This technique calls for less investment in civil works , but with higher utility percentage to original facilities , typical samples , modern techniques and reliable operation 这种工艺土建投资小，对原有工艺设施设备利用率高，有成型的范例，技术先进，运行可靠。
Trapezoid very similar design suitable for a multipolar structure , not only reduced the permanent magnetism suggests the step away from the electrical kok , and high utilization of materials ; 3 2 .梯形爪极设计适合于多极结构，不仅减小了永磁步进电机的步距角，而且材料利用率高
Use equipment can simplify production technology , raise work efficiency , overall material utilization factor has high precision and good strength high , enterprise economic benefits are notable 使用本设备能简化生产工艺，提高工效，材料利用率高，精度高，强度好，企业经济效益显著。
Field test shows that , this rig is characterized by high power utilization ratio , high hoisting speed , less load on the belt brake , and high capability of dealing with accidents 现场试验表明，钻机功率利用率高，起升速度快；反转制动特性减轻了带刹车的载荷；变矩特性加强了处理事故的能力。
Ofdm , with the advantage of high spectrum efficiency and easy realization , can strongly combat multi - path and dispersive channel interference , so its application is remarkable in recent years 正交频分复用( ofdm )技术具有抗多径时延、抗信道衰落、频谱利用率高、硬件实现简单等优点，近年来受到广泛关注。
Due to a variety of advantages , such as high bandwidth efficiency and excellent anti ? multipath performance , orthogonal frequency division multiplexing ( ofdm ) has received considerable attentions and been widely used in many fields 正交频分多路复用( ofdm )因具有频带利用率高和抗多径能力强等优点，近年受到广泛的重视。
The dr rope hoists feature higher hoist speed for faster handling , greater efficiency thanks to higher availability , compact design for optimum utilization of space , perfect safety device for operation and user - friendly 阐述了快速高效、可用性好、结构紧凑、空间利用率高、安全保护装置完备和用户使用界面友好是该产品的特点。
The ds / dmpsk modulation mode has many advantages , such as high spectrum utilization rate , strong anti - jamming ability and good security . ds / dmpsk has been widely used in both military communications and civil communications Ds / dmpsk调制方式具有频谱利用率高、抗干扰能力强、保密性能好等优点,因此在军用通信和民用通信中都得到了广泛的应用。
Although the structure of stbc decoding is very simple , it can achieve the same diversity gain as the method of mrc , and its use of the spectrum is very high . because of these advantages , sttb is referred into the 3gpp1 由于空时分组码编译码器的结构相当简单,却能获得与最大比合并相同的分集增益,并且它的频谱利用率高,已经被引用到3gpp1中。
Because of drying in vacuum , it has high speed under low temperature , its dry speed has raise 2 times , save sources , and the heat efficiency is high , especially adapt to material which is heat sensitive and easy oxidized 由于是在真空下干燥，在较低温度下有较高速率，比一般干燥设备速度提高2倍，节约能源，热利用率高，特别适合热敏性物料和易氧化物料的干燥。
