Finally, application prospect of high nitrogen steels will...
最后提出了高氮钢的应用前景。
The applications of some typical high nitrogen steel grades were illustrated.
并列举了一些典型的高氮钢的用途。
High nitrogen steel is widely utilized in many fields because of its comprehensive properties.
由于高氮钢特殊的优异综合性能，使其在许多领域得到了应用。
The assimilates accumulation of leaves, stem and sheath were lower in high nitrogen treatment.
高氮肥处理不利于花后叶片、茎、叶鞘同化物的积累。
One of the major reason of high nicotine in most samples was the high nitrogen content in soil.
土壤速效氮含量偏高是烟叶烟碱含量偏高和多数烟叶样品糖碱比偏低的一个重要原因。
So the oil sand's oil is heavy crude oil with high nitrogen, high wax, high gel and low sulfur.
该油砂油是一种高含氮、高含蜡、高含胶、低含硫的重质原油。
It introduces how to produce high nitrogen ferrochrome in vacuum furnace, non - pressured vessel type.
简述了采用非压力容器型真空电阻炉生产高氮铬铁的过程。
Detection of proteins is the main search nitrogen, melamine's high nitrogen content, so these circumstances.
蛋白质检测主要是查含氮量，三聚氰胺的含氮量高，所以出现了这些情况。
With regard to high nitrogen 20CrMnB steels produced by EAF, simultaneous addition of Al and Ti is applicable.
而对于电弧炉冶炼的高氮钢，宜采用铝和钛同时加入工艺。
The model plays an important role on the alloy composition design and manufacture of high nitrogen stainless steel.
该模型的建立对于高氮不锈钢的合金设计及制备具有一定的指导意义。
NUE differed significantly under low, medium and high nitrogen, and dropped with the increase of nitrogen application.
低氮、中氮和高氮间的NUE存在极显著差异，并随氮素水平的升高而呈下降趋势。
Under the same soil drought status, leaf water potential under high nitrogen level was lower than that under low nitrogen level.
在相同干旱胁迫下，低氮处理的叶水势高于高氮处理的叶水势。
Limited by experiment devices, domestic research of high nitrogen stainless steel lags behind the research in foreign countries.
由于受试验装备的限制，国内高氮不锈钢的研究与国外相比还有差距。
As a kind of new engineering material, high Nitrogen stainless steel plays more and more important role in industrial production.
作为一种新型工程材料，高氮不锈钢在工业生产中发挥着越来越重要的作用。
Weldability is one of the important properties that will be affected the application of high nitrogen austenitic stainless steel.
焊接性是影响高氮奥氏体不锈钢(高氮钢)应用的一个重要因素。
Rapidly available and total nitrogens were consumed respectively in low and high nitrogen soils in maize and soybean mixcropping system.
玉米大豆混作系统在低氮土壤上主要消耗土壤速效氮，在高氮土壤上主要消耗土壤全氮。
The high nitrogen steels (HNS) were produced by plasma rotating electrode process (PREP), and the properties of HNS specimens were examined.
为了寻求高效、经济的高氮钢生产工艺，用等离子旋转电极工艺（PREP）生产高氮钢并测试了所生产的几种典型高氮钢的性能。
In low nitrogen level, the time from nitrogen metabolism to carbon metabolism was shorten; however, in high nitrogen level, the time was deferred.
低氮水平下由氮代谢转化为碳代谢的时间提前，高氮水平下由氮代谢转向碳代谢的时间推后。
The advantages, technologies and research status of production of high nitrogen stainless steel by powder metallurgy at home and abroad are reviewed.
综述了粉末冶金高氮不锈钢的优点和所采取的主要工艺及国内外研究现状。
Thus, researching the dynamical performances and the dynamical constitutive equations of High Nitrogen Steel will have profound scientific significance.
因此，对高氮钢的动态性能和动态本构关系研究将具有深远的科学意义。
The factors affecting on the infrared extinction performance of smoke agent based on copper powder and high nitrogen energetic compounds(HNEC) were studied.
研究了含高氮含能化合物的铜基红外干扰烟幕剂的配方及影响配方性能的主要因素。
This method owns advantages of saving energy, high efficiency, high nitrogen content, steady chemical composition, lower impurity, powerful capacity and lower cost.
此方法具有节能高效、产品含氮高、化学成分稳定、杂质含量低、生产能力大、成本低等优点。
Tetrazole is the unsaturated energetic heterocyclic compound with high nitrogen content and good stability leading to the high energy yet low sensitivity materials.
四唑属富氮且稳定性较好的化合物，。是目前研究较多的高能钝感含能材料。
The formulae of nitrogen solubility in different nitrogen bearing steels are summarized and the key points in high nitrogen steels manufacturing process were pointed out.
概括了氮在钢液中的溶解度公式和高氮钢熔炼过程中的关键问题；
Melamine is commonly used in plastics and fertilizer, among other products. Its high nitrogen content can make foods appear to be protein-rich in standard nutrition tests.
三聚氰胺通常是制造塑料和化肥等产品的原料，添加在食品中可以增加产品含氮量通过营养成份测试，但被人体摄入将导致肾结石和肾衰竭，尤其会对婴幼儿健康造成严重影响。
The arc slag remelting(ASR) process will be a prospective method of manufacturing high nitrogen steels, which has some obvious technical advantages compared with other methods.
分析了用电弧渣重熔（ASR）法生产高氮钢的技术优势，认为用ASR法生产高氮钢是目前比较可行的方案。
The features and problems of manufacturing high nitrogen steels by the electroslag remelting method at normal atmospheric pressure and high pressure have been discussed in detail.
概述了目前高氮钢的主要制备方法，重点讨论了常压和高压电渣重熔高氮钢的特点和存在的问题；
High nitrogen concentration led to overgrowth of cells and overproduction of by-products, therefore, decrease of 1, 3-pd final concentration and conversion of glycerol to 1, 3-pd.
氮源浓度较高时会导致菌体过度生长和副产物的大量生成，降低1,3 - PD的最终浓度和甘油到1,3 -丙二醇的转化率。
High nitrogen concentration led to overgrowth of cells and overproduction of by-products, therefore, decrease of 1, 3-pd final concentration and conversion of glycerol to 1, 3-pd.
氮源浓度较高时会导致菌体过度生长和副产物的大量生成，降低1,3 - PD的最终浓度和甘油到1,3 -丙二醇的转化率。
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