1) flashed brick
青砖(烧成末期使用还原气氛)
2) second,firing
重烤(玻璃扩散着色时用还原气氛使色料还原)
3) reduction atmosphere
还原气氛
1.
The effects of reduction atmosphere on the structure of the Co-ZrO2 coprecipitation catalyst and its catalytic activity for Fischer-Tropsch synthesis were investigated by means of X-ray diffraction,transmission electron microscopy,scanning electron microscopy,and temperature-programmed reduction.
采用程序升温还原、氮吸附、原位X射线衍射、扫描电镜和透射电镜等方法研究了不同还原气氛对钴锆共沉淀催化剂结构的影响,并考察了催化剂上费托合成反应的性能。
2.
Influence of reduction atmosphere on property of 7%Pd/γ Al 2O 3 catalyst was studied.
本文研究了还原气氛对催化剂 7% Pd/γ- Al2 O3性能的影响。
3.
The PTCR thermistors which have a higher room temperature resistance than nominal ones, are treated under reduction atmosphere (lg{ p O 2 } Pa =-4.
对常温阻值大于标称阻值ＰＴＣＲ热敏电阻在还原气氛中（氧分压ｌｇ｛ｐＯ２｝Ｐａ＝－４。
4) reducing atmosphere
还原气氛
1.
Effect of reducing atmosphere on composition and microstructure of cement clinker;
还原气氛对水泥熟料矿物组成及显微结构的影响
2.
After the Nd,Cr:GSGG crystal was annealed in reducing atmosphere,the absorption bands near 1μm almost disappear fully,which.
还原气氛(CO和H2)下退火后的吸收光谱中,在1μm处的吸收带基本消失,这对于提高激光效率是非常有利的。
3.
The influences of three factors,such as gas contents in reducing atmosphere,reducing temperature and reducing time,on the reducing degree of ware sintering were quantitatively investigated by the tube furnace.
利用管式炉定量研究了陶瓷烧成中还原气氛气体含量、还原温度和还原时间三者对日用瓷烧成还原程度的影响 。
5) firing atmosphere
烧成气氛
1.
The theory of incomplete combustion is applied in the study of the firing atmosphere for the production of copper red glaze,which calculation steps are derived in every detail and particular.
在铜红釉烧成气氛的研究中 ,应用了不完全燃烧理论 ,详细推导了其计算过程。
2.
A further study on the properties of ceramic firing atmosphere has been done in the paper, The research result shows that the following viewpoints or methods do not possess any scientific basises.
本文对陶瓷烧成气氛的性质进行了深入研究。
3.
This paper describes the measures of solving the problem through the firing atmosphere study to improve the product homogeneity.
本文通过对烧成气氛的研究,提出了解决该问题的方法,改善了产品的一致
补充资料：烧成油浸碱性砖
分子式：
CAS号：
性质：又称油浸砖。一般是指氧化钙-氧化镁系的烧成砖，经过沥青浸渍的耐火制品。按其材质，可以分为石灰砖、白云石砖、镁白云石砖、镁砖和方镁石砖等品种。浸渍工艺是先将烧成砖预热，然后采用真空加压法进行浸渍，一般是浸渍一次，也可以多次浸渍。这种耐火砖经浸渍后，可以提高制品的致密度、抗渣性、抗热震性、耐水化性和耐水性。主要用作电炉的炉衬。
CAS号：
性质：又称油浸砖。一般是指氧化钙-氧化镁系的烧成砖，经过沥青浸渍的耐火制品。按其材质，可以分为石灰砖、白云石砖、镁白云石砖、镁砖和方镁石砖等品种。浸渍工艺是先将烧成砖预热，然后采用真空加压法进行浸渍，一般是浸渍一次，也可以多次浸渍。这种耐火砖经浸渍后，可以提高制品的致密度、抗渣性、抗热震性、耐水化性和耐水性。主要用作电炉的炉衬。
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