速率

The volume goes from 0 to 127, while pitch can beany real value, 1.0 means normal speed, 0.5 halved speed, 2 double sound speed.

音量在0到127之间，而播放速率可以是任何一个实数值，1.0表示正常速度，0.5表示速度减半，2表示两倍正常速度

Point bending strength and fracture toughness of AGC at 1450℃ by fast or slow temperature elevation speed, while the three????

低速率升温至1400℃制备的AGC的三点弯曲强度显著低于其他三组的三点弯曲强度。

Result The results showed that the photolytic rate of Emamectin benzoate water solution under different light sources had significant difference.

结果］在不同光照射下，甲氨基阿维菌素苯甲酸盐水溶液的光解速率有明显的差异。

Experiments show that at uniaxial tension hollow hole growth rate than in biaxial tensile Medium to small.

实验表明在单轴拉伸中空孔的增长速率比在双轴拉伸中要小。

The biaxial compressive tests of concrete under constant lateral stress are carried out.

6进行了混凝土在不同侧应力和加载速率下的双轴压试验。

After oscillating the operation parameters, the bimodal molecular weight distribution of polyethylene was generated.

通过模拟计算，分别考察了氢气、乙烯、共聚单体进料速率和反应温度的振荡操作对聚乙烯分子量分布的影响。

The well radius and barrier height dependence of binding energy of the D〓 center is first obtained.

与D〓基态相比，D〓基态的结合能及其最大值随着维数的减小以更快的速率增加。

As temperature increased from 40 to 70℃, ferric reduction capacity of microorganism biocoenosis from Jilin, Tianjin and Hunan paddy soil were restrained to a certain extent. Adding AQDS could increase ferric reduction rate of microorganisms biocoenosis from Jilin, Tianjin and Sichuan paddy soil significantly. In axenic culture treatment of 6 kinds of bacterial strain experiments from Sichuan and Jiangxi paddy soil, a bacterial strain was suitable to 50℃.

于40~70℃升温处理后，来源于吉林、天津和湖南水稻土微生物群落的铁还原能力受到一定程度抑制；添加AQDS可显著增加来源于吉林、天津和四川水稻土的3种微生物群落的铁还原反应速率；在6株铁还原菌的纯培养试验中发现了1株更适于在50℃下生长的菌株。

In this paper, the importance of denitrification in the biogeochemical cycle of nitrogen in estuaries is summarized, It introduces methods of denitrification determination, as well as their advantages and disadvantages.

本文综述了河口区域反硝化作用在N元素生物地球化学循环过程中的重要作用，概述了不同测定反硝化速率的方法，并提出了各种方法的优缺点。总结了反硝化作用的影响因素：O2浓度，NO3，有机质，温度，生物等。

This paper summarized the survey, collection, storage, research and utilization of forage germplasm resource; its current status, existing problems and suggestions about subsequent progress were discussed, including superior and rare germplasm collection, forage genetic diversity research, biotechnology utilization in forage germplasm innovation, duration of germplasm storage, natural evolution speed, storage techniques of short-life seeds, super gene exploration and function, biological base of species and population conservation.

为此，论述了我国牧草种质资源调查、收集、保存、研究和利用的现状，存在问题及对今后发展的建议，提出今后应加强优良和珍稀牧草种质的搜集、生态型及遗传多样性的研究和利用、生物技术在优良牧草种质创新的应用、种质保存的时效性和野生状态下牧草遗传变异与进化的速率、短寿命牧草种子保存技术、优良基因的发掘和功能研究以及利用平台的构建、物种或种群保护的生物学基础研究7个重点领域的研究。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。