高效

Using singletons makes the design more efficient because they removethe need to allocate and deallocate memory every time a state change ismade.

使用单件使得这一设计更加高效，因为避免了在每一次状态转换的时候申请和释放内存。

Using singlet***** makes the design more efficient because they removethe need to allocate and deallocate memory every time a state change ismade.

使用单件使得这一设计更加高效，因为避免了在每一次状态转换的时候申请和释放内存。

A detail analysis of the computing complexity for the loop-filtering in standard H.264 is carried out at first and moreover, a new, simpler and efficient deblocking loop-filter is proposed.

本文首先详细分析了去块滤波器高复杂度的原因，进而提出一种简单、高效的去块滤波新方法。

The proper fuzzy rule number and exact premise parameters are obtained simultaneously when using this efficient DECA to identify fuzzy models.

利用这种高效的动态聚类算法辨识模糊模型，可同时得到合适的模糊规则数和准确的前提参数，将其应用于控制过程可获得高精度的非线性模糊模型。

A high efficiency decalcification agent RPD-Ⅱhas been developed for the crude with high calcium content.

针对高含钙原油开发研制了RPD Ⅱ新型高效原油脱钙剂，考察了脱钙剂注剂量、原油性质、油水混合强度、注水率和注水pH值等对脱钙效果的影响，结果表明，在剂钙比为 3～ 4时，原油脱钙率达到 90 %以上。

A high efficiency decalcification agent without phosphorus matter or metal content has been developed for Liaohe crude with high calcium content,and calcium in the crude before and after decalcification are analyzed by atomic absorption spectrometry.

针对辽河高钙原油研制开发了无磷不含金属的高效脱钙剂，利用原子吸收光谱对原油中的钙含量进行分析，考察了剂钙摩尔比、注水率、反应温度、沉降时间和搅拌时间对脱钙效果的影响。

Therefore, it is necessary to take measures to decarbonize or control pH of medium temporality.

利用微藻固定CO2的光生物技术被认为是一种有希望的、经济高效的新方法。

In dividing process, 6 accelerate and decelerate control law is presented.

分度头的分度过程的控制策略是实现高效、高精度分度的关键技术。

Keywords Spread to move of snail pole, Decelerator, CAD

很好的体现了计算机辅助设计的优越点，它高效，便捷的特点得到了淋漓尽致的发挥，不仅使计算，绘图容易许多，也使零件的工艺设计轻松很多。

A high-effective structure of decimation implemented by FIR is discussed.

给出了一种FIR实现信号抽取的高效结构。

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。