1)  sintered thin layer plate
烧结板
2)  sintered plate
烧结板
3)  sinter-plate
烧结板
1.
sinter-plate filter which has big potential is introduced .
介绍了一种潜力很大的烧结板除尘器,通过与传统的布袋、滤筒的比较,来说明该除尘器的特点,并介绍了其应用及其发展。
4)  sinter
烧结
1.
The tractic and production practice of sinter systen answer chance of iron ore resource in angang;
安钢烧结应对铁矿原料变化的对策及生产实践
2.
Design of the Control Program for Advanced Silicon Nitride Ceramic Sintering Plant;
氮化硅陶瓷烧结设备的智能化控制程序设计
3.
Practice on reduction of solid fuel consumption in sintering in WISCO and trend of development;
降低武钢烧结固体燃耗的实践及发展方向
5)  agglomeration
烧结
1.
The Effects of Agglomeration Technology on Thyristor Parameters;
烧结工艺对可控硅参数的影响
2.
In order to study the agglomeration craft of aluminium base complex material,we use high-temperature photon microscope to observe in situ agglomeration of Al-Mg and Al-Cu.
为了研究铝基复合材料烧结工艺,利用高温光学显微镜对Al-Mg和Al-Cu等二元合金系进行了原位烧结观察。
3.
Aim at the invalidation factors of airflow distribute plate of electric dust collector in agglomeration plant,blaze spraying method was applied to wear resistant coating,by this means,the wear resistant and corrupt resistant performance of airflow distribute plate was improved,and its use life has been prolonged.
针对烧结电除尘气流分布板的失效原因,采用火焰喷涂耐磨涂层的方法,很好地解决了气流分布板磨损和腐蚀问题,实现了该备件的长寿化。
6)  sintered
烧结
1.
We also study the effect of different composition crude materials and different sintered temperatures on the far-infrared absorbance.
试验表明,TiO_2-莫来石体系陶瓷材料的远红外吸收性能,随着烧结温度的升高明显降低:TiO_2能有效促进材料烧结、降低烧结温度,提高材料的红外吸收性能。
2.
The powder of different sintered time were tested by XRD,DTA and SEM.
研究了一种高温超导氧化物YBCO先驱粉末BaCuO2(011粉末)的制备新工艺,在烧结过程中把烧结和研磨工艺结合应用,对不同烧结时间的粉末进行了XRD和DTA分析及SEM观测。
3.
By optimizing the alloy compositions and improving the alloy ingot technique,powder-preparing technique,magnetically-aligning technique and sintering technique,N45H sintered Nd-Fe-B magnets have been successfully mass-produced from common commercially-available Nd,Dy,Tb,Fe,Nb,Cu,Al metals and B-Fe master alloy.
通过优化合金成分设计和改进合金铸锭技术、合金粉末制备技术、磁场取向成型技术以及烧结技术 ,应用全部国产设备与国内通用的工业生产烧结 Nd— Fe—B永磁的原材料 ,避免使用镓等稀有贵重金属元素 ,实现了 N4 5 H烧结 Nd— Fe—B磁体的工业化生产。
参考词条
补充资料:烧结板
分子式:
CAS号:

性质:又称烧结薄层板(sintered thin layer plate)。将吸附剂(硅胶或氧化铝)和玻璃粉混匀,涂布在玻璃板上,然后于高温炉中烧结,即成烧结板。此板不仅耐热、耐腐蚀,而且牢因,可反复使用。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。