1) blade with thickness
有厚叶片
2) thickening blade
加厚叶片
1.
According to the tail penetration blade with complex structure, a repairing method of using thickening blade and milling on machine is adopted.
针对这种结构较复杂的尾透叶片,使用留加厚叶片,上机床铣削的修配方法,成功解决了这种叶片转子的安装修配问题。
3) thick-less vane
无厚叶片
1.
thick-less vane,circular single-side backward vane and vane with circular skeleton line,and then a series of variation curves of contacting reactional force are obtained by simulation.
针对叶片泵的各种类型叶片受力特性不同的问题,以无厚叶片、顶部为圆弧的单面后倾叶片及对中圆弧叶片三种类型为例,对吸油区的叶片受力进行分析建模,仿真得到一系列叶片所受接触反力的变化曲线。
4) thickening vanes
叶片加厚
1.
In order to make thickening vanes more exact when drawing impeller of a centrifugal pump,the problems are analyzed when thickening vanes with the traditional method.
为使离心泵叶轮绘型时的叶片加厚更加精确 ,本文对叶片加厚采用的传统方法存在的问题进行了分析 ,进而给出了一种叶片加厚的精确方法。
5) Leaf thickness
叶片厚度
1.
Comparative anatomy analysis of the leaf thickness changes in tomato
番茄叶片厚度变化规律的比较解剖分析
2.
The changes in palisade tissue thickness,leaf thickness,and their ratio in flue-cured tobacco green leaves during field were studied.
田间条件下对烤烟下、中、上3个部位叶片生长发育过程中栅栏组织厚度、叶片厚度、栅栏组织与叶片厚度比值3个叶片组织结构特性的变化进行了研究。
3.
The key technique is to research a two parameter transducer that can precision examine both in tiny variety of leaf thickness and temperature,the principle experiment of transducer that can measure the tiny variety of leaf thickness had already complete.
其关键技术是研究可同时精确测量叶片厚度微变化和温度的双参数融合式传感器,测量叶片厚度微变化的传感器原理实验已经完成。
补充资料：加厚
加厚
intensification
当显影后负片密度不足时，一度将负片图角进行漂白，再显影来提高负片密度的处理。对显影不足时有一定效果，但原因为曝光不足时，则加厚处理就不那么起作用。此外，即使做到某种程度的加厚，分辨力也会相当降低，使用35毫用胶片时，为了防备万一出现曝光足情形，以添加2-3片格的层次曝光为上策。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条