飞线

退火对钛-钢爆炸复合板中飞线组织的影响

Effect of annealing on fly line structure and properties of titanium steel explosive composite sheet

进行了退火对钛钢爆炸复合板中飞线（绝热剪切线）组织影响的试验。

The effect of annealing on fly line structure and properties in titamium steel explosive composite sheet was investigated .

爆炸焊接金属复合材料中的飞线

The Flying Line in the Explosive-Welded Composite Metals

进行了几种金属组合的对称碰撞爆炸焊接试验。获得了这些金属组合中的飞线&绝热剪切线。

Some tests with many sorts of metals combination under symmetrical impact explosion welding were studied , and a sort of flying line-adiabatic shear line in those metals combination was obtained .

如需要，修拨仍然在水面之飞蝇线避免受拖拽影响。

If needed , mend the line that remains on the water to avoid drag .

全浮飞蝇线易于控制，相对下尼龙前导线较重量线不易受拖拽影响。

Floating line is easy to control and the monofilament leader isn 't nearly as vulnerable to drag as weighted lines .

除异常快流速和深水，使用全浮飞蝇线再配备八至十英尺之前导线已足够。

Except for exceptionally fast and deep water , a floating line with an eight to ten foot leader will work well .

当饰带毛勾向钓手位置漂流时，尽可能提高竿尖及收丝使飞蝇线离开水面。

Keep as much line off the water as possible by raising the rod tip and stripping in line as the streamer drifts towards you .

若向流速高处修拨飞蝇线饰带毛勾便会加速飘流，相反地修拨飞蝇线向低流速处饰带毛勾便会慢下来沉入更深泳层中。

By mending towards stronger current the streamer will speed up , a mend into the slower water will cause the fly to slow and sink deeper in the water column .

介绍了鞍钢第一初轧厂550飞剪线在线剪切过程中，板坯、剪刃的动态位置检测，位差处理与定长切头控制等问题。

Some questions such as dynamic detection for slab and shear chin position , positional error treatment and fixed length crop control etc. during shearing of 550 Flying Shear Line in AISC No. 1 Primary Rolling Plant are described .

介绍飞剪自动线生产过程中的控制系统的基本组成及结构，对控制器的设计及算法作了分析与推导，最后讨论在现场级控制器上的实现等问题。

The control system structure and components in the hot rolled fly shear process are introduced , and the controller design and algorithm have been presented as well as discussed on its realisation by the field controller .