“熔体速度+melt+velocity英语短句+例句大全”收集了关于熔体速度的英语短句和例句，帮助读者更好地理解和运用相关知识。熔体速度是指材料在熔化时的流动速度，对于材料熔化和成型过程具有重要的意义。这个主题涵盖了工程、物理和材料领域的一系列专业术语和概念，通过收集相关的英语短句和例句，读者可以更全面地掌握相关知识，并在工程设计、科研论文等方面做出准确的表达和应用。不仅如此，也为专业人士提供了一个便捷的参考资源，帮助他们更好地交流和分享相关经验和见解。
熔体速度,melt velocity
1)melt velocity熔体速度
英文短句/例句
1.Numeric Simulation of Velocity Field of Polymer Melts in Tube under Vibration Force Field振动力场下圆管内聚合物熔体速度场的数值模拟
2.The velocity field in blown film die was simulated by FEM method.用有限元法对吹膜机头内熔体流动的速度场进行了模拟。
3.Research about Nozzle Discharge Speed Distribution for Meltblown Model熔喷模头喷嘴孔流场速度分布的研究
4.Simulation of temperature field for MIG welding prototypingMIG焊熔敷快速成形温度场数值模拟
5.The measures that can control the generation of brokea filament wore put forward.提出了控制熔体温度、缩短熔体输送停留时问。
6.testing method for melt flow rate of thermoplastics热塑性塑料熔体流动速率试验方法
7.Study on Melt Viscosity of PP and FEP/PP Blends at Low Shear RatesPP及FEP/PP低剪切速率下熔体粘性研究
8.Numerical Simulation of the Temperature Field during Aluminum Melting Process铝熔炼过程合金熔体温度场的数值模拟
9.A STUDY OF RHEOLOGICAL PROPERTIES OF MOLTEN POLYETHYLENE TEREPHTHALATE--Part Ⅱ:Rheological Properties of PET Melt at High Shear Rate聚酯熔体流变性能的研究——高剪切速率下熔体的流变性能
10.Effect of Scanning Speed on Microstructure and Property of Argon Arc Cladding Fe-based Layer Coating熔覆速度对氩弧熔覆铁基合金涂层组织及性能的影响
11.Study on the mechanical properties and melt flow rate of SBS/ESBS blendsSBS/ESBS共混体系力学性能及熔体流动速率的研究
12.Study on Precision of FDM and Rapid Tooling Based on FDM & LOM;熔融沉积制造精度及快速模具制造技术的研究
13.Temperature Detection Software Development of Laser Molten Pool Based on High-speed CCD基于高速CCD的激光熔池温度检测软件开发
14.The Study of Dimensional Accuracy of Parts in Fuse Deposition Rapid Prototyping熔丝沉积快速成型制件尺寸精度的研究
15.Precision Analysis and Countermeasures of Fused Deposition Modeling熔融沉积快速成型工艺的精度分析及对策
16.Influence of Scanning Speed on Microstructure and Properties of Ni Based Laser Cladding Coating扫描速度对激光熔覆Ni基涂层组织性能的影响
17.The Experiment and Theoretics Study of Viscosity of Cu-Sn Alloys;Cu-Sn合金熔体粘度的实验与理论研究
18.Study on Viscosity in Silicate Melts;硅酸盐熔体粘度理论计算模式的研究
相关短句/例句
Melt-Front-Velocity熔体前沿速度
1.The unsteadiness of the melt-front-velocity leads to the non-uniform shrinkage,inconsistent tropism and warpage in appearance of the parts.在充填过程中,由于熔体前沿速度的不一致将导致制品产生不均匀收缩、非一致取向和翘曲变形,从而影响注塑模具成型质量。
3)melting speed熔化速度
1.Study onmelting speed of continuous casting mold powder;含碳材料对连铸保护渣熔化速度影响的研究
2.The burning loss of carbon is a key factor that controls themelting speed of mold powder.利用碳烧损量是控制保护渣熔化速度的关键因素这一原理,用失重法检测了不同温度下保护渣的烧损量并尝试用于比较其熔化速度。
3.Themelting speed of low carbon CC mold flux composed of different carbon materials(graphite and active carbon) and different carbon mass fraction((2.2%)的低碳连铸保护渣在空气中和在氩气中的熔化速度,结果是在有惰性气体保护下的熔化速度远小于一般在空气中的熔化速度。
4)deposition rate熔敷速度
1.The effects of proportion of mixed gas, welding current, arc voltage and gas flow rate of mixed gas shielded arc welding of flux cored wire on thedeposition rate, deposition coefficient and deposition efficiency were studied with shielding gas of Ar+CO2.以Ar+CO2作为保护气体,研究了药芯焊丝混合气体保护焊的混合气体配比、焊接电流、电弧电压和气体流量对熔敷速度、熔敷系数和熔敷效率的影响。
2.It is presented preliminary assessment of new plasma technology with both highdeposition rate and low rate of dilution ,which was developed under the calculation and analysis of compressive properties of plasma are, arc flame characteristics and kinematics behavior of poweder in the arc.人们衡量堆焊方法一般总是从两个方面进行 ,一是熔敷速度 ,二是稀释率。
3.The Influence of powder feeding mode on thedeposition rate was emphatically analyzed here.介绍了目前等离子弧粉末堆焊常用的几种送粉形式 ,较详细地分析了其利弊 ,着重分析了送粉方式对粉末熔敷效率的影响因素 ,并通过大量分析及实验验证 ,给出了同时获得高熔敷速度低稀释率的最佳送粉形
5)Melting rate熔化速度
1.Practice of Raising Melting Rate of Medium Frequency Coreless Induction Furnace;提高中频无芯感应电炉熔化速度的实践
2.In the process of trail-producing powder,that the carbon affects the melting rate of powder can be showed by the thermal characteristic apparatus.在保护渣的研制中,通过使用热特性仪,能够有规律的反映炭质材料对保护渣的熔化速度的控制效应,故提出一种用热特性仪测试保护渣熔化速度的测定方法。
3.C+BN skeleton particles can decrease viscosity,melting temperature,melting rate and crystallizing temperature of the mold powder.C+BN作为骨架粒子可以使保护渣的粘度减小、熔化温度降低、熔化速度降低、结晶温度降低。
6)melting casting rate熔铸速度
延伸阅读
流动相前沿分子式：CAS号：性质：平板色谱中，由于毛细管作用，流动相沿纸或薄层板移动的前沿，一般是平行于流动相液面的直线。
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