占百分比

• A participant commented that in the professional sector , the distribution of the number of members returned by each sub - sector was unsatisfactory . he suggested that the number of members for each sub - sector should be proportional to their respective electorate
  有嘉宾认为现行专业界别的委员数目比例并不理想，应以每个行业在界别内所占百分比划分。
• Moreover , the communication overhead and the percentage of complete diagnosis ( the ratio of the number of ports with diagnosed state to all ports ) of the algorithm in a leo / meo satellite network were evaluated by simulation
  通过仿真对算法在一种双层leo / meo网络中的通信开销和诊断完全率（诊断出状态的网络节点数在网络节点总数中所占百分比）进行深入分析。
• But the final structure of the benchmark portfolio is really not that complicated . it will inevitably be expressed as percentages of the funds to be held in deposits , debt and equity , and percentages to be held in the domestic and foreign currencies
  基准投资组合的最终结构其实并不太复杂，而且往往会以存款债券及股票所占百分比，以及本地货币与外币所占百分比来表示。
• The measure is in recognition of the fact that residential properties aged over 30 years account for a significant portion of the housing stock and the percentage is expected to increase further as more property developments fall into this age bracket
  这项措施因应市场存在一定数量楼超过三十年的住宅物业，而由于更多物业将会纳入这个楼范围，故此，这类物业所占百分比预期将会进一步上升。
• In apr . 2001 , when the temperature was uniform in the water column , the vertical distribution of syenchococcus appeared a clear tendency of decreasing from surface to the bottom which was correlated with the light . the contribution of synechococcus to the total planktonic biomass changed from 32 . 26 to 42 . 5 % in the different voyages
  调查海区蓝细菌在浮游植物总生物量中所占百分比在32 . 26 - 42 . 5 %之间，其中近岸海区在27 . 98 - 38 . 82 %之间，其变化趋势与蓝细菌生物量的变化趋势大致相同。
• The percentage of autumn degradation bacteria was the biggest , it was 0 . 547 % . among degradation bacteria genus , the bacillus proportion in each season was the biggest , that was 44 . 44 % , 50 . 00 % , 48 . 15 % and 47 . 22 % in spring , summer , autumn and winter respectively , other bacteria genus ' s proportion were less than bacillus . this was probably related to the basic proterties of soil , the alternation of four seasons , the change of temprature and the difference of vegetation were fairly suitable to the growth of bacillus
  在土壤细菌总数上，夏季的细菌数量最多，其次分别为春、秋、冬各季；在土壤中降解氧乐果的细菌数量上，夏季土壤中的降解菌株数量也最多，其次分别为春、秋、冬各季，土壤磷的含量与降解氧乐果细菌的数量之间并没有太大的相关性（ r = 0 . 494 ） ；在降解菌占细菌总数百分比上，秋季降解菌株所占百分比最大，为0 . 547 % ；在降解菌株中，芽孢杆菌属（ bacillus ）在每一季节所占的比例都是最大的，春、夏、秋、冬分别为44 . 44 % 、 50 . 00 % 、 48 . 15 % 、 47 . 22 % ，其它菌属所占比例都比较少，这可能跟土壤的基本性状有关，春夏秋冬四季的轮换，气温的变化，植被的差异，耕作的不同，比较适合抗逆性较强的芽孢杆菌属（ bacillus ）的生长。
• In autumn , the abundance and biomass of synechococcus were 1 . 72 10 ~ 4cell / ml and 5 . 07 ( gc / l respectively and in spring these two value were 4 . 83 10 ~ 4cell / ml and 7 . 25 ( gc / l respectively . both of the abundance and the biomass of synechococcus were higher in spring than in autumn and higher in the east china sea than in the yellow sea
  蓝细菌在浮游植物总生物量中所占百分比的水平分布在两个季节中不同，秋季高值区主要集中在调查海区的中部，春季高值区则主要集中在调查海区的南北两部分。
• From the view of development , at the beginning of 1990s , new allocating investment was still the main stream of foreign direct investment ( fd1 ) . the share of m & a investment in the world total investment rose from 36 . 51 % in 1993 to 80 . 79 % in 2001 due to its dramatically development
  从发展的角度看， 20世纪90年代初新设投资仍然是国际直接投资的主流形式， 1993年时并购投资在世界总投资中所占百分比为36 . 51 ，但是这一数据发展到2001年时，已经高达80 . 79 。
• The contributions of synechococcus to the total planktonic biomass in the two seasons were familiar with 43 . 9 % in autumn and 43 . 4 % in spring . both of the biomass of synechococcus and the contribution of syenchococcus to the total planktonic biomass presented a clear vertical distribution tendency , surface > middle > bottom , except the contribution of syenchococcus to the total planktonic biomass in autumn which had the maximum in the bottom . the abundance , biomass and character of distribution of synechococcus in the yellow sea were investigated as well as the contribution of synechococcus to the total planktonic biomass from oct . 2000 to jun . 2001
  蓝细菌生物量和其在浮游植物总生物量中所占百分比的垂直分布在两个季节中不相同，秋季蓝细菌在浮游植物总生物量中所占百分比在表层、中层和底层中大致相当（分别为43 . 76 % 、 43 . 47 %和46 . 11 % ） ，春季蓝细菌在浮游植物总生物量中所占百分比表层最大，中层次之，底层最小（分别为65 . 55 % 、 43 . 67 %和35 . 94 % ） 。