iron garnet

iron garnet 基本解释

网络  铁榴石

化学

重点词汇

• garnetn. 石榴石, 深红色 [化] 石榴子石; 石榴石; 子牙乌(石榴子石类矿物宝石的工艺名称)
• ironn. 铁, 熨斗, 铁器, 坚强, 烙铁, 镣铐 vt. 烫平, 熨, 用铁包 vi. 烫平

iron garnet 双语例句

1. 1、 Yttrium iron garnet single crystal device
   钇铁石榴石单晶器件（晶体）堆积中空位
2. 2、 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（InBiCaVIG）晶体在高功率微波场中的新颖磁光记录特性。
3. 3、 Lead as impurity in RIG ( rare earth iron garnet) Faraday rotators used for fibre optic communications systems.
   于光纤通讯系统稀土铁石榴石法拉第旋转器中作为杂质的铅。
4. 4、 A Study of Yttrium iron garnet ( YIG) Prepared by Sol-gel Method
   溶胶-凝胶法制备钇铁石榴石（YIG）研究
5. 5、 The preparation of Mn2+ doped composite yttrium iron garnet with less rare earth metal than YIG was reported in this paper.
   报道了含稀土量少的掺锰复合钇铁石榴石的制备。
6. 6、 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
7. 7、 The magneto-optical effects of Nd~ ( 3+) ions in Nd-substituted yttrium iron garnet are analyzed by using quantum theory.
   应用量子理论分析了含钕石榴石中Nd3+离子的磁光效应；
8. 8、 The effect of heat treatment on the ferromagnetic resonance of lutecium iron garnet and manganese ferrite single crystals
   热处理对鑥铁氧体和锰铁氧体单晶铁磁共振的影响
9. 9、 Effects of Bi and Al Substitution on Optical Absorption Spectrum of Yttrium iron garnet Film
   钇铁石榴石薄膜材料的光吸收谱及Bi、Al掺入对谱的影响研究
10. 10、 Theoretical Calculation of Faraday Rotation Spectra of Bismuth Substituted Yttrium iron garnet
    掺铋钇铁石榴石法拉第旋转谱的理论计算
11. 11、 Improved Method for the Preparation of Polycrystalline Yttrium iron garnet
    钇铁石榴石铁氧体多晶制备方法的改进
12. 12、 Growth and Magneto-optical properties of Bi-substituted gadolinium iron garnet single crystals
    钆铋铁石榴石单晶生长及其磁光性能
13. 13、 The effects of Bi-substitution on the complex impedance spectral of yttrium iron garnet ( YIG) were studied in this paper.
    用复阻抗的方法研究了低温烧结Bi取代钇铁石榴石的电性质。
14. 14、 Study of the magnetic properties and ferromagnetic resonance of the YTTRIUM-LANTHANUM iron garnet system
    钇&镧石榴石型铁氧体系统的磁性和铁磁共振的研究
15. 15、 Growth and Properties of Single Crystal Films of Yttrium iron garnet
    钇铁石榴石单晶薄膜的生长及特性
16. 16、 A Study of Magnetic Properties and the Mossbauer Spectrum of one Sort of Y-Ca-In-Ge iron garnet
    一种钇钙铟锗石榴石型铁氧体的磁性和Mossbauer谱的研究
17. 17、 Calculation of optical absorption for bismuth substituted yttrium iron garnet
    掺铋钇铁石榴石光吸收谱的理论计算
18. 18、 It proved the availability of IBAD method in growing Bi: YIG and Ce: YIG rare-earth iron garnet films.
    证明了IBAD方法可以用于制备Bi、Ce掺杂稀土铁石榴石薄膜。
19. 19、 Crystal Growth and Magneto-Optical Properties of ce~ ( 3+) Doped Rare earth iron garnet
    掺Ce稀土铁石榴石块状单晶生长及磁光性能研究
20. 20、 Effect of preparation condition of cerium substituted yttrium iron garnet sputtered films on magneto-optic properties
    Ce∶YIG石榴石薄膜制备条件对磁光性能的影响
21. 21、 Preparation and Property of Rare Earth iron garnet Combined Films of YBiIG/ YbIG
    YBiIG/YbIG复合稀土铁石榴石薄膜的制备及性能研究
22. 22、 The Linear Birefringence in Bi-Substituted Yttrium iron garnet Thin Film Optical Waveguide and Its Elimination
    掺Bi钇铁石榴石薄膜光波导的线性双折射及消除方法
23. 23、 A co doped Bi substituted rare earth iron garnet single crystal YbBi ∶ YIG was grown from high temperature solution, and was used first time for magneto optic optical fiber current sensors.
    采用高温助熔剂熔盐生长出了复合掺杂YbBi：YIG磁光石榴石单晶，并应用于磁光光纤电流传感器研制。
24. 24、 Investigation of amorphization in yttrium iron garnet irradiated by high energy As ions
    高能氩离子在钇铁石榴石中引起的非晶化研究
25. 25、 Theoretical calculation of optical absorption of yttrium iron garnet magnetooptical film
    钇铁石榴石磁光薄膜光吸收谱的理论计算
26. 26、 New Cerium-Substituted Yttrium iron garnet Magneto-optic Thin Film Material
    新型掺铈钇铁石榴石磁光薄膜材料
27. 27、 Yttrium iron garnet ( YIG) powders were prepared by coprecipitation process, the structure of the garnet was proved by XRD.
    采用反滴加共沉淀法制备了钇铁石榴石YIG粉体及掺钆石榴石Gd∶YIG粉体，经XRD分析证实为石榴石结构。
28. 28、 A Study on the Mechanism of the Optical Absorption of Ce substituted Yttrium iron garnet Magneto optic Thin Films
    掺铈钇铁石榴石磁光薄膜光吸收机理研究
29. 29、 The isolator uses several Yttrium iron garnet ( YIG) rods to gain a continual one-way pass band.
    隔离器采用了钇铁石榴石介质柱，获得了连续的单向传输频带。