bau

  • 网络行为分析组;行为分析小组;建材展;石隆门
baubau
  1. I see him as an integral part of the future of the BAU .

    我觉得他是BAU未来不可缺少的组成部分。

  2. Determination of the Relationship Between Mass Concentration and Bau me ' Degree of Calcium Carbonate Suspension

    碳酸钙悬浮液的质量浓度与其波美度关系的测定

  3. Redistribution of ( 32 ) P in Organs of Wheat Cultivar BAU 98 during Reproductive Growth Period

    小麦品种农大98生殖生长期~(32)P在器官间的再分配

  4. Do you wanna go to the Bau with me .

    你要不和我回总部。

  5. With in creasing of the moisture , the nucleation rate of the green bau raises .

    生球成核率随着水分的增加而提高;

  6. They all want to be in the bau .

    他们都想到行为分析局工作。

  7. Re-imagining Architecture , De-stabilising Realities & A Review of the Architectural Works and Urban Design Projects of BAU International

    重新想象建筑,倾斜现实&评BAU建筑与城市设计事务所的建筑与城市设计

  8. Mr. Sang Aung Bau Hkum , now 24 , is just one face of a trade - like blood diamonds in Africa - that is turning good fortune into misery .

    桑昂巴乌现在24岁了,他只是涉足那些把好运变成痛苦的买卖——类似的还有非洲的血钻——的一员。

  9. The results illustrate , taking only carbon dioxide as an example , if no restrictions are in place on the transportation mode share ( BAU ), emissions will quadruple by 2030 using 2009 as the baseline .

    结果显示,仅以二氧化碳为例,如果不对交通出行模式进行控制(BAU),则到2030年城市二氧化碳排放将比2009年翻两番以上。

  10. In energy policy implemented scenarios , SO2 emission during 2000 to 2020 will keep as the level in 2000 , and the increasing rate of CO2 emission will be reduced to 1.1 % - 1.2 % , which would be 2.7 % in BAU scenario .

    2000~2020年,SO2排放量将基本保持在2000年的水平,CO2排放总量的年均增长率将由基础情景下的2.7%减小到能源政策情景下的1.1%~1.2%。

  11. We ate everything ' - Vietnam 's penchant for eating animals that are considered pets in many other countries came about largely as a result of circumstance , said Hoang Ngoc Bau , one of Hanoi 's few trained vets .

    我们啥都吃’-越南人吃动物(在很多其他国家被当作宠物)的习惯主要是因为环境造成的,河内为数不多的正规兽医HoangNgocBau如是说。

  12. The technical potential of various options to reduce emission of greenhouse gas from electricity sectors in China and India in the year 2020 is quantified . A business-as-usual ( BAU ) scenario and a number of best practice technology ( BPT ) scenarios for emission reduction are evaluated .

    分析到2020年中国和印度的电力部门用各种措施降低温室气体排放的技术潜力,对采用常规技术(BAU)和采用最佳实用技术(BPT)时的CO2排放量进行对比。