1.
Research on High-Melt-Strength Polypropylene Via Solid Phase Grafting;
固相接枝法制备高熔体强度聚丙烯的研究
2.
Preparation of High Melt Strength Polypropylene by ～(60)Co-γ Radiation;
～（60）Co-γ辐照改性法制备高熔体强度聚丙烯
3.
Research on the High-Melt-Strength Polypropylene for Foaming Prepared by Reactive Extrusion;
反应挤出法制备发泡用高熔体强度聚丙烯的研究
4.
Effect of carbon on impact toughness of metal deposited with high strength austenite electrodes
碳对高强度奥氏体焊条熔敷金属冲击韧性的影响
5.
NEW TECHNOLOGY FOR MODEL PREDICTION AND IMPROVEMENT OF WELD LINE STRENGTH IN INJECTION-MOLDED PARTS
注塑件熔接痕强度预测及提高新技术
6.
Melt Strength of Cable Compounds and Its Effects on Extrusion Process
线缆聚合物熔体强度及其对挤塑的影响
7.
Application of High Viscosity PET Melt Heat Exchanger in Direct Spinning
高黏度聚酯熔体热交换器在直纺中的应用
8.
High-melt-viscosity polypropylene prepared by PP/EPDM reactive extrusion blending method
PP/EPDM反应挤出共混制备高熔体黏度PP的研究
9.
marging steel
马式体高强度热处理钢
10.
period of intensive physical training
高强度体育锻炼（期间）
11.
Study on High-hardness Nickel-based Self-fluxing Alloy Coating Remelted by High Frequency Induction Remelting
高硬度镍基自熔合金涂层高频感应重熔研究
12.
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。
13.
RHEOLOGICAL AND CRYSTALLIZATION BEHAVIOR OF HDPE/POLYSILOXANE MELTS
高密度聚乙烯/聚硅氧烷共混物熔体流变特性与结晶行为
14.
Research of the Temperature Measurement Technology Based on CCD Imaging Sensor and Adapted to Measure Surface Temperature Field of High Temperature Smelting Metal;
基于CCD图像传感器的高温熔体表面温度场测试技术研究
15.
Research of the System to Measure the Temperature Field of High Temperature Melting Metal Based on CCD Image Sensor;
基于CCD图像传感器的高温熔体温度场软测量系统的研究
16.
The mechanism of granule formation for production of compound fertilizer by melt granulation in prilling tower and factors impacting particle size
高塔复合肥熔体造粒工艺粒度成因机理及影响造粒的各种因素
17.
The Effect of the Melt Thermal Treatment with Composition Compensation on the Microstructure of the Primary Silicon of the Silumin
成分互补熔体温度处理对高硅铝合金的初生硅相组织的影响
18.
The warm-up device can reduce the temperature difference between the cloth and the molten film, so it improve the intensity of antis tripping, reduce the gaffer of the film.
预热装置缩小了材料和熔融薄膜的温度差，保证了涂覆后抗剥离强度高，减轻涂覆后的皱褶。