1)  Spherical coils
球形线圈
2)  globular current carrying coil
载流球形线圈
1.
Under the two assumed circumstances, the problem of magnetic field distribution produced by globular current carrying coil at its central axis is discussed , and under one of them,the problem of divergence arises.
在两种假设的情况下 ,分析讨论载流球形线圈在中心轴上的磁场分布 ,其中有一种情况会出现发散的问题 。
3)  spherical
球形
1.
Preparation of ZrO_2 spherical nanometer powders;
球形纳米氧化锆粉末的制备
2.
Preparation and characterization of uniform spherical nanometer silver powder;
规则球形纳米银粉的制备及表征
3.
The preparation of ZrO_2 spherical nanometer powders via emulsion processing route;
用乳液法制备ZrO_2纳米球形颗粒
4)  sphere
球形
1.
The results show that SiO2 is amorphous sphere at a 40nm diameter, and its surface has a lot of hydroxyl groups, which can form an absorption film on metal surface
结果表明二氧化硅为40nm左右的球形,属于无定形结构,表面含有大量的羟基,可在金属表面形成吸附薄膜。
2.
The experimental results of XRD and SEM show that the CaS:Mn2+, Eu2+ phosphors possess the crystalline structures with sphere, the mean grain sizes of phosphors are 250-400nm.
在微波场作用下，首次快速合成了球形亚超细尺寸的 ＣａＳ： Ｍｎ２＋，Ｅｕ２＋深红色荧光 体，ＳＥＭ照片显示其粒径为２５０～４００ｎｍ，并可观察到纳米粒子的团聚现象，呈现零维纳米材 料的特性。
3.
For the improved phosphors, the ideal morphology is that of perfect sphere.
喷雾热解法是近年来新兴的合成无机功能材料的方法 ,使用这种方法制备的发光材料一般具有均匀的球形形貌 ,粒子的粒度分布窄 ,这不仅有利于提高材料的发光强度 ,还可以改善发光粉的涂敷性能并提高发光显示的分辨率。
5)  spherical-normal spherical
球形-准球形
1.
High purity spherical-normal spherical submicron crystal silica is prepared by using technique of mixing acid corrosion(anhydrofluoric acid and sulphuric acid) and method of mechanical stir from raw powder quartz.
以天然粉石英为基本原料,通过氢氟酸与盐酸混合酸溶蚀技术和机械强力搅拌处理,制备了高纯球形-准球形亚微米晶质SiO2材料。
6)  spherical fillings
球形填料
1.
The effects of contamination removal were researched to treat municipal wastewater by biodegradation enhanced with adding spherical fillings in integrated vertical-flow infiltration systemIVIS.
球形填料通过提高系统的硝化活性,增加对氨氮的降解转化效率,同时生物量的大小,也是影响氨氮的降解转化效率的重要因素。
参考词条
补充资料：高莱线圈
分子式：
CAS号：

性质：又称匀场线圈(shimming coil)。在核磁共振谱仪中用于补偿主磁场的微小变化。线圈直径为2.5cm。将磁极面上的该线圈通入电流，产生附加的小磁场，便可维持样品周围磁场的均匀性。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。