The battery is encased in stainless steel and is reported to have to maintain a temperature of 500 degrees to keep the metals inside in liquid form.
由于密度不同，因此几种液态金属材料彼此之间并不会混合在一起，而会像油水那样出现分层结构。电池被装在一个不锈钢罐中，保持500度高温以便金属处于液化状态。
For alloy steel piping system, the liquid temperature shall be higher than the brittle transition temperature of the metal material.
如果是合金钢管道系统，液体温度应高于金属材料的脆性转变温度。
The effect of the initial state on the solidification process of liquid steel and the temperature changing inside furnace were discussed, respectively.
讨论了正常熔化时间即断电前炉内状态对断电后钢液凝固和炉内温度变化的影响。
During smelting steel and iron, the temperature of molten steel and liquid iron is one of the most important parameters in steel trade.
目前，在炼钢、炼铁的行业中，钢水或铁液的温度是决定炼钢或炼铁的重要参数之一。
Base on the analysis of heat balance of LF-VD-CC process, the liquid steel temperature control model has been developed.
在分析LF - VD -CC过程各阶段热平衡状况的基础上，开发了LF - VD - CC过程中钢液温度控制模型。
During smelting steel and iron, the temperature for molten steel and liquid iron is one of the most important parameter.
在炼钢、炼铁过程中，钢水、铁液温度是其中最重要的参数之一。
The increase of the preheating and liquid copper temperature of copper clad steel wires makes the cladding ratio down and the remelting time short.
钢芯线预热温度和铜液温度的升高使包覆比下降，重熔时间缩短。
This paper introduces the principle, manufacture and test technology of a new continuous measuring sensor for liquid steel temperature and its application in continuous casting tundish.
本文介绍一种新型结构的连续测量钢水温度的传感器工作原理、制造技术、测试技术以及在连铸中间包上的使用情况。
This paper analyzes the composition of liquid steel on the high - temperature mechanical property of steel and longitudinal surface crack of CSP slab.
从钢水成分影响钢的高温力学性能的角度，研究钢水成分对钢的高温力学性能和CSP薄板坯表面纵裂的影响。
Argon is a ladle furnace or ladle handling of a number of ways that it can homogeneous liquid steel temperature, composition, Removing part of mixed gases and thereby improve the quality of steel.
钢包吹氩是炉外处理或钢包精炼许多方法中的一种，它可以均匀钢液温度，成分，脱除一部分气体与夹杂从而改善钢材质量。
The fluctuation of liquid steel's temperature in tundish of continuous-casting when producing 45# steel is researched, the influence actors analyzed, some improving measures proposed.
研究了宣钢生产45钢时连铸过程的中包钢水温度波动，对其影响因素进行了分析，提出了改善中包钢水温度稳定性的措施。
The brittleness of high-manganese steel under low temperature is discussed. A method of Iow-temperature cutting with liquid nitrogen freezing of the workpiece has been developed.
论述了高锰钢的低温脆性，建立了用液氮冷冻工件的低温切削方法。
The brittleness of high-manganese steel under low temperature is discussed. A method of Iow-temperature cutting with liquid nitrogen freezing of the workpiece has been developed.
论述了高锰钢的低温脆性，建立了用液氮冷冻工件的低温切削方法。
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