1.
The Determination of Thickness and Refractive Index of Magnetic Garnet Films by Multiple Angle Laser Ellipsometry
激光椭偏仪多角入射法测定磁性石榴石薄膜的厚度和折射率
2.
EPR Investigation of Local Lattice Structure of Mn～(2+) in Diamagnetic Garnets;
抗磁性石榴石掺杂Mn～（2+）后局域晶格结构的EPR理论研究
3.
The Study of Characteristic of the Hard Domains in Garnet Bubble Films
对石榴石磁泡薄膜中硬磁畴特性的研究
4.
Study on the Cerium Substituted Yttrium Iron Garnet Magneto-optical Thin Films and Its Application;
掺（？）钇铁石榴石磁光薄膜的性能及应用研究
5.
Research on the Structure and Magnetic Properties of Rare-earth Ions Doped Yttrium Iron Garnet
稀土掺杂钇铁石榴石的结构和磁性能研究
6.
Stability of Vertical Bloch Line Chains in Hard Magnetic Domains of Garnet Bubble Films;
石榴石磁泡膜中硬磁畴畴壁中垂直布洛赫线的稳定性
7.
A black variety of garnet.
黑榴石一种黑色石榴石
8.
A separability study is conducted of Pingle Mine′ s grammite ore, which is associated with weakly-magnetic gangue minerals, such as mussite and garnet.
对伴生有透辉石、榴子石等弱磁性脉石矿物的广西平乐硅灰石矿进行了可选性研究。
9.
The garnet pyroxenite consists mainly of garnet and clinopyroxene with minor amounts of Mg-Al spinel, magnetite, tremolite, orthopyroxene, and olivine.
该石榴石辉石岩是由石榴子石、斜辉石以及镁铝尖晶石、铁矿和磁铁矿组成。
10.
Secondly, the method of formation hard domains is the essential prerequisite to study the character and stability of hard bubbles.
其次，石榴石磁泡膜中硬磁畴的产生方法是研究硬磁畴性质和稳定性的基础。
11.
The variety of garnet includes almandine, pyrope, magnesium-iron garnet, manganese-aluminum garnet, andradite and calcium-chromium garnet.
石榴石的种类包括（铁铝榴石、镁铝榴石、镁铁榴石、锰铝榴石、钙铁榴石、钙铬榴石）。
12.
Research on Composite Microwave Garnet Ferrite of Low Magnetic Moment and High Power;
低磁矩大功率复合微波石榴石铁氧体的研究
13.
The Synthesis and Analysis of Nano YAG Powders with High Performance;
高活性纳米钇铝石榴石的合成及表征
14.
The Performance of Diode-end-pumped Nd:GGG Lasers
掺钕钆镓石榴石晶体（Nd：GGG）激光特性研究
15.
Magnetic Petrology of the High Fe-Ti Eclogite from the Chinese Continental Scientific Drilling(CCSD) Main Hole
中国大陆科学钻探主孔高铁钛榴辉岩的磁性岩石学
16.
A brown or yellowish-brown variety of garnet.
钙铝榴石，桂榴石一种褐色或黄褐色的石榴石
17.
essonite:a brown or yellowish-brown variety of garnet.
"钙铝榴石,桂榴石:一种褐色或黄褐色的石榴石."
18.
This paper reveals a novel magneto-optic recording characteristic of Indium Bismuth Calcium Vitriol Iron Garnet (In-BiCaVIG) crystals in high power microwave (HPM) field.
报道了铟铋钙钒铁石榴石 (In BiCaVIG)晶体在高功率微波场中的新颖磁光记录特性。