transport band

The effects of rare earth ions on anion transport ability of band 3 protein and membrane fluidity of resealed ghost

稀土离子对带3蛋白阴离子转运活性及血影膜流动性的影响

Within a two-band tight-binding model driven by a dc-ac electric field, we investigate the effect of external noise on the transport property of electrons in superlattices.

运用直交流电场驱动下的双带紧束缚模型，研究了噪声对超晶格中电子输运性质的影响。

The effects of four rare earth ions La 、 Gd 、 Tb and Yb, on the anion transport ability of band 3 protein and the membrane fluidity of resealed ghost were studied.

测定了La2＋、Gd3＋、Tb3＋及Yb3＋四种稀土离子对带3蛋白阴离子转运活性及对血影膜脂流动性的影响。

The electron transport properties in Ge are calculated by full band Monte Carlo technique with anisotropic scattering consideration.

在考虑各向异性散射的基础上，对锗中电子输运特性进行了全能带蒙特卡洛模拟。

Ultra Wide Band communication pattern uses ultra narrow pulse to transport data bit and forms a bandwidth about several GHz at the same time. Its transmission speed can reach 500M/ s or even higher.

超宽带（UWB）通信方式是用极窄脉冲来传输数据比特，同时产生宽达数GHz的带宽，其传输速率高达至每秒500M甚至更高。