烧结温度范围

以CaO为载体的抗菌材料，银离子的较佳掺入量为4%～8%，较佳的烧结温度范围为1000～1200℃。

The better quantity of doped-Ag in antibiotic material carried by CaO was 4 % ~ 8 % and the better sintering temperature range was 1000 ~ 1200 ℃ .

非晶相的粘滞流动和晶化是致密化过程中互相竞争的两个影响因素，Al-Ni-Ce非晶合金粉末的最佳烧结温度范围：过冷液相温度区间563K~583K。

The viscous flow and crystallization are considered as the two competing factors for the densification process . The optimum sintering temperature range from 563 K to 583 K for the alloy studied .

拓宽了烧结温度范围的莫来石刚玉瓷的研究

Study of Mullite Corundum Ceramic Material with Expanding Sintering Range

烧结温度范围广，适合玻璃不同方式的加工条件。

Available with a range of firing temperatures , to suit specific part process conditions .

存在一适宜的烧结温度范围，在此温度范围内烧结可得到较高的密度。

A suitable sintering temperature range existed at which the higher densities of glass-ceramics can be obtained .

在烧结温度范围内随着气孔率出现最小值时，导热系数出现最大值。

There are a minimum value of the porosity and a maximum value of the thermal conductivity in the sintering temperature range .

不同氟云母加入量的玻璃陶瓷的烧结温度范围不同，随氟云母加入量增加而提高。

The temperature range for each of the glass-ceramics with different fluormica content was different , and it increased with increasing fluormica content .

球磨后的高合金工具钢粉末固相线温度为1161℃，确定烧结温度范围为1100℃左右。

The sintering temperature is selected as about 1100 ℃ because the solidus temperature of the ball-milled high-alloying tool steel powders is 1085 ℃ .

目的探讨HN97金属烤瓷外源性着色剂的烧结温度范围，最佳上色温度和匹配的瓷粉品牌。

Objective To determine the sintering temperature range and the best temperature of coloration of HN 97 porcelain stain , and matched porcelain powders .

所得材料具有良好的热稳定性，在1190～1280℃的烧结温度范围内，陶瓷体内晶粒无明显长大，且始终维持在纳米尺寸。

The ceramic material has good thermal stability and the grain size was maintained at nano-scale when the sintering temperature raised from 1 190 ℃ to 1280 ℃ .

研究不同周期碱土金属离子对微晶玻璃析晶特性、烧结温度范围及各项物理性能的影响。

The influence of the periodic properties on glass-ceramics was studied by analyzing the crystallization kinetics , the sintering temperature range and the physical properties of such glass-ceramics .

长石瓷有一最佳的烧结温度范围，在此范围内，适当延长保温时间（5小时）有利提高长石瓷中白榴石的含量。

In the most appropriate range of sintering temperature for feldspathic ceramics , sintering time should be prolonged appropriately ( 5 hours ) to increase the content of leucite crystals .

70℃络合所得掺Er~（3+）∶TiO2粉末，其PL强度随烧结温度在500-700℃范围内升高而增强，继续升高烧结温度至900℃，粉末PL强度逐渐下降；

When sintered at the temperature range from 500 to 700 ℃, the PL intensities of the Er ~ ( 3 + ) - doped TiO_2 powders chelated at 70 ℃ were increased with the increase of the sintering temperature .

由无铅、无镉低软化点玻璃料、银粉、有机载体制备而成的银端浆具有烧结温度低、适用范围广等特点。

The silver termination paste composed of glass frit ( Pb and Cd-free ), silver powders , organic vehicle and the others is prepared .

指出在金刚石工具中使用超细预合金粉末具有烧结温度低、烧结温度范围广，对金刚石把持力高等优点。

The advantages of superfine pre-alloyed powders , such as low sintering temperature , broad range of sintering temperature , good retention to diamond are pointed out .

随着粉料的粒度的减小，不但获得理想烧结状态所需的烧结温度范围随之降低，而且消除了显微气孔。

With the decrease size of powder , not only will the sintering temperature range fall , but also there is no air pores in the ceramics . 5 .

利用TG、DTA、DDTA等分析手段研究Bi2O3的低温烧结机理，并确定最佳烧结温度范围在840～900℃之间。

The mechanism of low temperature sintering is discussed by means of TG , DTA and DDTA , and the optimum sintering temperature range is between 850 ~ 900 ℃ .

高致密、结晶好的钽酸锶铋陶瓷靶由SrCO3、Bi2O3和Ta2O5粉末混合、预烧、压模和烧结而成，预烧和烧结温度范围分别为900～1000℃和1000～1400℃。

The high density , well crystallized ceramic strontium bismuth tantalite target was manufactured by reaction sintering of mixing SrCO 3 , Bi 2O 3 and Ta 2O 5 powders . The calcination and sinter temperatures were 900 ￣ 1 000 ℃ and 1 000 ￣ 1 400 ℃ respectively .

YSZ样品在1400℃烧结6h的相对密度分别为99.3%和98.6%，烧结温度范围为1400～1450℃。

The relative density of the samples treated above is 99.3 % and 98.6 % sintered at 1 400 ℃ for 6 h , respectively , and the sintering temperature range is 1 400 ~ 1 450 ℃ .