稳定化

The results suggest that the more humified humic acids, the more stability of the complication with metal irons.

说明腐殖酸的腐殖化程度越高，与金属离子形成络合物的稳定程度越大。

But after 1,2-insertion, the γ-agostic complex can be isomerized to only one β-agostic complex.

能量量低的插入路径是烷基链在N对位是的1，2-插入。2，1-插入路径中的γ-氢桥键烷基配合物能异构化得三个β-氢桥键的烷基配合物，空间位阻最小的最稳定。1，2-插往前只生成一个β-氢桥键烷基配合物。

The direct interaction of copper ion with CuZnSOD was studied by fluorescence spectroscopy, and a type of 1:1 stable complex has been generated, which was certified by the quenching experiment of intrinsic fluorescence. The process of the generated complex shown by dynamic analysis of fluorescence quenching, consisted of two steps, in which the first step was a quick association process of double molecules to generate a loose complex, and the second step was a slow process of single molecule, where the loose complex was isomerized into the compact complex.

通过荧光光谱方法研究了这种相互作用，内源荧光的猝灭实验表明Cu(上标 2+)与CuZnSOD形成1：1型稳定配合物；荧光猝灭的动力学分析表明配合物形成过程由两个独立步骤完成：第一步是双分子快速缔合过程，形成了结合疏松的配合物，第二步是单分子慢速过程，即松散的配合物&异构化&成为结合紧密的配合物。

The direct interaction of copper ion with CuZnSOD was studied by fluorescence spectroscopy, and a type of 1∶1 stable complex has been generated, which was certified by the quenching experiment of intrinsic fluorescence. The process of the generated complex shown by dynamic analysis of fluorescence quenching, consisted of two steps, in which the first step was a quick association process of double molecules to generate a loose complex, and the second step was a slow process of single molecule, where the loose complex was isomerized into the compact complex.

通过荧光光谱方法研究了这种相互作用，内源荧光的猝灭实验表明Cu2＋与CuZnSOD形成1∶1型稳定配合物；荧光猝灭的动力学分析表明配合物形成过程由两个独立步骤完成：第一步是双分子快速缔合过程，形成了结合疏松的配合物，第二步是单分子慢速过程，即松散的配合物&异构化&成为结合紧密的配合物。

A large releases of kinetic energy for channel CH3CS++ H of least energy might result from a dissociation mechanism according to which c-C2H4S+ isomerizes to a local minimum CH3CSH+ and then dissociates through a transition state to form CH3CS++ H. On the other hand, a predicted dissociation energy 11.05 eV for c-C2H4S ?

实验中观察到环硫乙烯离子解离成CH3CS++ H的解离通道释放出大量的平均动能，并采用G3计算预测环硫乙烯离子的解离通道，推测环硫乙烯离子异构化至次稳定态CH3CSH+结构，再经过渡态结构，断裂S-H键生成C2H3S+和H，同时释放出大量的动能。

The stability of catalyst cobalt sulfonated phthalocyanine used in liquified petroleum gas sweetening process was researched by ultraviolet-visible spectrometry method in alkaline solution .

结果表明，由于氧与磺化酞菁钴形成活性很低的双核二氧聚合物，催化剂在碱液中不稳定，尤其在氧存在下易失活。

The results indicated that a small amount of VES (5%) could be reduced prior to the propylene carbonate solvent on the surface of CMS electrode in PC-based electrolyte to form a stable solid electrolyte interphase layer, so co-intercalation of PC and solvated lithium ions to graphite could be suppressed.

结果表明：在1 mol/L LiClO4/PC电解液体系中，少量的VES (5%)能够在电化学过程中先于PC在CMS表面还原，形成稳定的SEI膜，明显抑制PC和溶剂化锂离子共嵌入石墨层间，改善了电池的循环性能。

Compared to the performance of the post-implantation annealed device, it is presumed that the reason which led to the degradation of the performance of the reflowed device is the instability of the ZnS passivation layer.

与离子注入后退火器件的性能变化相比，推测导致器件回熔后性能下降的原因是ZnS钝化层受热不稳定。

Then the fixed point of transformation can be found, among which those unstable ones are critical points of phase transition.

然后找出重整化变换的不动点，在所有不动点中那些不稳定不动点是发生相变的临界点。

The eyeball movement model presented in this paper was calculated accurately and stably enough to provided an accurate and visual clinic aid for oculists. Therefore more accurate surgery of extraocular muscles can be expected.

本文提供的眼球的运动模型计算精确，稳定可靠，辅以可视化的软件，可以给眼科医生提供较准确且直观的临床指导，从而较大程度地提高眼外肌手术的准确程度。

On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.

另一方面，更重要的是由于城市住房是一种异质性产品。

Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.

气候直方图是将所收集的降水量测定值，分为几个相等的区间作为横轴，并将各区间内所测定值依所出现的次数累积而成的面积，用柱子排起来的图形，也叫做柱状图。