作为合金元素加入钢中可使钢合金化，增加钢的强度、硬度、延展性、韧性和耐磨性等。
As an alloy element, silicon manganese can alloy the steel, strengthen the intensity, hardness, malleability toughness and wearability of the steel.
该“潜伏”脉带的金矿化限于寒武系以硅质岩为顶板的碳质页岩中，明显受成矿前产生的韧性剪切带控制。
Gold mineralization of the zone is confined only to the Cambrian carbonaceous shale overlain by siliceous rocks, and apparently controlled by a premineral tough shear zone.
沿甘孜-理塘断裂带发育的韧性剪切带，控制了区内金矿化、金矿床(点)、金矿体的形成和分布。
Gold mineralization and deposits (occurrences) in Garze-Litang fracture zone are controlled by a ductile shear zone along the fracture zone.
应用钇基重稀土镁复合球化剂，铸造厚大断面高韧性球铁冷却壁，成功地获得了铸件中心部位铸态高性能。
The RE(Y)-Mg-Si-Fe nodularizer had been used to cast heavy sectioned high ductile nodular iron cooling wall castings.
金矿化受脆-韧性剪切带控制，并伴随着多期构造变形和多期矿化作用，金矿体就产于脆-韧型剪切带的中部；
The gold minerilization is controlled by brittle-tenacity shear belt and along with the action of multi-periodic structure distortion and multi-periodic minerilization.
加硅可以提高材料的力学性能，特别是韧性；加铝影响材料的致密化行为。
Silicon additive increases mechanical properties, particularly the toughness and aluminium additive affects the densification behaviour of the material.
对区内分布的动力变质岩及动力变质作用进行讨论，认识了韧性剪切作用形成的糜棱岩化花岗岩过程。
By discussing dynamometamorphism and dynamometamorphic rock in the region, the researchers have recognized the development process of mylonitization granite through the action of ductile shearing.
仪器化冲击曲线能以一种较为直观的方式对材料的强度和韧性指标进行反映，借助该曲线可以对材料的强韧性配合情况进行直接评估。
Because the strength and the toughness value of materials can be reflected by the instrumented impact testing curve, the strength-toughness of materials are evaluated directly by means of this curve.
通过铸造表面合金化和复合变质处理，使中锰奥氏体钢的强度、韧性和表面硬度显著提高。
The strength, toughness and surface hardness of medium Manganese austenitic steel have been increased greatly by casting surface alloying and complex modification.
该技术采用微合金化，利用正交试验设计方法，对不同成分搭配的试样进行宏观硬度和冲击韧性测试，优化了合金成分。
The composition was optimized by tiny alloying, orthogonal test design and the hardness and impact toughness test for the different samples with different combination of alloy composition.
从低合金化、变质处理、热塑性变形、铸造和热处理等几个方面，综述了国内提高普通白口铸铁韧性研究的进展情况。
The ways of improving the toughness of white cast iron Were reviewed by means of low-alloying, modification, hot plast deformation, casting and heat treatment.
微合金化对提高15B37HC钢的强度、硬度、韧性和淬透性均有显著效果。
The strength, hardness, toughness and hardenability of 15B37HC steel can be significant improved after being micro-alloyed.
韧性剪切带变形变质作用及演化阶段是确定金矿化能否形成的重要因素。
The evolution and deformation and metamorphism of ductile shear zone takes an important role in the formation of gold mineralization.
兴隆金矿区韧性剪切带受兴隆沟深断裂影响，其韧性剪切变质变形控制着本区金矿(化)体的空间分布。
Influenced by deep fracture, the ductile shear metamorphism and deformation of Xinglonggou ductile shear belt control the space distribution of gold ore body in this mining area.
研究石墨球化质量对球墨铸铁断裂韧性的影响。
The graphite globularity quality of ductile iron with fracture toughness has been discussed.
本文介绍了该焊丝的研究成果，分析了硼、钛微合金化埋弧焊丝高韧性机理。
In this paper research results of the wire are presented and mechanisms of high toughness of b, Ti microalloyed submerged arc welding wire are analysed.
由于最佳的韧性都是来自铁素基体，所以所有美国尼伯科球墨铸铁都经过铁素体退火韧化过程处理。 收藏。
Optimum ductility is obtained with a ferritic matrix, so all NIBCO ductile iron is treated with a ferritizing annealing cycle.
特别是通过聚烯烃弹性体、纳米级材料方法研制开发高韧性、高性能化PA6、A66 合金，是目前增韧PA6、PA66的主要研究方向。
Nowadays, it has been the main research hot point to exploit and research of ultratoughness and high-powered PA6, PA66 blends by adding polyolefin elastomer orusing nano-technology.
通过对管线钢焊接粗晶区韧性影响因素的分析，提出了管线钢粗晶区的韧化方向。
Through the analysis of elements affecting the rough crystal zone in pipeline steel weld, it raises the flexing direction of rough crystal zone of pipeline steel.
这种特性化的描绘与斯科特形成了鲜明的对比，后者率领着他那支英勇无畏的英国探险队，在艰难的跋涉过程中展现了非凡的韧性和勇气，最终悲剧性的倒在了冰天雪地之中。
This characterization contrasts starkly with the perception of Scott who with his gallant British party showed grit and courage fighting for every mile and who died tragically on the ice.
纳米技术可使高聚物增加韧性、强度和稳定性，可以改善高聚物的加工性能、抗老化性能或使材料功能化。
Nano technique can improve performance of high polymer in their toughness, intensity and stability. It can also improve processing properties, anti ageing and other functions of high polymer.
提高涂层的弹性和韧性，降低玻璃化温度，使得手感柔软。
Improve the flexibility and ductility of the coating, reduce the glass transition temperature and make the coating feels soft.
本发明的优点是：可有效增加堆焊合金中的石墨数量，同时减少基体组织的含碳量并提高其合金化程度和基体的强韧性。
The present invention has the advantages of effective increasing of graphite in pile-up alloy, reduced carbon content in the base tissue, raised alloying degree and raised toughness.
由胺化酰亚胺热分解速度控制的、高温下相对慢的、独待的固化机理是韧性的起因。
The special curing mechanism, the controlled thermal decomposition and higher curing temperature make the cured resin possess great toughness.
不同微合金化系列有效的IAF形核核心数量不同，导致HAZ组织中iaf体积分数和HAZ强韧性相应发生变化。
The number of effective IAF nuclei were inconsistent for different microalloying series, resulting the corresponding changes of the volume fraction of IAF in HAZ and strength and toughness of HAZ.
测定了S15A钢经同一温度奥氏体化不同速度冷却处理后的冲击韧性。
The impact strength of S15A steel austenitized at the same temperature but cooled at different rate was determined.
该材料柔韧性好、吸水率低、玻璃化转变温度高以及耐热性能优良，因而具有较好的市场前景和经济效益。
The material has good flexibility, low water absorption rate, high glass transition temperature and fine heat-resisting performance, thereby having better market prospects and economic benefit.
通过综合研究，认为该地区金矿化与韧性剪切构造带关系密切，且具有较好的找矿前景。
Through comprehensive study, it is regarded that it has good ore-probing future in this area.
通过综合研究，认为该地区金矿化与韧性剪切构造带关系密切，且具有较好的找矿前景。
Through comprehensive study, it is regarded that it has good ore-probing future in this area.
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