坯

The efficiency has been raised more than twice by the application of fluidics to this lathe in the production of gear blanks.

射流技术应用于该车床，使齿坯生产的效率提高二倍多。

When work-hardening exponent of tube material get bigger, the formability of the tube is better.

管坯材料的加工硬化指数越大，材料的成形性能越好。

The influence of nozzle outlet angle on the fluid flow and free surface oscillation in the mould was analyzed.

分析研究了不同侧孔倾角对对称多侧孔水口浇注大方坯结晶器内流场及自由液面波动的影响规律。

Also, Flash's drawing methods are not as full-powered as those of Adobe Illustrator and Macromedia FreeHand.

此外，闪光的绘画方法不充分发动者和大媒体坯体插画写意。

The effect of solids loading,dispersant content and pH on rheological properties of slurry and properties of green body with gelatine as coagulant are studied in this paper.

研究了以氧化铝为原料，以明胶为胶凝剂的注模成型工艺中固含量、分散剂、pH值等对浆料流变特性及素坯性能的影响。

Paper at the actual production of the original billet Level rate is often unsatisfactory and can the needs of the market is a leather grain called for a more exuberant.

在实际生产中皮的原坯等级率往往是令人不满意的，可市场的需求是对皮革的粒面要求更旺盛。

The cause of brittle fracture on power hacksaw blades-blank were analyzed.

检验分析了机用锯条坯脆断的原因。

From the Gel Chemistry we know that the homogeneousness of gels' structures had effect on its' transparence.

纯凝胶和MCMB凝胶素坯的热分析结果显示，凝胶高聚物从233.3℃开始发生热分解，在444.7℃之前基本分解完毕，而MCMB则从392.3℃附近开始发生热分解，在678.8℃附近热分解基本结束。

In the fields of metallurgy system, the projects that we supplied assemblies for are as follows: Bao Steel 3rd Project (hot rolling、link casting、wire material、billet ban); Workshop Steel Structure、Bao Steel "Shiwu" Programming Lenience Ban、Blast Furnace、Link Casting; Wu Steel 3rd Steel-making

冶金系统在冶金系统，公司产品占上海市建筑企业五十强排名第一的上海宝冶采购总量超过60%，配套其宝钢三期工程（热轧、连铸、线材、坯板等）厂房钢结构、宝钢十五规划宽厚板、高炉、连铸等重点工程。

At last, the experiment of tube hydroforming was carried out in the guidance of the theory analysis. Experimental results of different load path are presented and the rule of the effect of internal pressure and axial force are studied. Based on the experiment, the basic rule of load control method is also discussed.

在分析的基础上，本文还完成了不同的轴向力和内压匹配作用下管坯内高压成形过程的实验工作，得到了不同工艺参数对零件成形的影响规律，还在实践的基础上提出控制加载的基本原则。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。