1.
rectangular guide ferrite phase shifter
矩形波导铁氧体移相器
2.
The differential phase shift changes as the change in the thickness of the ferrite phase shifter is calculated with the transcendental equation.
根据超越方程对单环非互易铁氧体移相器的差相移随铁氧体厚度的变化进行了数值计算。
3.
The transcendental equation for the single toroidal non-reciprocal ferrite phase shifter is obtained by using the twin slab model, and its properties are discussed.
利用双平板模型推导出了单环非互易铁氧体移相器的超越方程，并对其特性进行了讨论。
4.
Design and Analysis of Integrated Network of Ferrite Travelling Wave Phase Shift and Feed
铁氧体行波移相-馈电一体化网络的设计与分析
5.
Study on the Ferroelectric Material BST Used in the Phase Shifter of Phased-array Radar;
相控阵雷达铁电移相器BST材料研究
6.
SnO_2 Nanostructure and BaZr_xTi_(1-x)O_3 Phase Shifter;
SnO_2纳米结构与BaZr_xTi_（1-x）O_3铁电移相器
7.
Research on the LTCF Material and Passive Chip Elements;
LTCF无源集成铁氧体材料及器件研究
8.
Preparation and Magnetic Properties of Multiphase Ferrite Materials Induced by Metal Iron
金属铁诱导复相铁氧体材料的制备和磁性能
9.
Synthesis of Zinc Ferrite by Solid-state Method and Its Photocatalytic Property
固相法合成锌铁氧体及其光催化性能
10.
SO-FDTD analysis of EM scattering of magnetized ferrite
磁化铁氧体电磁散射的移位算子FDTD分析
11.
dynamic MOS shift-register
动态金属氧化物半导体移位寄存器
12.
Research of Preparing BST Ferroelectric Phase Shifter and High Frequency Permittivity Testing;
BST铁电移相器材料及其高频介电性能测试研究
13.
Composite hexaferrite synthesized by spark plasma sintering method
复相铁氧体材料的放电等离子体烧结合成
14.
Ferrite-Ferroelectric Composite Materials for Microwave and Millimeter Wave Device Applications; Final rept. 26 Apr-25 Oct 1999
铁氧体-铁电体复合材料在微波和毫米波器件上的应用/最终报告
15.
Power Supply Design for DBD-type Ozonizer with Phase Shifting Control
移相控制下DBD型臭氧发生器供电电源的设计
16.
Preparation and Characterization of Co-Mn Ferrite Applied to Magneto-Elastic Receiving Device
Co-Mn铁氧体磁弹接收器件的制备与特性研究
17.
Solution of Magnetic Characteristic Parameters Using Analogizing Finite Element Method for Ferrite Core Inductor
类比有限元法求解铁氧体电感器磁场特征参数
18.
Influence of the Thickness of Ferrite Plate on the Characteristics of Ka-band Microstrip Junction Circulator
铁氧体厚度对Ka频段微带结环行器特性的影响