1) availability ratio of the armor plate
板材利用率
2) material utilization ratio
材料利用率
1.
Introduce the forming technology of compound extrusion for a shell piece, analyzing the material utilization ratio of two processing ways including extruding process and machine work, calculate and design the extrusion piece drawing of a shell part, and design the die structure.
介绍了壳体零件的挤压复合成形工艺,分析了挤压加工与机加工两种加工方法的材料利用率,设计计算了壳体零件的挤压件图,并设计了模具结构。
2.
Through adding public side, setting appropriate cutting route and using proper adding joint to the workpiece,we can improve producing efficiency and workpiece quality, can also reduce the consumption of gas and improve material utilization ratio of steel plate at the same time, the costs of production will be saved for the enterprise.
通过采取对工件增加公用边、设置恰当的切割路线和进行合理打点连接等措施,提高生产效率和工件质量,同时还可以降低燃气消耗量,提高钢板的材料利用率,为企业节约生产成本。
3.
In the paper, the general arranging method of the blanking parts on the sheet and calculation of the material utilization ratio by AutoCAD software have been discussed for punch die design.
论述采用Autocad软件辅助在冲模设计中冲裁件在板料上的布置的一般方法及其材料利用率的计算。
3) utilization rate of bamboo
竹材利用率
1.
The results showed that the utilization rate of bamboo of radical cutting strip was more 15%-20% than tangential cutting strip.
结果表明:径向剖篾比弦向剖篾的竹材利用率最低可高出15%～20%。
4) steel availability
钢材利用率
1.
The relationship between the steel availability and the numbers of steel specs that affects the ship-yard s benefits is studied.
阐述了钢材利用率和钢材规格对于船厂效益的影响,以及相互之间的关系。
5) utilization ratio of target
靶材利用率
1.
With the generation/control technology of plasma applied to the sputtering system,the problems of low utilization ratio of target material in magnetron sputterintg and difficult deposition of ferromagnetic materials were solved.
该镀膜机将等离子体发生和控制技术应用于溅射镀膜中,克服了磁控溅射的靶材利用率低及难以沉积铁磁性材料的缺点。
6) utilization ratio of wood
木材利用率
补充资料：氨基酸利用率
分子式：
CAS号：
性质：又称氨基酸利用率。食物或饲料蛋白质中氨基酸组分中能被人或动物吸收或利用的程度。它取决于蛋白质消化率、酶抑制剂及抗酶多肽的存在，以及氨基酸在肠道的释放速度。由于吸收后不被利用的氨基酸在吸收的氨基酸总量中所占比例很小，故将消化率和利用率等同看待，但严格说来是有区别的。
CAS号：
性质：又称氨基酸利用率。食物或饲料蛋白质中氨基酸组分中能被人或动物吸收或利用的程度。它取决于蛋白质消化率、酶抑制剂及抗酶多肽的存在，以及氨基酸在肠道的释放速度。由于吸收后不被利用的氨基酸在吸收的氨基酸总量中所占比例很小，故将消化率和利用率等同看待，但严格说来是有区别的。
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