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表现行为
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  expressional behavior
     The "persona" is a concept in Rongge's psychology. It discloses the discordance in human's expressional behavior and his real ego, and holds that it is necessary to develop many aspects of individual's personality and avoid the singularity in the development of personality.
     “人格面具”是荣格心理学概念之一,它揭示了人们的表现行为和真实自我之间的不一致性,认为要全面发展人格的多个方面,防止面具人格的单一发展。
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  “表现行为”译为未确定词的双语例句
     There is a kind of special "Bei" sentence in Chinese language: "被+V+成+NP",which has special syntactic behavior and inherent structural complexity.
     汉语中有一类特殊的被字句“被+V+成+NP”,有其特殊的句法表现行为和内在的结构复杂性。
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     r According to the production of Q235B steel by LD-ladle stirring-CC-plate rolling in JISG,the behaviors of inclusions in tundish, continuous casting and plate rolling have been studied system atically, which provided the basis for improving the cleanliness of Q235B steel.
     结合济钢LD-钢包吹氩—CC艺—中厚板轧制实际,利用不同的夹杂物检测分析方法,对Q235B钢在中间包、连铸坯和中厚板不同阶段中的塑性夹杂物表现行为进行了系统的分析研究,提出了改进连铸坯内部质量的对策,为进一步提高Q235B钢的洁净度提供了依据。
     In this topic during the entire production process of X52 and X60 pipeline steel, by different test method and analysis methods, to the changes and performance behaviors of the banded structure' s shape and rank in the steels from different continuous casting and rolling have been analysed and the researched.
     本课题在X52,X60管线钢的中厚板的整个生产过程中,通过不同的测试手段和分析方法,对不同连铸和轧制工艺下钢中带状组织的形态与级别变化等表现行为进行系统全面的分析和研究。
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     The combination of morphology and dynamic enhancement curve can improve the accuracy of breast MRI
     良、恶性肿瘤不管是在形态学或动态增强曲线表现上都存在一定程度的重叠,把病灶的形态学表现与动态增强曲线结和起来综合考虑,可以克服因形态学或动态增强曲线单方面的表现行为而造成的错误诊断,有助于提高诊断的准确率。
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     Singing is an important constituent part in the music education, is also the mankind's most instinct and original music performance behavior.
     歌唱是音乐教育中重要的组成部分,也是人类最本能、最原始的音乐表现行为
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     Finally, it analyzes the feature and reason of their individual behavior.
     经营者行为个体化的表现和原因。
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     Extreme Expression of Behavioral Art
     论行为艺术的极端表现
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     Behavior of Seeking Doctor's Help
     求医行为
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     Nevelopment of Behavior
     行为的发育
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     Performing Rhythm
     表现韵律
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In this paper, we propose an 8U(4)×S_3~a scheme of the Straton Model and discuss the classification of mesons. We suggest the possible existence of several colour excited states with masses around 2 GeV in companion with charm mesons. We also discuss the properties and the experimental behavior of these colour excited states, especially, the possible contribution of these states in several new phenomena.

本文建议了一种SU(4)×S_3~α层子模型方案.讨论了介子的分类.给出在质量2Gev附近除粲粒子外还可能存在一批普通介子的色激发态,讨论了这些粒子的性质和它们在实验中表现的行为,并指出它们在一些新现象中可能的贡献.

The behavior and mechanism of the tempered martensite embrittlement(TME) of an ultra-high strength steel 30CrMnSiNi2A, subjected to oil quench-ing from 900℃ and tempering at various temperatures below 600℃, arestudied in this paper. The experiments carried out include determination ofmechanical properties, measurement of quantities of retained austenite, examina-tion of microstructures, and fraetographies. The results are summarized asfollows: 1. TME is observed in the 30CrMnSiNi2A steel oil quenched and tem-pered....

The behavior and mechanism of the tempered martensite embrittlement(TME) of an ultra-high strength steel 30CrMnSiNi2A, subjected to oil quench-ing from 900℃ and tempering at various temperatures below 600℃, arestudied in this paper. The experiments carried out include determination ofmechanical properties, measurement of quantities of retained austenite, examina-tion of microstructures, and fraetographies. The results are summarized asfollows: 1. TME is observed in the 30CrMnSiNi2A steel oil quenched and tem-pered. The behavior of TME is markedly affected by straining rate, and thisis attributable to different embrittlement machanisms. 2. At high rate of strain (i.e. impact test with Mesnager U-notch speci-men), the impact toughness decreases in the tempering temperature range of350-550℃. The minimum value of impact toughness is observed at about 450℃.Therefore, it may be called 450℃ embrittlement. This embrittlement is mainlyattributed to noncontinuous precipitation of cementite formed by the decomposi-tion of retained austenite films at the boundaries of martensite laths or aroundthe M/A island structures. In this case, the fractograph looks like a mixturetype of transgranular quasi-cleavage and dimple. 3. At lower rate of strain (i. e. the plane strain fracture toughness testand the impact-fatigue test), the fracture toughness and impact-fatigue lifedecrease in the tempering temperature range of_300-400℃. The minimum valuesof these are observed at about 350℃. Therefore, it may be called 350℃ embrit-tlement. This embrittlement is mainly attributed to decreasing mechanical sta-bility of retained austenite, which in turn greatly favours the formation ofhigh carbon content martensite located in interlaths during plastic strain. In this case, the crack propagates mostly along the lath boundaries and seldomthrough the laths. 4. Increasing the mechanical stability of retained austenite is one im-portant way to improve the combination of strength and toughness of 30CrMn-SiNi2A steel subjected to low tempering temperature. The mechanical stabilityof retained austenite can be controlled by tempering. Consequently, this resultprovides a general theoretical basis for laying down tempering temperature ofother ultra-high strength steel. The experiment indicates that optimum combination of strength, toughnessand impact-fatigue life for 30CrMnSiNi2A steel can be obtained through oilquenching and tempering at about 250℃. This result is attributed to the highestmechanical stability of its retained austenite.

本文研究了超高强度钢30CrMnSiNi2A的回火马氏体脆性(以下简称TME)及与之有关的机械性能,结果表明:该钢TME的表现行为随着加载条件的不同而异。在高速加载条件下,即冲击韧性试验时,TME发生在350~550℃回火温度区间;在低速加载条件下,即静态断裂韧性或冲击疲劳试验时,TME发生在300~400℃回火温度区间。通过在适当温度(200~300℃)回火,可提高其残余奥氏体γ_R的机械稳定性,从而获得良好的强韧化效果。实践证明,在250℃附近回火可获得强度、韧性和冲击疲劳寿命的最佳配合。

The most important technological features of gold ores such as grain size, morphology and cyclopean pattern are often neglected in traditional classification of technological types of gold ores.

目前国内外在金矿石工艺类型划分中没有考虑矿石中金矿物的粒度、形态和嵌存状态这三个特性。它决定着金矿物在选冶过程中的表现行为,因此决定着选冶流程和指标。据此本文提出金矿石工艺类型合理划分的判据和表达式,并用若干实例说明按照这种划分方法,当已知某矿石的工艺类型后可对该矿石进行选冶效果预测。

 
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