1) Rapid Displacement Heating
快速置换加热
1.
The Rapid Displacement Heating (RDH) cooking process has been developed by Beloit Corporation as an energy efficient pulping system.
阐述了快速置换加热间歇蒸煮化学和技术的原理。
2) RDH cooking
快速置换加热蒸煮
3) nonstorage calorifier
快速加热装置
4) rapid replacement
快速置换
5) rapid heating
快速加热
1.
For a kind of low carbon micro-alloyed steel,a thermal simulation test was conducted with samples of F+B+P microstructure and the effects of its cold deformation at room temperature on the distribution,size and composition of precipitates were investigated via a technological process for rapid heating and short holding time.
实验用试样的原始组织为铁素体、珠光体加少量贝氏体,采用一种快速加热短时保温的工艺方法探讨室温变形的作用。
2.
During the rapid heating for limestone calcination,a new platinum-membrane reactor(PMR),which accurately weighs the sample and acquires temperature of particles,was used.
在加热过程中,应用一种新型的快速加热装置——铂膜反应器,及时准确地获得样品质量和颗粒温度,来研究石灰石的煅烧分解,并对石灰石加热速率高达750℃/s下的分解反应特性,及其对分解后产生的氧化钙吸收CO2和脱硫的化学反应特性进行了研究。
3.
Based on studying the phase diagram of the Ti-Al binary system, the microstructure types and continuous cooling transformations of the TiAl-based alloys, and the heat treatment practices and effects, a new rapid heating cyclic heat treatment technology with the characteristics of rapid heating, holding in single α phase region, short holding time and relatively slow cooling was proposed.
在研究Ti Al二元相图及合金元素的影响、TiAl基合金显微组织类型与连续冷却转变、热处理实践及效果的基础上 ,提出了快速加热循环热处理新工艺 ,该工艺的特点是 :加热速度快 ,单相区保温 ,保温时间短 ,冷却速度相对较慢。
6) fast-heating
快速加热
1.
The new-style low heat-inertia fast-heating furnace for metal sample is developed based on its special need.
开发了一种新型低热惯性金属试样快速加热炉红外线快速加热炉,该系统采用红外线加热管为发热源,通过水平和立式布置来实现对板状和棒状金属试样的快速加热和冷却·经实际应用证明,利用红外线可实现对金属试样的高温高速加热和冷却,使红外线应用的领域进一步扩大,同时为金属热处理行业和科研开发提供了一种新的手段和途径
补充资料：快速加热塑性仪
快速加热塑性仪
25．快速加热塑性仪
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