Performance: this product is a white crystalline or amorphous powder, non-toxic, tasteless, stable in the air.
性能：本产品为白色单结晶或无定形粉末，无毒，无味，在空气中稳定。
While the amorphous powder is more than 50wt. %, the properties change slower with increment of amorphous powder.
当非晶粉末比例达到50%以上，随着非晶粉末质量百分比的增大，复合磁粉芯性能的变化速度较慢。
It is an amorphous colorless or white powder.
它是一种无定形的无色或白色粉末。
In addition, with the increasing of the milling speed and the ratio of ball to powder, the speed of the amorphous forming is fast.
另外，在球磨时间固定的情况下，球磨比例越大、球磨速度越高，粉末所获得的能量越高，形成非晶的速度越快。
High voltage simulation tests were performed on the magnetic rings of three kind materials, i. e. ferrite, amorphous and microcrystalline and metallic magnetic powder core.
通过高电压模拟试验，观测了铁氧体、非晶磁芯和金属磁粉芯三种材料的磁环，特别观测了磁饱和的影响。
Particle size of ore powder can not be refined infinitely by milling, but its microcosmic crystallines can be refined gradually until amorphous structure is formed.
对于特定的一种球磨机，铁矿粉的粒度细化程度是有限度的，但其微观晶粒可以逐步细化直至晶粒完全无定形化。
The electrochemical techniques of encapsulating the amorphous nickel-nonmetal alloy on the surface of hydrogen-storage alloy electrode or hydrogen-storage alloy powder was used in this paper.
本论文提出了用电化学的方法在储氢合金电极或储氢合金粉表面包覆镍-非金属非晶态合金的工艺方法。
X-ray diffraction and transmission electron microscope experiments indicate the powder sample is amorphous and also show the average particle size and crystallization products.
射线衍射和透射电子显微镜实验不但证实它的非晶性，而且给出它的平均颗粒度大小和晶化产物。
Highfrequency plasma and laser supported combustion wave induced by it are the main reasons for amorphous structure of ultrafine co powder.
高频等离子弧及其诱发的激光支持燃烧波对于获得非晶结构起关键性的作用。
According to the experimental product derived from its X-ray powder diffraction peak curve bread is amorphous, glycine template no diffraction peak of copper.
根据实验所得的产物其x -射线粉末衍射曲线呈馒头峰是非晶态，没有出现模板甘氨酸铜的衍射峰。
It was found the FeCo metal coatings of composite powder was amorphous state through the results of XRD.
通过XRD的结果可以得出，通过化学镀的方法所获得的复合粉体的金属镀层为非晶态。
By applying double beam optical stimulation, ultrafine and amorphous Si3N4 nano-powder can be obtained.
采用双光束激发制备得到了超微非晶纳米氮化硅粉体。
The more Ni powder introduced, the more advantageous for the formation of amorphous structure, and the larger discharge capacity obtained.
加入的镍粉越多，越利于非晶结构的形成，其放电容量就越大。
II type is a light yellow amorphous solid powder, the English abbreviation for the s.
II型是淡黄色无定型粉状固体，英文缩写为s。
II type is a light yellow amorphous solid powder, the English abbreviation for the s.
II型是淡黄色无定型粉状固体，英文缩写为s。
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