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blast-ldpc
- 低密度奇偶检验码与分层空时码的级联仿真，具有很高的价值，希望对大家有用。-Low-density parity check codes and layered space-time codes of the cascade simulation, with a very high value and hope for all of us.
abcds
- WAP to check whether a given system H1(z)and H2(z)in cascade is stable
tiji
- 下耳呷、双江口、猴子岩、瀑布沟梯级水库的优化调度，包含完整数据，可看到结果-Optimal dispatching under ear Xia, Shuangjiangkou, monkey rock, waterfall channel of cascade reservoirs, including the complete data, we can see the
beipinnibian
- 级联逆变器，提高电压等级使用倍频逆变 使输出波形更接近正弦 谐波率更小-Cascade inverter, improve the use of multiple frequency inverter voltage level Make the output waveform is closer to the sine harmonic rate is smaller
Qiteration
- 程序根据Q迭代，即以同位素相对分离系数作为级联计算中的迭代变量，相比于传统以丰度作为迭代变量的方法，Q迭代效率更高、且有推广意义-According to Q iterative procedure, that the relative isotope separation factor as a cascade calculation iteration variable, compared to the traditional abundance as the iteration varia
ideal-cascade_CCl4
- 程序计算了以四氯化碳为介质、在理想级联的状态下进行级联分离，计算得到了级联各级各组分的丰度等信息-The program calculates the carbon tetrachloride as a medium, the separation cascade in the state over the cascade, calculated the abundance of each component cascading levels and other information
ideal-cascade_C8H18
- 程序计算了以正辛烷为介质、在理想级联的状态下进行级联分离，计算得到了级联各级各组分的丰度等信息-The program calculates the n-octane as a medium to carry out the separation cascade in the state over the cascade, calculated the abundance of each component cascading levels and other information
MARC
- 程序编写了匹配丰度比级联模型，并有以虚拟组分M*和物料贫料丰度Cw为二维优化变量，以总流量最小为目标的优化程序-Programming matching abundance ratio cascade model, and a virtual component M* and material abundance Cw tails two-dimensional optimization variables, the total flow for minimal optimization pro
rectangular
- 程序对矩形级联模型进行了编程，在用户给出级联水力学参数和物料种类后，便能计算出各级丰度与精贫取料口丰度-Program rectangular cascade model has been programmed after the user to give the cascading water of mechanical parameters and type of material, we will be able to calculate the abundance levels and
source_2007_03_05_WSI
- naxtnano的应用范围包括量子阱，量子线，量子点，纳米线，纳米微晶体，量子级联激光器 （QCL），共振隧穿二极管（RTD），高电子迁移率晶体管（HEMT），Nano-MOSFETs， LEDs，激光器（e.g. VCSEL），高效太阳能板，有机半导体，离子敏场效应管（ISFET）以及 石墨烯，“应变硅，“低含氮化合物”等新型材料。是一款集合了k.p方法、自洽求解泊松-薛定谔方程等物理模型与一体的半导体光电子行业软件。-naxtnano range of applications