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feimiao
- 报道了利用20 fs激光脉冲在两种多孔微结构光纤产生超连续谱的现象，光纤长度均为40 cm，连续谱展宽范围分别是420—980 nm 和570—920 nm 。实验上证明了不仅仅具有周期性结构的微结构光纤可以用于产生超连续谱，由无序填充气孔组成的多孔微结构光纤也可以出现类似的超强非线性和超连续谱展宽。分析表明，小模场面积和高非线性系数更有利于产生宽的超连续谱，完全光子带隙的存在导致了光谱的分立结。-reported the use of 20 fs laser pulses in both mi
Insar
- 该程序很好用，利用激光扫描仪扫描后的数据处理，能够高精度识别图形图像信息。-good use of the procedure, the use of laser scanner and data processing, to identify high-precision graphics image information.
aa_3
- 学习掌握单总线数字式温度传感器 DS18B20的64位激光ROM码的读出方法。读DS18B20 64位ROM码命令（33h）允许主机直接读出从机的64位ROM代码，而无须执行搜索ROM 过程。如果该命令用于多节点系统，则必然发生数据冲突，因为每个从机设备都会响应该命令。64 位激光ROM 从高位到低位依次由8 位CRC、48 位列号和8 位家族代码(28H)组成。-learning and mastering digital single bus DS18B20 64 laser ROM cod
CODE128
- 用C++Builder开发的在普通打印机（一般是激光打印机，主要是分辨率要高点）打印条码128码-With C++ Builder developed in ordinary printers (usually laser printers, mainly to high-resolution) to print barcode 128 yards
paper028
- IMAGE PROCESSING BASED CALIBRATION OF HIGH PRECISION LASER PROJECTION SYSTEMS
ds18b20
- 详细说明：学习掌握单总线数字式温度传感器 DS18B20的64位激光ROM码的读出方法。读DS18B20 64位ROM码命令（33h）允许主机直接读出从机的64位ROM代码，而无须执行搜索ROM 过程。如果该命令用于多节点系统，则必然发生数据冲突，因为每个从机设备都会响应该命令。64 位激光ROM 从高位到低位依次由8 位CRC、48 位列号和8 位家族代码(28H)组成。--learning and mastering digital single bus DS18B20 64 laser
201003251
- 星上交换技术在卫星网络通信中所起的重要作用已引起人们越来越多的关注。目前地 面网络交换技术成熟，而且吞吐量高。但是由于地面网络交换系统中交换开关调度算法复杂度高，查表速率要求高，缓存容量需求大，以及空间环境和卫星有效载荷功耗、体积等因素限制，在卫星网络中并不适宜采用地面网络交换技术。适合基于激光链路的卫星网络的星上交换技术仍然处于探索阶段，星上交换技术是目前重要的研究课题。-Stars on the exchange of technology in the satellite networ
laster_design
- A laser printer is a common type of computer printer that rapidly produces high quality text and graphics on plain paper.
VirtualKwyboard
- 该源码为使用avr开发的应用激光技术实现的虚拟键盘，包括使用i2c总线从摄像头获得数据后经单片机处理后将数据发送至pc机，具有较高的实用价值。-Avr source code to use the laser technology developed by the virtual keyboard, including the use of i2c bus access to data from the camera will send the data processing by the MC
laserMatlab
- 用基于 Matlab 的小容量 FFT (比如 256×256)程序，将取样窗口划分为 若干个全等的小矩形,对每个小矩形内离散点的复振幅作 FFT 变换,然后将所有变 换结果叠加，再乘以复数相位因子,相当于对整个物面上点进行菲涅耳衍射计算， 利用这种方法可以迅速的实现高精度的轴对称傍轴光学系统中的激光衍射计算-With a small volume based on Matlab FFT (eg 256 × 256) procedure to sample window div
ecthod
- 一种高精度单点激光三角测距方法A high-precision single-point laser triangulation measurement method-A high-precision single-point laser triangulation measurement method
dpss-kongzhi
- 高精度DPSS倍频激光器数字温控系统的设计 -DPSS laser precision digital temperature control system octave design high-precision frequency DPSS laser digital temperature control system design
TEMP-CORL-DS18B20
- TEC大电流温度控制程序，用于稳定TEC设备的温度，控制激光器外界环境的温度为室温，DFB项目时用的一些程序，DS18B20 非常有用，对于激光器控制非常有用-High Current TEC temperature control program, equipment to stabilize the temperature of TEC, the control laser at room temperature, the external environment, DFB project
high-laser-1
- 研究强激光在大气传输过程中产生的热晕效应,采用数值模拟的方法,对无风时稳态热晕效应的影响参 数进行了求解,探讨了无风稳态热晕效应对轴上光强以及远场能量分布的影响-Transmission of intense laser in the atmosphere generated in the process of thermal blooming effects, the use of numerical simulation, steady state of no wind paramete
PID_Motor
- SX128单片机PWM调制波的程序与舵机的调试c程序-foction c,Pulse-Width Modulation. Self-research high efficiency laser power adopts new type of high voltage switch PWM control technology makes more stable
t6u3vw.ZIP
- 大功率脉冲激光光斑面积的实时控制系统High power pulse laser facula area real time control system-High power pulse laser facula area real time control system
Resonator-Design-
- 固体谐振腔基模光斑半径,包含两镜腔，三镜腔，四境腔，五境腔，六镜腔-The design considerations of high average power solid-state lasers including material properties, rod and slab geometries, laser reflectors and optical resonators ete are discussed in detail.
laser
- 迅速壁障前进，分为三种情况讨论，可以快速简单的解决壁障问题-Obstacle avoidance is one of the most challenging problems for the topic of UAV indoor navigation. In this paper, an indoor obstacle avoidance strategy based on Scanning Laser Range Finder (SLRF) is developed, so t
6.fiber-laser
- 《高等光学仿真》MATLAB源程序第六章高功率光纤激光器-" Advanced optics simulation" MATLAB source high power fiber lasers Chapter VI
High-power-fiber-laser-simulation
- 对高功率双包层光纤激光器的功率传输和反转粒子分布进行仿真-The power transmission and inversion particle distribution of high power double-clad fiber lasers are simulated