liquid core
英 [ˈlɪkwɪd kɔː(r)]
美 [ˈlɪkwɪd kɔːr]
网络 液相穴; 液芯; 液态地核; 灵动核心网; 液核
双语例句
- In continuous casting course, the liquid core length is a very important parameter, it reflects the cooling condition of casting and the appropriate degree of pulling speed.
在连铸生产工艺中，连铸坯的液芯长度是连铸生产中一个非常重要的参数，它直接反映了铸坯冷却的状况和拉速的合理程度。 - Plumes are thought to be columns of exceptionally hot material rising from deep within the Earth's mantle, perhaps even from its bottom, where the mantle contacts the Earth's liquid core.
地慢羽被认为是米自地慢深处异常炽热的柱体，或许来自连接地球液体核的地慢的底部。 - In the structure, the polarized optic fiber strain sensors are used to made up the load self-diagnose system, and adhesive liquid core optical fibers are used to made up the self-diagnose and self-repair system.
在这种智能复合材料结构中，采用了偏振型光纤传感器构成了载荷自诊断系统、液芯光纤组成了损伤自诊断自修复系统。 - The model of solidification rate only influence on liquid core length, but not slab temperature.
凝固率模型仅对液芯长度有一定的影响，而对铸坯温度的影响可以不计。 - This paper studied the flow of metals in three dimensions during rolling of liquid core ingot.
本文研究了液芯钢锭轧制时三维空间中的金属流动，还计算了钢锭的传搁时间、加热时间、液芯率以及热含量等。 - The geometrical parameter ( diameter) of a self-made special liquid core optical fiber was measured with an efficient and practical method which was based on digital image processing.
对自制特种液芯光纤进行了几何参数（直径）的检测，提出了一种基干数字图像处理的高效、实用的分析方法来测量光纤的直径。 - During the process of rolling ingot with a liquid core the effect of the liquid core ratio on different factors of metal deformation has been investigated by a simulation experiment.
通过模拟试验，研究了液芯轧制过程液芯率对金属形变各个因素的影响。 - Types and uses of liquid core optical fiber
液芯光纤的种类和用途 - Then, we used liquid-core fiber in the study of Raman spectra. We innovatively used the mixtures of toluene and chloroform as the liquid core, and discovered that resonances of particle vibrations have an obvious impact on the output spectra.
其次，我们研究了液芯光纤在拉曼光谱中的应用，开创性地采用混合液体（甲苯和氯仿）进行研究，发现分子振动能级间相互作用将对输出光谱有一个明显的影响。 - The load performance of quartz optical fiber, plastic optical fiber and special liquid core optical fiber was tested.
通过承载性能实验，测试了石英光纤、塑料光纤和特种液芯光纤的承载性能。