Novel 120‐Hz TFT‐LCD motion‐blur‐reduction technology with integrated motion‐compensated frame‐interpolation timing controller

Abstract— Samsung has developed a high‐resolution full‐HD (1920 × 1080) 120‐Hz LCD‐TV panel using a novel pixel structure and a motion‐compensated frame‐interpolation (McFi) single‐chip solution. Our latest work includes launch of a 70‐in. full‐HD panel, the world's largest LCD TV in mass production, with a 120‐Hz frame rate. A serious problem involving the charging time margin has been completely overcome through the use of a new alternative 1G‐2D pixel structure and a new driving scheme. Compared with conventional dot‐inversion driving, our new dot‐inversion method, which is a spatial averaging technique, can save power because the column drivers are operated using vertical inversion driving. In addition, McFi, which merges individual ME/MC and timing‐controller (TCON) ICs and memories, has been developed and applied in a mass‐production product for the first time ever. The McFi solution provides 120‐Hz driving with the lowest possible system cost. Motion‐picture response time (MPRT) has been reduced from 1 5 to 8 msec. Moreover, for the case of 24‐Hz film source mode, motion judder has been completely eliminated. As a result, a lineup consisting of 40‐, 46‐, 52‐, 70‐, and 82‐in. LCD‐TV panels with high quality and manufacturability has been made possible.     

小螺纹孔数控攻丝工艺试验

在加工中心上对ＬＤ１０、４５＃钢、３０ＣｒＭｎＳｉ、０Ｃｒ１７Ｎｉ４Ｃｕ４Ｎｂ、Ｔｃ４等５种典型材料进行了Ｍ７以下小螺纹孔的数控攻丝工艺试验，获得了一些适用的工艺方法和工艺参数。     

M2高速钢中的M_2C碳化物

本文用扫描电镜研究了 M2 高速钢中的 M_2C 碳化物及其分解产物。在铸态下,M_2C呈“扇”状、片层状或长条状分布在晶界上。在热轧材中发现了两种混合碳化物颗粒:M_6C+MC 和M_6C+MC+M_2C。在冷拔加工时,混合碳化物易被拉裂。     

网格疏密对MC模型计算精度的影响

在有限元计算中,结果的精确程度在很大程度上都依赖于网格的疏密程度。因而,很有必要去研究网格的疏密程度对计算结果精度的影响。本文基于摩尔库伦模型对浅基础进行了模拟,分别测试了几种不同的网格对计算结果的影响。结果表明:网格的疏密对计算结果影响很大,不同疏密程度网格模型得到的计算结果之间的差距可达50%以上,采用具有局部加密的网格模型和适当的局部网格密度对于提高计算精度是十分必要的,这样可使模型尽量地小,从而减少计算量,提高计算效率。     

膜生物反应器启动阶段除藻效果研究

以人工配制的含藻原水为处理对象,比较了UF工艺、生物粉末活性炭+UF组合工艺的除藻效能。结果表明,在膜生物反应器启动阶段,生物粉末活性炭+UF组合工艺对藻类、叶绿素a、藻毒素的去除效果高于UF工艺;生物粉末活性炭形成后,组合工艺对MC-RR、MC-LR的平均去除率达到96.0%和85.2%,能去除全部的藻类和叶绿素a,是较为理想的除藻工艺。     

基于差分格式的SOR-MC 高效计算

随着研究的深入,仿真的计算量爆炸式地增加,提高计算效率显得尤为重要。分析了蒙特卡洛法（MC）与差分法的逐次迭代(SOR)的优缺点后,本文提出了一种新型的混合算法SOR-MC,利用蒙特卡洛法（MC）随机游动为逐次迭代(SOR)构造一个初始迭代值,提高求解速度。并利用变网格精度进一步改进SOR-MC算法。通过多个数值试验验证了混合算法及其改进能大大减少了迭代次数,有效地提高了计算效率。     

通过Micro-USB接口提供充电和多种信号连接

本文对目前出现的Micro-USB接口进行了说明,并提出了飞思卡尔创新型Micro-USB接口器件MC34825解决方案,这是统一未来手机信号连接的一种可行性方案.     

基于无线传感器网络的灌浆参数监测系统

 基础处理工程的灌浆施工普遍采用灌浆自动记录仪进行流量、压力和浆液密度的监测记录,但由于传统记录仪现场监测的分散性,给施工管理部门实时巡查和统计工程灌浆进度资料带来困难。介绍了基于无线传感器网络的灌浆网络监测系统的总体架构及软硬件设计过程。通过此无线传感器网络监测系统的搭建,使灌浆施工管理实现了实时性和集约性,提高了灌浆施工监理的整体管理水平。     

基于MC34063的高升压比单片开关电源设计研究

针对直流开关电源设计中,在低输入直流电压下,以简单易行的方式获得高升压比直流输出的困难,使用在开关电源设计中广泛使用的MC34063单片电源控制芯片,通过增加高频升压变压器,给出了具有高升压比变换能力的升压型开关电源设计结果,具有电路结构简单,元件少,使用方便等优点,可用于仅有低压直流电源供电而需要较高直流电压输出的小功率应用场合。     

Comparison of photon transport efficiency in simple scintillation electron detector configurations for scanning electron microscope

The purpose of this paper is to find some general rules for the design of robust scintillation electron detectors for a scanning electron microscope (SEM) that possesses an efficient light-guiding (LG) system. The paper offers some general instructions on how to avoid the improper design of highly inefficient LG configurations of the detectors. Attention was paid to the relevant optical properties of the scintillator, light guide, and other components used in the LG part of the scintillation detector. Utilizing the optical properties of the detector components, 3D Monte Carlo (MC) simulations of photon transport efficiency in the simple scintillation detector configurations were performed using the computer application called SCIUNI to assess shapes and dimensions of the LG part of the detector. The results of the simulation of both base-guided signal (BGS) configurations for SE detection and edge-guided signal (EGS) configurations for BSE detection are presented. It is demonstrated that the BGS configuration with a matted disc scintillator exit side connected to the cylindrical light guide without optical cement is almost always a sufficiently efficient system with a mean LG efficiency of about 20%. It is simulated that poorly designed EGS strip configurations have an extremely low mean LG efficiency of only 0.01%, which can significantly reduce detector performance. On the other hand, no simple nonoptimized EGS configuration with a light guide widening to a circular or square profile, with a polished cemented scintillator and with an indispensable hole in it has a mean LG efficiency lower than 6.5%.