临界

This article studies critical initially, which four kinds of straw blow liquir restrain aerobe.

本课题也初步探讨了草类原料四种不同制浆方法产生的废液对好氧微生物抑制作用的临界值范围。

Disperses inthe process, the fire critical dangerous condition usually determinedaccording to the below situation:(1) Above 2m in the spatial hazeaverage temperature is not bigger than 180 ℃;(2) Below 2m in thespatial haze temperature does not surpass 100 ℃;(3) Below 2m in thespatial smoke aerosphere the CO density does not surpass 0.25%.

疏散过程中，火灾临界危险条件通常按以下情况确定：①2m以上空间内的烟气平均温度不大于180℃；②2m以下空间内的烟气温度不超过100℃；③2m以下空间内的烟气层中CO的浓度不超过0.25％。

In chapter 3, we give a simple depiction for the main problem and results studied in this paper. We will introduced the so called characteristic algebraic system related to the problem and get simple descriptions for the blow-up criteria.

第三章简单叙述了本文要研究的主要问题及结论，并引入了包含所有非线性参数的特征代数方程组，用以统一而简洁地刻画所研究问题的临界指标。

The finite element analysis software ALGOR is used to verify the results.

本文从正交各向异性假设出发，推导了肋骨具有斜度时环加肋圆柱壳总体失稳的临界水压公式，并且用有限元分析软件ALGOR进行了验证。

The formula for calculating critical alkalify leaching was also adjusted by considering the effects of bicarbonate leaching, organic acid leaching, aluminum species, and Al-organic acid complexation, which makes the theory more applicable.

另外，考虑碳酸氢根淋溶、有机酸根淋溶、铝的形态和铝同有机酸的络合等因素，对临界碱度淋溶的计算公式进行了修正，使得稳态法的应用范围更加广泛。

Compared with the traditional surface activites of alky benzene sulfonate and alky sodium sulsate.

与十二烷基苯磺酸钠和十二烷基硫酸钠进行性能对比，表明SNSS表面张力、临界胶束浓度小，乳化力、钙皂分散力强，白度和松散度好。

The experimental and theoretical work on high pressure phase equilibria of the benzene-ethylene alkylation system are undertake at first.

通过实验测定与理论计算，得到了苯与乙烯反应系统的高压流体相平衡，确定了近临界区的大致范围。

The experimental and theoretical work on high pressure phase equilibria of the Benzene-Ethylene Alkylation system are undertaken at first.

本文首先通过实验测定与理论计算，得到了苯与乙烯反应系统的高压流体相平衡，确定了近临界区的大致范围，并结合反应系统，提出了操作上值得注意的因素。

During the fabrication process, a low frequency alternative electromagnetic field was employed to improve the properties of composites by EMS.

干滑动摩擦磨损试验表明：复合材料的耐摩擦性比纯基体合金明显提高，施加电磁搅拌后复合材料的耐摩擦性进一步提高，特别是在较大载荷下的耐摩擦性大幅提高，从轻微磨损到急剧磨损的临界转变载荷由58.8N提高到78.8N。

Molecular sieve 3A is a kind of alkali aluminosilicate, able to adsorb molecules with their critical diameters no more than 3A.

分子筛3A现一种碱铝硅酸盐，能够吸附分子与他们的临界直径不超过3 A条。

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。