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本文利用matlab数值求解CO2在碳酸饮料中的流失问题，并根据模拟结果对影响因素进行了理论分析，给出了碳酸饮料保证口感的关键因素(In this paper, numerical solution matlab CO2 in carbonated drinks in the loss of, and factors influencing the results of simulation carried out theoretical analysis, the taste of carbonated beverages a key factor in ensuring)

介绍了一种新的全光纤激光器，脉冲的，峰值功率不是很大(We report a narrow-linewidth (∆ λ = 0.4 nm) optical pulsed MOPA (master oscillator – power amplifier) source emitting 0.41 mJ pulses (1.5 kW peak power) in the eye-safe range (λ=1548 nm). Pulse duration and repetition rate were 90 ns and 5 kHz respectively. )

一维配点型无网格算法matlab程序，以一维单位长度杆为例子。(ONE DIMENSIONAL Collocation-based MESHLESS PROGRAM FOR SOLVING A 1D BAR OF UNIT LENGTH SUBJECTED TO A LINEAR BODY FORCE OF MAGNITUDE X WHOSE EXACT SOLUTION IS GIVEN BY u = (x/2- x^3/6)/E)

均值向量的编程的学习算法 通过这个算法可以变成处理图片的跟踪(Mean Vector learning algorithm programming algorithm can be turned through this track with pictures)

网络波长分配中的着色图算法,遵循波长一致性条件和不同波长限制条件。(it s the color graph algorithm,which is applied to the wavelengths assignment in the WDM networks.)

简单的运动目标目标检测，matlab源程序(Simple moving object target detection, matlab source)

Hexa to bin Galileo E1

本程序的功能是用支路追加法求阻抗矩阵,再用三相短路计算短路电流和电压(The function of this procedure is to use branch supplementary method for impedance matrix, with a three phase short circuit calculation of short circuit current and voltage)

有关OFDM时域和频域同步的硬件实现，在FPGA,DSP和ASIC上实现，并做了对比。(On the OFDM time domain and frequency domain synchronization hardware implementation, in the FPGA, DSP and ASIC to achieve, and has done a comparison.)

离散时域信号，采用辛普森算法时域高精度积分，例如速度信号转化为速度信号。(Discrete time-domain signal , using the Simpson integration precision time-domain algorithms , such as the speed signal into a speed signal . )