, rapid-disintegrable tablets of theophylline are made.
  茶碱速崩片的制备：为了使在栓塞溶蚀完后药物能迅速释放，把茶碱制备成速崩片。
• The results show that early injection ( injection timing at 60 ms) brings to slow initial heat release rate and rapid late heat release process.
  研究结果表明，提早喷射（喷射正时60ms）会降低燃烧初期放热速率而增加后期放热速率；
• CONCLUSION: The formulated melatonin sustained-release bilayer tablets exhibit sustained release and rapid release characteristics in vitro and in vivo.
  结论：研制的褪黑素双层控释片具有速释和缓释特性。
• Over time, this practice results in higher quality code and more rapid release cycles.
  这样，就保证了高质量的代码和更加迅速的发行周期。
• The rapid development of controlled release technology and continued emergence of artificial biodegradable materials and their composites in recent years, provides an unprecedented opportunities and conditions for the controlled release of active cytokines and tissue-engineered artificial bone to promote osteoinductive activity.
  近年来微球控释技术的发展和人工可降解材料及其复合材料的不断涌现，为活性细胞因子的可控缓释和组织工程化人工骨成骨诱导活性的提高提供了前所未有的机遇和条件。