均热

基本解释 (translations)

stewing

与均热相关的网络例句 [注：此内容来源于网络，仅供参考]

At the same time, Convergence Technologies Limited announced the formal termination of the G1x8 product which was exclusive for Dynatron Corporation. In 2008, Convergence Technologies Limited completed development of an aluminum-finned vapor chamber cooler for 1-U server applications, which began shipment to Dynatron under the product code of G1x8. On September 19th, Convergence became aware of Dynatron publicly selling a replacement vapor chamber cooler with copper fins called G218, and dissections revealed it to possess the same allegedly infringing features as parts manufactured by Taiwan Microloops Corporation.

嘉合科技有限公司同时宣布正式终止原先专供 Dynatron Corporation 的 G1x8 产品。2008年，嘉合科技有限公司完成用于 1-U 服务器应用的铝翅片均热板散热器的开发，开始以产品代码「G1x8」向Dynatron交付这种均热板散热器。9月19日，嘉合得知 Dynatron 公开出售名为「G218」的替代性铜翅片均热板散热器，经详细解剖分析之后发现 G218 包含有由台湾迈嵙公司生产的特征，亦即拥有与涉嫌侵犯专利的特征。

Ccording to the application research of expert system in production process of soaking pit s, this paper answers how to build the rules, facts and the processor of expert system, how to run the expert system and how to design the interface.

通过对专家系统在均热炉群生产过程中的应用研究，探讨了在线专家系统建立的规则、事实、推理机的构成，运行方式及接口设计的实现；阐述了利用能表达知识的规则进行均热炉加热方法控制和配合轧机工作规律的出钢顺序控制的方法，并与控制系统相配合，达到科学管理整个均热炉生产的目的。

Gas consumption would be decreased if the combustion system of soaking pit is rebuilt applying regenerative combustion technology.

应用蓄热燃烧技术改造传统均热炉燃烧系统，可以节约燃气的消耗率，提高炉内温度场的均匀性。

In this experiment, the heater heats the hot piece, and the temperature control equipment controls its temperature.

该试验通过加热器对均热块加热，利用控温仪控制均热块温度。

The results show that the rate of heating decreases due to the growth of oxidation layer in soaking process when the thermal resistance between gas and slab increases. The quantity of loss of iron scale increases with the increase of the coefficient of air consumption under the condition of certain soaking temperature. When the coefficient of air consumption is certain, the quantity of loss of iron scale increases with the increase of soaking temperature rapidly. The results of numerical simulation is consistent with experimental ones, and the error is very small within the range of soaking temperature in CSP line.

研究结果表明：在加热过程中生成的氧化层增大了换热热阻，使钢坯的加热速度减小；钢坯氧化烧损量随加热速度的增大而减小；当达到同一特定的均热温度时，钢坯氧化烧损量随空气消耗系数的增大近似呈线性递增；当空气消耗系数一定时，钢坯氧化烧损量随均热温度的提高而急剧增加；数值计算结果与实验结果变化趋势一致，并在CSP均热温度范围内较吻合。

The purpose of the study is to investigate the performance of the complex vapor chambers composed of various particle diameters (270~400mesh) and structures (particle or tree-like shapes). In this study, the wickers consisted of sintered copper powders and meshes were used to form the complex vapor chambers in the evaporation area.

中文摘要本研究利用烧结式铜粉作为均热板蒸发区之微结构，搭配铜网制成复合式均热板，探讨不同粒径(270~400mesh)及结构型态粉末经烧结之后对复合式均热板性能之影响。

Furthermore, there is no noticeable enhancement in the heat transfer performance of CPL by using a pin fin block to form the grooved channels.

另外，使用针状鳍片来构成沟槽的设计并无法增进整个系统的热传能力，使用均热片则能有效的提升热传能力，在沟槽的侧面及底面使用粗糙面的设计亦能有效的增进整个系统的热传能力。

By the concrete index and using request of 1 375 ℃ high strength castable refractory , 1 204 ℃ heat insulating refractory, 1 260 ℃ heat insulating refracrory,1 09 3℃ heat insulating refractory and 1 316 ℃ Si castable, the castable refractory for CSP billet soaking furnace is researched, which is acquired the good using effect.

根据CSP薄板坯均热炉用1375℃高强度浇注料、1204℃隔热浇注料、1260℃隔热浇注料、1093℃隔热浇注料和1316℃熔合硅浇注料的具体指标和使用要求，结合国内耐火原料的特点，研制出了满足CSP薄板坯均热炉使用需要的耐火浇注料，达到了预期效果。

According to the technological characteristics of soaking furnace of CSP line, the 3D-unsteady mathematical model of the loss of iron scale in soaking process was established with the experimental reheating furnace as instance by utilizing the methods of equivalent thermal resistance and equivalent mass. The effect of thickening of iron oxidation on heat transfer between gas and slab was considered in the model of loss of iron scale.

根据紧凑式带钢生产均热工艺特点，利用等效热阻和等效质量法，以实验均热炉为研究对象，建立三维非稳态钢坯均热过程氧化烧损数学模型，考虑氧化层的增长对传热过程的影响对氧化烧损量进行计算。

Because the speed of the fan for soaking furnace in the blooming shop could not beadjusted,a lot of hot air wasted during reheating, charging and discharging.

莱钢轧钢厂初轧车间均热炉烧钢供风系统，原设计风机不能调速，在烧钢的均热及装、出炉阶段，有大量的热风放掉，并有部分的过剩风量进入均热炉坑。

与均热相关的网络解释 [注：此内容来源于网络，仅供参考]

soaker：均热炉

snowflake 内裂 | soaker 均热炉 | soaking 均热

soaking pit：焖坑炉,均热坑炉

均热时间 soaking period | 焖坑炉,均热坑炉 soaking pit | 肥皂 soap

soaking pit crane：均热炉起重机

soaking pit 均热炉 | soaking pit crane 均热炉起重机 | soaking pit furnace 均热炉

soaking pit bay：均热炉跨

均热炉pit furnace | 均热炉跨soaking pit bay | 均整机,整径机(管)reeling machine

recuperative soaking pit：换热式均热炉

recuperative burner 换热式烧嘴 | recuperative soaking pit 换热式均热炉 | recuperator 蓄热器蓄热室

soaking pit furnace：均热炉

soaking pit crane 均热炉起重机 | soaking pit furnace 均热炉 | soaking temperature 均热温度

Soaking zone：均热段

soaking time 均热时间 | soaking zone 均热段 | soap bubble model 皂泡模型

Soaking zone：保温段、均热段

soaking pit furnace cover均热炉炉盖 | soaking zone保温段、均热段 | soak section均热段

stewing：保温净化,焖热烧透均热

保温净化,焖热,均热 soaking | 保温净化,焖热烧透均热 stewing | 保温炉 holding furnace

soaking pit furnace cover：均热炉炉盖

soaking pit building均热炉跨间 | soaking pit furnace cover均热炉炉盖 | soaking zone保温段、均热段