1)  hollow spheres
空腔球体
1.
In this paper, the fabrication of magnetic composite core-shell particles and hollow spheres based on LbL self-assembly and colloidal templating by direct removal of core materials using a variety of chemical and physical methods are mainly review.
本文综述了基于层层自组装和胶体模板以及采用各种化学和物理方法直接除去核制备磁性复合核壳粒子和空腔球体。
2)  cavity
空腔
1.
Phenomenon of cavity and its size in rectangular moving-bed;
移动床空腔现象及空腔尺寸
2.
Experimental investigation of cavity flow characteristics at subsonic,transonic and supersonic speeds;
亚、跨、超声速下空腔流场特性实验研究
3.
Research on Cavity Acoustics Modal Test in the Interior of Car;
轿车车内空腔声学模态试验研究
3)  cavities
空腔
1.
Cross-sectional transmission electronic microscopy(XTEM)was used to study the growth of cavities after the subsequent annealing at 800℃ for 1 hour.
应用透射电镜观测分析了 80 0℃高温退火引起的空腔的形成形貌 。
4)  hollow
空腔
1.
Recent development of the application of X-ray spiral computed tomography imaging technologies in diagnosis of hollow organ diseases;
国内X线螺旋CT影像技术在空腔器官疾病诊断中的应用近况
2.
A method to measure the resonant frequencies of sound in cylindrical and conical hollow is presented.
提出一种测量圆柱和圆锥状空腔声共振频率的方法，由微机和信号处理板配合构成的系统完成频响曲线的测量和运算，实验得到的数据和理论计算值相吻
5)  hohlraum
空腔
6)  cavity effect
空腔效应
1.
For acetic acid,propionic acid and butyric acid with reducing of the inductive effect and increasing of the cavity effect,the apparent adsorption rated constant(k),the interaction energy between the absorbent and the absorbate and the affinity of the absorbate to the absor.
实验结果表明:乙酸、丙酸和正丁酸,吸附速率常数k随着吸附质浓度的增大而逐渐减小;对乙酸、丙酸和正丁酸,因为诱导效应的减小和空腔效应的增大,表观吸附速率常数k是逐渐减小的;吸附质与吸附剂之间的相互作用能逐渐减小;吸附质对吸附剂的亲和能也逐渐减小。
2.
The article introduced the visible emissivity and opening phenomena ——cavity effect which makes the emissivity and the absorptivity increa.
这种由于辐射在空腔内多次反射和吸收使表面吸收率和表面发射率都增大的现象称之为"空腔效应"。
3.
This characteristics of the cavity is so called cavity effect.
由辐射性能一致的漫射表面组成的腔体,在温度一致的条件下,其辐射行为可以归结到由腔体开口的表现来描写,这就是所谓空腔效应。
参考词条
补充资料：空腔
分子式：
CAS号：

性质：(一)用于产生黑体辐射的实验室装置。通常作为与红外辐射光源进行比较的标准。由闭合金属管内部涂黑组成，在管的一端平板上开一个窄缝，当管子被加热时，由狭缝射出的辐射，从实际上和理论上均与预期的黑体辐射相同。(二)在掩模版安装保护膜工艺中，在被安装的保护膜框架面积内，光掩模板与光学透明薄膜之间的未填充空间。

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