| 1. | Sanitary tapware - low pressure mechanical mixing valves - general technical specification
卫生阀门.低压机械混合阀.通用技术规范 |
| 2. | Sanitary tapware - low pressure mechanical mixing valves - general technical specification
卫生排水塞.低压机械混合阀.一般技术规范 |
| 3. | Design of typical device for powder surface modification of micron and nano - sized powder by mechano - mixed method
机械混合法改性微纳米粉体的设备设计 |
| 4. | For mechanical mixing pools , the effect depends greatly on the shape of the wheel of mixers
对于机械混合池来说，对其混合效果影响极大的是所采用搅拌器的桨叶形状。 |
| 5. | In w - mo alloys with different contents of w and mo , good coherence between the grains were achieved and they mainly existed as mechanical mixtures
不同组成配比的w - mo合金中的w晶粒与mo晶粒主要以机械混合的方式交错分布，通过形成的粘结相紧密粘结。 |
| 6. | Contrarily , w - cu powder prepared by reducing the mechanically mixed wo3 - cuo oxides has a particle size ranging from 0 . 1 to 1 m with irregular partic le shape and non - uniform distribution of w and cu composition
而机械混合氧化物共还原法制备的w - cu复合粉颗粒较粗大，其粒径分布范围在0 . 1 1 m之间，颗粒形状也并不规则。 |
| 7. | The effects of various additives elements and doping methods on foam nickel electrode ' s performance were studied using constant current charge - discharge test . we compared two doping methods : mechanical mixing doping and chemical co - precipitation doping
利用恒流充放电实验等电化学测试方法研究了不同掺杂元素及掺杂方式对泡沫镍电极的影响作用，对机械混合掺杂和化学共沉积掺杂进行了比较。 |
| 8. | When mechanical doping 5 % co , the discharge specific capacity is 225mah / g , the ratio of active material utilization is 78 % . the addition of zn can prevent the swelling of nickel electrode and prolong the cyclic life , decrease the existence of y - niooh when over - charged
随着co掺杂量的增加，镍电极的放电比容量明显提高，机械混合掺杂5 co时镍电极的放电比容量为225mah g ，活性物质的利用率达到78 ，循环性能比较稳定。 |
| 9. | The ocean circulation is controlled by diapycnal mixing which consists of mechanical mixing and convective mixing . the intensity of mechanical mixing depends on the amount of mechanical energy offered by external processes , among which wind stress and tidal generation force are major sources
海洋中的湍混合包括机械混合和对流混合，混合的强弱是控制大洋环流的重要因素，其中机械混合的强弱取决于外界机械能的供给，风和潮汐是重要的机械能之源。 |
