activity counter

英 [ækˈtɪvəti ˈkaʊntə(r)] 美 [ækˈtɪvəti ˈkaʊntər]

网络  活动计数器

计算机



双语例句

  1. For Each activity counter value evaluation errors
    ForEach活动计数器值运算错误
  2. In a socialist country like ours, can there possibly be any useful scientific or artistic activity which runs counter to these political criteria?
    在我国这样的社会主义国家里,难道有什么有益的科学艺术活动会违反这几条政治标准的吗?
  3. They note that this type of activity may play a role in facilitating mechanical and metabolic processes in the musculoskeletal system that counter the repetitive or sedentary effects of many jobs.
    他们发现这种活动可能在骨骼肌肉系统的灵活机制和代谢过程中起作用,这样可以消除很多工作中重复或久坐带来的影响。
  4. Measurement of total Bata activity in water with liquid-scintillation counter
    用液体闪烁计数法测定水中总β放射性
  5. In view of the case that peoples sporting quantity is not quantitative, this paper introduces the design way of the easily-carried activity counter.
    针对人们运动量的不定量性,提出了便携式活动计数器的设计方法。
  6. With the broad development of competitive intelligence of enterprise activity, the task of counter competitive intelligence has become more important and serious.
    随着企业竞争情报活动的广泛深入的发展,反竞争情报工作变得日益重要与迫切。
  7. Activity Measurement of Tritium in Biological Samples by Azeotropic Distillation Liquid Scintillation Counter
    液体闪烁计数法测定共沸蒸馏生物样品气氚活度
  8. Measurement of β activity from tritium in electrolytic heavy water using a dual channel liquid scintillation counter are described in this paper.
    本文简介了用双道液体闪烁计数器测量电解重水中氚的β活性。
  9. An Absolute Measurement of the Specific Activity of Tritiated Water with Improved Inner Gas-filled Proportional Counter
    用改进的内充气法绝对标定氚水的放射性比活度
  10. Na~+, K~+-ATPase activity of PT were determined by liquid scintillation counter.
    微分离大鼠单根PT,液闪法测单根PT的Na~+,K~+-ATPase活性。
  11. Methods Rat models of AD were established with β amyloid protein ( A β), and NGF was injected by intracerebroventricular. The behavior change of rats was observed and ChAT activity was measured with liquid scintillation counter.
    方法利用β淀粉样蛋白(Aβ)建立大鼠AD模型,经脑室注射给予NGF,观察大鼠行为学变化,用液体闪烁仪测定ChAT的活性。
  12. Based on the working mechanism of SSCs, the interface contact between the sensitizer ( dye or quantum dots) and semiconductor film, the structure of photoanode, and the electrochemical catalytic activity of counter electrode are important factors for the device performance.
    从敏化太阳能电池的工作机理来看,敏化剂(染料及量子点)与半导体薄膜的界面接触、光阳极的结构、对电极的催化还原性能等是影响其光电转换效率的主要原因。