csz

Thermal Decomposition of CSZ Material Prepared by Wet Chemical Method

湿化学制备的稳定ZrO2原料的热分解行为

Study on nicr ─ csz metal ceramic composite powder

NiCr&CSZ金属陶瓷复合粉的研究

Development and application of non-formaldehyde dye fixative agent CSZ

无甲醛固色剂CS的研制与应用

The concentration of excess oxygen in CSZ was found to be proportional to the content of iron oxide within experimental error .

发现在CDZ中过剩氧浓度与杂质氧化铁的含量成正比。

Microstructures of calcia-stabilized zirconia ( CSZ ) from different sources were examined by means of SEM technique , X-ray analyses and chemical analyses .

应用扫描电子显微镜、X射线分析以及化学分析技术，研究了掺CaO稳定的ZrO2陶瓷（CSZ）样品的显微结构特征。

The molding agent CSZ is removed in the right temperature , leaving no harmful impurities . The cemented carbide prepared by the molding agent CSZ is good organization structure and superior performances .

在合适温度下脱除，不留有害杂质，生产的硬质合金性能优越，组织结构完好。

The CSZ powder calcined at 1100 ℃ was sintered at 1450 ℃ . The SEM micrograph of the sintered ceramics showed that the average grain size was around 0.7 μ m , and the relative density of the ceramics was 93.0 % .

将经过1100℃煅烧的Ca0.8Sr0.2ZrO3粉体干压成型并在1450℃烧结后，所得瓷体的相对密度和平均晶粒尺寸分别达到93.0%和0.7μm；