The speedup of -O5 over -O3 is 7.33x at n=2000.
O5 在 –O3的基础上加速的程度是 7.33x 。
臭氧（O3）
A possible pathway of aniline degradation by O3 is given.
提出了O3降解苯胺的可能途径。
Ozone is tri-atomic oxygen (O3) - it is a highly charged, volatile particle.
臭氧是三原子氧（O3）的-这是一个高度紧张，易挥发粒子。
A possible degradation pathway of aniline by O3 is obtained on basis of the experimental results.
并根据实验结果得到了臭氧氧化降解苯胺的降解途径。
More importantly, -O3 also avoids keeping the loop counter in memory, even with the original source.
更重要的是， -O3也避免了在内存中保留循环计数器，即使使用原始源。
The oil remained in the reservoir at present ca me from the O2+O3 source rock and charged during Himalayan.
目前油藏中保存下来的原油为喜马拉雅期注入的、由O2+O3源岩形成的原油。
Thus, O3 is a promising method of inactivation of human retroviruses in the organism's liquids and blood preparations.
因此，臭氧是一种逆转录病毒灭活人类机体中的液体和血液制剂有前途的方法。
High concentrations of urban O3 pollution occur frequently, that caused great harm to human, animal, plant and the building.
城市高浓度O3污染频频发生，这对人类、动植物以及建筑物造成了极大的危害。
Principal component analysis showed that O. lubricum had a stronger capability of O3 stress tolerance, as compared to Ph. edulis.
主成分分析表明，四季竹对O3胁迫的耐受能力明显强于毛竹。
From outward appearance and quality, the paper studied MAP techniques with O3 humidity-cool, vacuum cooling for Artemisia storage.
从外观、品质方面研究了气调包装、臭氧湿冷和真空预冷技术对芦蒿的保鲜作用。
O3 on the original source still appears to produce correct code, even though it doesn't tell the compiler that it writes to memory.
O3在原始源仍然出现产生正确的代码，即使它不告诉编译器它写入内存。
A blue gaseous allotrope of oxygen, O3, formed naturally from diatomic oxygen by electric discharge or exposure to ultraviolet radiation.
臭氧一种气态氧气的同素异形体，O3在紫外线辐射下通过电子放射或暴晒从双原子氧气自然形成。
The feasibility of Ozone-granular active carbon(O3-GAC) was studied through treating on groundwater with micro-pollution of oil pollutants.
结果证明，臭氧-活性炭工艺是处理石油类污染物轻度污染地下水的有效方法。
The volatilization intensity of NH3 and NO2 was influenced by temperature and sunlight, while the O3 concentration was influenced by sunlight.
NO2挥发强度受棚温和光照强度的影响，O3浓度随光照强度变化而改变。
It was found in the study that the use of ultrasonic wave increased the concentration of O3 per unit of time because of ultrasonic dispersion;
研究发现，超声可以通过超声粉碎作用，增加单位时间内O3的浓度；
To build effectual simulation models to evaluate and predict the crop loss by O3 would help to the ozone pollution control and agriculture safety.
建立有效的模型对臭氧造成的作物产量损失进行评估和预测，能为中国臭氧污染的控制和农业安全提供科学依据。
Code that was compiled without any optimization flags resulted in code that was approximately five times slower, so be sure to always compile with -o2 or -o3.
没有使用任何优化标记所编译出来的代码的速度大约会慢5倍，因此要确保使用-O2或- O3标记来编译程序。
The optimal conditions for Aspergillus oryzae O3 producing soybean isoflavone-glycosidase were determined by the single factor and orthogonal test experiment.
通过单因素实验和正交实验，探讨米曲霉O3产大豆异黄酮糖苷酶的最佳条件。
This uses the compiler flags -O, -O2, -O3, where each level of optimization applies higher levels of optimization techniques to squeeze more and more performance.
这使用编译器标志-O、-O2、-O3（优化级别依次增高）来进一步挖掘性能潜力。
Styrene butadiene rubber production wastewater was treated by the coagulation-catalytic oxidation process with PAC and PAM as coagulants and H2O2-O3 as oxidants.
以聚合氯化铝（PAC）、阴离子聚丙烯酰胺（PAM）为混凝剂，以H2O2-O3为氧化剂，采用混凝—催化氧化法处理对丁苯橡胶生产废水。
Diphenyl guanidine has been prepared by using of Fe2 O3 as catalyst and 70% ethanol as solvent, and simultaneously the by - product H2S is used to prepare thiourea.
本文提出了在70%乙醇溶剂中以氧化铁作为触煤合成二苯胍，同时回收副产硫化氢合成硫脲的联合制备方法。
The monitoring data in state controlling air sampling sites have been statistically treated to analyze pollution situation and regularity of NO2 and O3 in Nanjing Area.
根据南京市环境监测中心站大气国控点监测的空气质量数据，统计并分析了NO2和O3的污染变化特征及规律。
The results of model validation show that modeling valid and practical. It provides a new way of online measurement of the concentration of ozone generation in O3 reactor.
试验表明，这种混合软测量方法是有效的，为臭氧质量浓度的现场测量提供了一个新思路。
The observational results indicated that NO2 pollution level increased year by year, the O3 mass concentration increased and maximum value appeared ahead in the year of 2006.
结果表明：南京市环境空气NO2污染逐年增加，2006年O3质量浓度增大并且最大值的出现时间提前。
Then a simply introduction was gave for the recent application of nanometer In2O3 gas sensors, includes CO gas sensor, NO2 gas sensor, O3 gas sensor, H2 gas sensor and so on.
对氧化铟半导体材料在气体传感器中的应用做了简单介绍，包括它作为CO、NO2、O3、H2等气体传感器的应用现状。
It was also found that the photochemistry reaction was an important source in boundary layer in daytime and precipitation process could arouse marked change of O3 concentration.
局地光化学生成是白天边界层o3的主要来源；降水天气过程可造成O3及其前体物浓度的显著变化。
It was also found that the photochemistry reaction was an important source in boundary layer in daytime and precipitation process could arouse marked change of O3 concentration.
局地光化学生成是白天边界层o3的主要来源；降水天气过程可造成O3及其前体物浓度的显著变化。
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