The effect of additive, sinter temperature and sinter time to the mechanic characters were studied.
研究了其力学性能与添加剂用量、烧结温度、烧结时间的关系。
To make the fine porcelain with this attapulgite clay as the raw material has low sinter temperature an…
作为原料 ，该土也可用于制造日用精瓷具 ，具有烧成温度低、原料成本降低的特点。
The porosity of products obtained by ordinary pressure sinter was accretion when the sinter temperature hoist.
常压烧结获得样品的气孔率随烧结温度的升高而增大；
We studied the effect of suppress pressure, sinter temperature and sinter times on density, hardness and structure of the materials in the course of preparation.
并对制备过程中的压制压力、烧结温度和烧结时间等工艺参数对材料密度、硬度和组织的影响进行了研究。
Molding pressure, Sinter temperature in advance and the velocity of temperature raised are the main factors for the matching of anode substrate and thin film YSZ electrolyte.
影响阳极基底与YSZ电解质薄膜共焙烧匹配性的主要因素是成型压力、预焙烧温度和焙烧升温速率。
Molding pressure, sinter temperature in advance and the raise velocity of temperature were the main influencing factors for the matching of anode substrate and thin film YSZ electrolyte.
影响阳极基底与YS Z电解质薄膜共焙烧匹配性的主要因素是成型压力、预焙烧温度和焙烧升温速率。
Effects of heat treatment temperature and atmosphere on the sinter, thermal stability and carbonate substitution of CHA were investigated.
研究了热处理温度和气氛对这些CHA的烧结、热稳定性和碳酸根替代的影响。
In order to ensure the impartiality of the experiment data, the traditional high temperature solid synthesis and sinter method are used to prepare the sample.
为了保证均匀设计试验的整齐可比性，采用高温固相合成，而后高温烧结制得测试样品的方法。
This paper studied the melting characteristics of binding phase in high-basicity sinter and got the relationship between the melting temperature and binding phases composition.
本文以高碱度烧结矿中的铁酸盐黏结相为研究对象，考察了黏结相的熔化特性随黏结相组成的变化规律。
In order to enhance the temperature of hot air and improve sinter quality, it is a better way for both kinds of gas to be intermingled and combust. Ecnomic benefit has been obtained.
为了提高热风炉风温、改善烧结矿质量，掺烧焦炉煤气，取得了一定的经济效益。
A three dimensional unsteady numerical model of cemented carbide sinter-HIP furnace was established. The temperature field was simulated and optimized with this model.
建立了硬质合金烧结-热等静压炉内传热的三维非稳态数值仿真模型，对炉内的温度场进行仿真与优化。
It is a new technology to sinter ceramic materials rapidly by means of the high temperature and high heat transfer rate of plasma.
利用等离子体的高温和高传热率快速烧结陶瓷材料是一项新技术。
We increase the grade of sinter and decrease the energy consuming of sinter by the technologies of low temperature agglomerating, spherule agglomerating and intelligence heaping, etc.
采用低温烧结、小球烧结以及匀矿智能堆积等技术，提高了烧结矿品位，降低了烧结能耗。
It is shown that the high temperature cooling zone plays an important role in formation of calcium ferrite and high-basicity sinter.
研究表明，高温冷却带对烧结矿的成矿起着十分重要的作用。
The effect of various amounts of aluminum, potassium, silicon(AKS) on the high-temperature properties of sinter ingot and doped molybdenum wire was studied.
研究了不同含量掺杂元素对钼粉形貌、烧结坯及钼丝微观组织的影响。
The strength and metallurgical properties were affected severely as sinter liquid was less and complex mineral composition owing to high melting temperature point of concentrate.
该精矿初始熔点高，生成液相量少，烧结矿矿物组成复杂，严重影响强度与冶金性能。
Finally the new developments of high-temperature sintering and rapid-cooling integrated in one continuous process could realize sinter-hardening of MIM-parts.
最后把高温烧结和快速冷却组成一个连续过程，能实现MIM零件烧成品的硬化。
Finally the sinter damage mechanism under normal temperature and high temperature during smelting in blast furnace is analyzed with the experimental results.
结合实验研究的结果对冶炼过程中烧结矿在冷态和热态下的破损机理分别进行了剖析。
Finally the sinter damage mechanism under normal temperature and high temperature during smelting in blast furnace is analyzed with the experimental results.
结合实验研究的结果对冶炼过程中烧结矿在冷态和热态下的破损机理分别进行了剖析。
应用推荐