The high performance and high function of titanium dioxide are discussed in this paper.
本文讨论了二氧化钛高性能化和高功能化方面的问
In order to meet the demand for new technological revolution in 21th century,polymers will be synthetized according to the direction of high performance,high function,compos.
高分子材料为了满足21世纪新技术革命发展的需要，主要朝着高性能化、高功能化、复合化、精细化和智能化的方向发展。
Design of a series of 4-port high power differential phase shift isolators;
四端差相移式高功率隔离器系列化设计
Development of cylindrical traction lithium ion cell with high power;
高功率圆柱形锂离子动力蓄电池的研制
Development of high power Li-FeS_2 battery;
高功率Li-FeS_2电池的研制
Melting of Low Phosphor and Low Sulfur Steel by Ultra High Power Electric Arc Furnace without Oxygen;
超高功率电炉无氧状态下冶炼低磷、硫钢
Investigation on DRI Steel-Making Technology of 150t UHP EAF;
150t超高功率电炉直接还原铁炼钢工艺分析
Outline of UHP Electric Arc Furnace Technology;
超高功率电弧炉技术概况
A novel measuring method of thermal resistance for high power LED;
一种高功率LED热阻的测试方法
The drivers of high power LED used series are studed.
着重研究了任意个(1-20个)高功率LED串联联接的恒流源驱动器。
Preliminary experimental tests on a close-looped micro jet cooling system for high power LEDs were conducted.
对一种高功率LED散热用封闭微喷射流系统开展了初步的实验测试,测试结果和简单的数学分析表明实验用微喷系统有较大的改进空间。
In order to meet the requirements of high power PoE applications,we discuss several high power solutions,and give a detail design of high power PD part which is compatibility with IEEE802.
为了满足越来越多高功率应用的需求,在比较了几种高功率PoE方案后,给出了兼容802。
A high efficient and homogeneous pumped coupling technology of the high-power LD;
高功率LD高效、均匀泵浦耦合技术研究
Design and simulation of a wide-beam high-power paraboloidal antenna with dual-source;
高功率超宽带双馈源抛物面天线设计与仿真
A new kind of high-power broadband Yb~(3+)-doped double-cladding photonic crystal fiber(DC-PCF) superfluorescent source(SFS) is reported experimentally,which is pumped at 976 nm by a high-power lasers diode(LD) with the end-coupling method.
实验报道了一种新型的高功率宽带掺Yb3+双包层光子晶体光纤(DC-PCF)超荧光光源(SFS)。
An L-band high-power compressed rectangular waveguide junction circulator using two partial-height ferrite discs and Ridge-shaped impedance transformer is introduced.
介绍了采用部分高度双铁氧体圆片和脊梁阻抗变换器设计L波段高功率压缩矩形波导结环行器的方法,结合传统设计方法和HFSS软件的仿真分析对环行器进行了仿真和优化,给出了仿真分析结果。