1)  RF transmitter
高频发射机
1.
The improvement on the RF transmitter and power transmission system,the development of a new RF cavity and the perfection of RF controls were described in detail.
分析了合肥光源电子储存环原高频系统中存在的问题,详细介绍了高频发射机和功率传输系统的改进、新高频腔的研制和高频控制系统的完善,并给出了设计指标和测试结果。
2)  UHF transmitter
超高频发射机
3)  high-frequency
高频
1.
The application of high-frequency heating technology in wood bonding process;
高频介质加热在木材胶合中的应用
2.
Piezoelectric drivers in high-frequency thermoacoustic refrigerators;
高频热声制冷机中的压电驱动器
3.
Scattering of Rayleigh waves by a shallow circular canyon:high-frequency solution;
Rayleigh波在浅圆凹陷地形附近的散射:高频解答
4)  high frequency
高频
1.
Study on high frequency electro-magnetic-shielding cement-based composite materials;
高频电磁屏蔽水泥基复合材料研究
2.
Determination of Sulphur in Coal by High Frequency Infrared Absorption Spectrometry;
高频-红外吸收光谱法测定煤中全硫
3.
Application of High Frequency Screening Technology at JSC "SSGPO" Iron Mine;
高频筛分技术在JSC“SSGPO”铁矿的应用
5)  high frequency screen
高频筛
1.
The high frequency screen composition and working principle are introduced,through the establishment of self-synchronization shaker mathematical model for dynamic analysis,starting against QZK2445 high frequency screen their bearings,electrical power,steel spring of static and projectile index,vibration intensity of a series of key factors,such as checking,a reasonable choice of a series of data.
介绍了高频筛的组成及工作原理,通过建立自同步振动筛数学模型,进行动力学分析,针对QZK2445高频筛,对其轴承、电机功率、弹簧静刚度及抛射指数、振动强度等一系列关键因素进行验算,合理选择出一系列数据。
6)  High Frequency Magnetic Field
高频磁场
1.
Fabrication of Al Matrix Gradient Composites in High Frequency Magnetic Field;
高频磁场下制备铝基表面增强梯度复合材料
2.
Fabrication of Al-Mg_2Si-Al_2O_3 graded composite material under high frequency magnetic field;
高频磁场下制备Al-Mg_2Si-Al_2O_3梯度复合材料
3.
Research on electromagnetic separation of inclusions from aluminum alloy melts by high frequency magnetic field;
高频磁场下铝合金中非金属夹杂物电磁分离研究
参考词条
补充资料:单光子发射体计算机断层照相机


单光子发射体计算机断层照相机


  〗【单光子发射体计算机断层照相机】(single photon emission computed tomograply,SPECT)即旋转型γ照相机,由γ闪烁探测器围绕躯体作180°或360°自动旋转,对体内的γ光子进行多角度的探测,众多的信息由计算机采集,利用特殊软件和快速阵列处理机重建各种断层像。当探测器不旋转时,该机亦可做一般γ照相机使用。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。