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1)  35 # steel
35#钢
2)  35 steel
35钢
1.
The QPQ (Quench-Polish-Quench) complex salt bath treatment of 35 steel was carried out,the phase and microstructure were analyzed by X-ray and OM respectively,meanwhile,the microhardness,polarization curves and slide wear resistance of 35 steel before and after QPQ treatment were also tested.
对35钢进行QPQ盐浴氮化复合处理,运用X射线衍射(XRD)和金相显微镜(OM)对处理后的样品进行相结构和组织形貌分析,另外还对处理前、后的35钢分别进行了显微硬度测试、极化曲线测试以及滑动磨损性能实验。
2.
To observe and analyze the phase transformations characteristics of 35 steel during cooling after continuous heating with dilatate method and metallography microscope.
运用膨胀法及金相显微镜观察分析35钢连续加热后冷却过程中相变特点。
3.
In seawater and fresh water,the performance of ingot and 35 steel was measured by constant current experiment,and then their anodic polarization curves were drawn.
利用恒电流试验测试了工业纯铁和35钢在海水和淡水中的牺牲阳极性能,利用电流阶跃阳极极化法测试了二者在海水和淡水中的极化性能。
3)  35 carbon steel
35碳钢
1.
Oxidation behavior of Al-Ti and Cr-Ti diffusion-alloying coatings on the 35 carbon steel at elevated temperature;
35碳钢Cr-Ti共渗及Al-Ti共渗层的高温氧化行为
4)  mechanical property of 35# carbon steel
35#钢丝性能
5)  ML35
ML-35
1.
This paper, based on introducing the technology characteristic of making cold hardened steel bar represented by ML35 and the technology gist of making ML35 in the loop cooling control system, analyses its quality in process of production, as well as puts forward the countermeasure targeting the problem.
介绍了以ML-35为代表的冷镦钢高速线材的技术特点,以及闭环冷却控温生产ML-35的技术要求,并分析了此种钢生产过程的质量情况,对存在问题提出了改进措施。
6)  Aβ_(25~35)
Aβ25~35
1.
Objective To study the effects of green tea polyphenol(GTP) on the learning and AchE activity of mice with Alzheimer s Disease induced by D-galactose and Aβ_(25~35).
目的建立D-半乳糖与Aβ25~35诱导的拟痴呆(Alzheimer’s diaease,AD)模型小鼠,观察绿茶多酚对其学习记忆活动和AchE活性的影响。
2.
Objective To study the effects of β-amyloid(Aβ_(25~35))on intra-cellular Ca~(2+)-ATPase、free calcium concentration and mitochondria membrane potential on SD rat hippocampus cells,thereby to investigate the mechanism of neurotoxicity of Aβ_(25~35).
目的研究β-淀粉样蛋白(Aβ25~35)对SD大鼠脑海马细胞内Ca2+-ATPase、游离钙离子浓度和线粒体膜电位的影响,探讨Aβ25~35对大鼠神经毒性作用的机制。
补充资料:35CrNi3MoV钢等温淬火组织


35CrNi3MoV钢等温淬火组织


  35CrNi3MoV钢等温淬火组织马氏体(绿)+见氏体(棕)残余奥氏体(浅黄)
  
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