可再生液体碳氨共渗新工艺用在钢领的渗碳处理中，取得了满意结果。
This paper deals with regenerating liquid Carbonitriding new process in-stead of Carbourizing process for rings.
将市售普通无毒原料处理后，与木炭粉等配制的渗剂用于液体碳氮共渗，其处理效果极佳。
A new agent produced from nontoxic material for liquid carbonitriding has been made in our works.
但是不采用燃料涂层的碳圆筒，而是用一种可以储存在汽车油箱里，并且在需要的时候直接注入碳毫微管电池的液体燃料。
But instead of coating the carbon cylinders with fuel, a liquid fuel could be stored in the car's gas tank and get injected onto the carbon nanotube battery when needed.
优选液体阳极包括熔融盐和燃料， 优选含有相当多的元素碳。
Preferably the liquid anode comprises molten salt and a fuel, which preferably has a significant elemental carbon content.
结论：氟碳溶液部分液体通气能明显改善烟雾吸入伤大鼠的肺静态顺应性。
Conclusion: Partial liquid ventilation may improve the static lung compliance in rat with smoke inhalation injury.
本文通过放电模型的建立，完善了目前已有的液体电弧法制备碳纳米材料的理论。
In this dissertation, the foundation of the arc model improved the present production theory of carbon nano-materials by arc discharge in liquid.
为了实现这个目标，就需要深入研究液体电弧放电过程中碳纳米材料的生长机理，各种电弧放电参数和外加磁场对其影响。
To achieve this objective, in-depth study is needed on the growth mechanism of carbon nano-materials by arc discharge in liquid and the effect of various arc parameters and external magnetic fields.
采用最优化工艺合成的液体树脂残碳量达到49%。
The remaining carbon of the liquid resin is 49% by adopting best technology.
目的：探讨氟碳溶液部分液体通气对烟雾吸入伤大鼠肺静态顺应性的影响。
Objective: To evaluate the effect of partial liquid ventilation with perfluorocarbon on the static lung compliance in rat with smoke inhalation injury.
认为这些黑色覆盖物为脉冲电流在放电过程中，油性液体介质裂变产物(主要为碳黑)涂覆在裂纹内部形成的积碳。
The black material is considered as carbon deposition, which is formed by oily-liquid medium fission product (mainly carbon black) covering inside crack during the discharge process of pulse current.
确定了获得一定厚度液体层的最佳工艺参数，研究了液态或固态条件下稀土对扩散效果的影响，初步探讨了碳在固态与液态下的扩散机理。
The optimal parameters to obtain certain thickness of liquid case are decided, and effects of influence on diffusion of carbon has been studied as well as the diffusion mechanism.
在实际生产中应及时补充“603”液体，保证炉温和碳浓度均匀一致，以提高羽毛球拍杆性能质量。
In actual producing "603" liquid have to be supplied in time to ensure furnace temperature and carbon deepness equality and coherence and to improve badminton racket performance and quality.
实验结果显示：在K15与E7液晶中掺杂碳奈管不但能改善液晶的液体特性，且能抑制液晶盒的离子电荷效应。
Experimental results indicate that doping carbon nanotubes into the nematics K15 and E7 can improve the flow characteristics and suppress the ion-charge effect of the LC cells.
利用液体发酵实验测定不同的碳源、氮源及碳氮比对两株黑曲霉ML2、ML4溶磷的影响。
The requirements of different carbon and nitrogen sources of Aspergillus niger ML2 and ML4 were studied for phosphate solubilization in this work.
本文综述了三类SBS介质的一般特性，对于新出现的表现出良好的SBS特性的介质如：LAP晶体，四氯化物液体，碳氟化合物液体及稀有气体作了综述。
The author gave a summary on the SBS characters of newly appeared SBS medium, such as LAP crystal, liquid tetrachlorides, heavy fluorocarbon and rare gases.
活性碳滤滤器特别用于电镀液，并且可以从液体中吸附有机杂质，除去多余的矿物质。
Activated carbon filters are especially used with electroplating baths, but also to absorb organic substances, remove foreign metals and regain precious metals from flushing water.
在过滤灭菌的液体培养体系中研究了甘露醇预培养和诱导培养过程中活性碳和花药密度对大麦花培效率的影响。
Effects of AC and anther density on pollen embryo and callus production and green plant regeneration were studied in a filter-sterilized, liquid-medium culture system.
根据液体电弧放电模型可知，电弧的稳定性和碳粒子运动的定向性对纳米结构的生成过程有重要影响。
As shown in the physical model, the stability of arc plasma and the directionality of carbon particles played important roles in the formation of carbon nano-structures.
结果表明，脱水后的离子液体仍然可以催化烷基化反应，液体产物的GC - MS分析结果支持正碳离子机理。
The results showed that the dewatered ionic liquid could still catalyze the alkylation, and the carbonium mechanism was established through the GC-MS analysis of the reaction liquid product.
对于相同的含氮官能团，碳链越长离子液体的催化活性越高。
The longer carbon chain the higher catalytic activity with the same nitrogen functional groups.
对于相同的含氮官能团，碳链越长离子液体的催化活性越高。
The longer carbon chain the higher catalytic activity with the same nitrogen functional groups.
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