- 更多网络例句与沸腾范围相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Many experiments were conducted in order to understand the physical phenomena and mechanism after a heat pulse was released in superfluid helium.
在以上的温度范围内进行实验，研究了在热脉冲作用下，发生在超流氦浴中的沸腾现象及其物理机制。
-
As to the visualization study, the emergence of great deal of bubbles is observed when the wall superheat is low.
可视化研究发现低的壁面过热度时，有大量气泡产生；在本实验范围内，微槽内沸腾的流型主要有塞状流和环状流两种。
-
Experimental research on effects of a uniform electric field on plate pool boiling heat transfer enhancement was carried out. It's found that in the scope of lower overheat, boiling heat transfer is significantly enhanced under electric field.
对均匀高压电场作用下平板池沸腾换热的强化效果进行了试验研究，发现在较低过热度的范围内电场对换热有明显的强化效果。
-
In this paper, a unique kind of configuration, lunate channel, is adopted as the flow channel. The gas-liquid two-phase flow and boiling heat transfer characteristics of cryogenic fluid in these narrow channels are studied in detail.
本文采用独特的通道结构形式——极限偏心环缝，在宽广的参数范围内详细研究了这种狭缝通道中低温气液两相流体的流动及沸腾传热特性。
-
On the basis of Bowering Model about ONB of flow boiling using n.
讨论了影响矩形窄缝流道内过冷流动沸腾起始点的各因素，在Bowering关系式的基础上，考虑质量流速和压力对过冷流动沸腾起始点的影响，使用多元线性回归的方法，得到了关于矩形窄缝流道过冷流动沸腾起始点的修正关系式，与实验数据进行比较，误差范围为± 30 %。
-
The results show that it is possible to improve the properties of low carbonsteel against straining and aging by controlling the hot working conditions andthat the grain size and microstructure of killed steel may vary within fairly widelimits and yet its impact values after strain-aging may still remain within the re-quired standard; whereas strict control of the grain size and microstructure is ne-cessary in order to produce rimming steel of required impact value after strain-aging.
结果示：控制热轧条件可以改进&钢三&的显微结构，从而改善了&钢三&机械时效处理后的变脆倾向，其中镇静钢的显微结构和晶粒度可以在较大的范围内改变而成品均可以达到标准的要求，但沸腾钢则要严格地控制其显微结构和晶粒度才能合格。
-
In the No.1 lode, the largest one in the area, the ore-forming temperature changes greatly from 160-400℃, and the salinity of the ore fluids also changes greatly (0%-9%) with appa-rent boiling phenomena while the smaller lodes are of higher temperature（280-400℃）and lower salinity.
规模最大的1号矿脉，成矿温度变化区间比较宽（160~400℃），流体的盐度变化范围也大（0%~9%），沸腾作用明显；而在规模较小的矿脉中，温度比较高（280~400℃），盐度比较低。
-
The effects of gap size, shape, inclination angle, pressure and form losses of two ends of annuli were discussed. Based on experimental data and theoretical analysis results, a new half-empirical correlation was also derived which can accurately predict the CHF of vertical annuli, circle tube and rectangular channel in a very wide range of H/De values.
在实验和理论分析的基础上，提出了一个新的，可用于计算竖直环隙、圆管及长方形流道内自然对流沸腾临界热负荷的半经验公式，其计算精度和适用范围较现有的计算公式有显著提高，原则上不受H/De值大小的限制。
-
The experimental results show that in some range of the heat fluxes,porous surface can enhance heat transfer process as compared with pool boiling on a smooth plane surface.
实验结果表明：在一定的热流密度范围内，与光表面池沸腾比较，这种多孔表面可以显著地强化传热过程，而临界热流密度则比池沸腾低。
- 更多网络解释与沸腾范围相关的网络解释 [注：此内容来源于网络，仅供参考]
-
boiling point：沸点
(6)沸点(boiling point) 液体受热发生沸腾而变成气体时的温度. 或者说是液体和它的蒸气处于平衡状态时的温度. 一般来说,沸点越低,挥发性越大. (7)沸程(boiling range) 在标准甲醛用途下(1013.25hpa,0℃),在产品标准规定的温度范围内的馏出体积.
-
boiling stone：沸腾石
boiling range 沸腾范围 | boiling stone 沸腾石 | boiling surface 沸腾面
-
Sparks：火花
这样的Ca2+信号基本单位有各种各样的名称,常常反映了它们的时空性质,例如:火花(sparks)、喷烟(puffs)、沸腾(bumps)、卷流和量子散发范围(quantum emissiondomains,QED).