| 1. | Magnetic properties of nanocrystalline two - phase permanent magnetic alloys by crystallizing from amorphous state
非晶晶化法制备纳米晶双相永磁合金的磁性 |
| 2. | The results indicated that tbco films prepared by magnetron sputtering were in amorphous state , while cr underlayers were in polycrystalline state
用磁控溅射制备的tbco薄膜为非晶态， cr底层为多晶态。 |
| 3. | The dependence between the ratio of znso4 / ( znso4 + feso4 ) in solution and the deposits microhardness was studied . lt showed that amorphous state deposit had higher value
随后研究了镀层的显微硬度随镀液中znso4 ( znso4 + feso4比值的关系，结果表明，镀层为非晶态时，显微硬度最高。 |
| 4. | For the powder milled to amorphous state , because of its very fine structure , it is easy to occur phase transformation and has good size stability when sintered
研磨到非晶态的粉末由于元素达到原子尺度混合，大大缩短了扩散距离，不仅易于发生固态相变，而且烧结体尺寸稳定性好。 |
| 5. | In this pcm , polyethylene glycol ( peg ) has been taken as functional branches , with which the energy storage and energy release can be proceeded by phase transition between its crystal state and amorphous state
利用聚乙二醇从结晶态到无定形态之间的转变，实现该材料的储能和释能，整个过程中材料始终保持为固体。 |
| 6. | Peo can be completely intercalated into the interlayer of v2o5 xerogel in form of amorphous state at x = 0 . 5 , whereas partial peo can not be intercalated into v2os xerogel interlayer and exists outside of v2o5 xerogel interlayer in form of crystalline state at x = l , 2
当x为0 . 5时， peo的嵌入较完全，在层间以非晶态形式存在；当x = 1 、 2时，部分peo未能嵌入氧化物干凝胶层间而存在于其主体之外，以晶态形式存在。 |
| 7. | Peo can be completely intercalated into the interlayer of v2o5 - moo3 xerogel in form of amorphous state at x 1 , whereas partial peo can not be intercalated into v2o5 - moo3 xerogel interlayer and exists outside of v2o5 - moo3 xerogel interlayer in form of crystalline state at x = 2
当x约为1时， peo的嵌入较完全，在层间以非晶态形式存在；当x = 2时，部分peo未能嵌入氧化物干凝胶层间而存在于其主体之外，以晶态形式存在。 |
| 8. | Abstract : the influence of re - addition way and sintering temperature on such physical and chemical characteristics as the ability of enameling glaze has been investigated in this paper . and the research has shown that the structure of glaze will be transformed from amorphous state into crystalline state and the grains will be refined while the sintering temperature and re content are increased
文摘:本文研究了在瓷釉中加入稀土的方式、烧结温度对瓷釉的涂搪性等物理性能以及化学性能的影响，并发现，随着烧结温度和稀土含量的增加，瓷层结构由非晶态向晶态转变，晶粒细化。 |
