伤春不语，忧国深深——读辛弃疾的咏春词

辛弃疾是南宋著名词人，在其68年的生命历程中，他始终坚持抗金，力求恢复中原。然却由于投降派长期把持朝政，致使其一生部郁不得志，因此，只得将其一腔忠愤，寄之于词作，其中绝大部分作品反映了作者抗金的爱国情思和慷慨激昂的斗志。而他在遭受排挤闲居的几十年间，也写下了为数不少的反映惜春、伤春内涵的词作，风格接近于婉约，历来引起很多诗词研究者的浓厚兴趣。本文就是以辛弃疾的著名词作《摸鱼儿》（“更能消几番风雨”）以及在此前后所作咏春词为研究对象进行赏析探讨，以了解辛弃疾的词作风格的多样性及其生平遭遇，以更好地帮助我们理解这位民族英雄、爱国词人的爱国主义精神。     

朱淑真与她的《断肠诗集》

南宋时的女词人朱淑真因为父母为其包办婚姻，婚后与丈夫不和，一生都受到感情的折磨，她的词主要表现没有爱情的婚姻所引发的忧愁嗟怨、孤独寂寞。在那个封建礼教森严的时代，她为自己大胆追求自主自由的爱情付出了惨重的代价，死后父母将其书稿和遗体一并焚毁，以灭不洁之迹。朱淑真的一生可谓不幸至极，风华绝代的才女却是如此悲惨凄凉短暂的一生，让人扼腕长叹，哀其不幸。     

基于WTO环境下的广东医药产业发展对策研究

文章在阐述广东医药产业发展概况基础上，较为深入地分析了加入WTO后广东医药产业所面临的挑战与机遇，并有针对性地进行了对策研究。     

《数字与缩微影像》杂志创刊三十周年贺词

维公元二零一二年五月十五日,欣逢《数字与缩微影像》杂志创刊三十周年之际,谨代表湖南图书馆致以衷心祝贺。其词日：中华文明,世界之光;载籍极博,源远流长。文武之道,缣绸纸帛,水火难防。是以保存文献,厥为至要：方法探求,字影像,技术求新;交相为用,其道大昌。布在方册;阅读深思,传统发扬。然而竹简木牍,易朽易坏：顿费思量。文献缩微,始于近世：典籍是赖,文明是传。     

桃花盛开

赵少昂（1905～1998），字叔仪，男，汉族，原籍广东番禺，中国近现代画家。1905年3月6日生于广东广州，1998年逝世于香港，终年93岁。少丧父，家贫，以做工谋生，业余自学绘画。赵少昂擅花鸟、走兽，继承岭南画派的传统．主张革新中国画。他的画能融汇古今，并汲取外国绘画的表现形式，同时又注重师法造化。作品笔墨简练、生动，形神兼备，深受人们的欢迎．在欧亚美及大洋洲等地举办画展数十次。著名收藏家赵泰来为其入室弟子。     

广东华业包装材料有限公司

广东华业包装材料有限公司是专业生产BOPP、BOPS薄膜及软包装印刷制品的国家重点高新科技民营企业。主导产品有BOPP光膜、清光膜、珠光膜，热封膜、镀铝膜、镭射膜、转称膜、烟膜及合成纸等系列近400种规格薄膜产品，     

浅论“刑罚世轻世重”政策与严打

本文首先介绍在西周就有论及，并在历代各朝中有广泛应用的“刑罚世轻世重”政策，论述其历史表现及其历史价值，然后就阐述刑法世轻世重政策在我国现代的体现——严打，充分探寻严打的原因及效果，最后探寻其利端与弊处。最终达到立足当下，使中国古代的世轻世重政策服务于今的目的。     

宋、明、清家具设计新论

从“通观”的角度将宋、明、清家具视为一个整体——“近世家具”,置于中国“近世设计文化”宏观背景下,来综合研究近千年来家具设计风格的演化和“近世设计文化”形成的思想潮流,这对中国古典家具设计研究及当代中国家具设计的复兴提供一种突破的可能性,具有重要的学术意义。     

拍出旗袍温婉、含蓄的神韵

<正>有资料显示，旗袍的雏形是始于春秋战国时期的深衣，直到清朝（满族）旗人所穿的衣袍才有了旗袍名字的由来，那时候的旗袍以宽松舒适、喇叭袖为主，表面配有纹绣类饰品。然而，旗袍的鼎盛时期却出现在上个世纪20～40年代的上海，结合了西方服饰的修身效果，于是旗袍有了收腰，长度也从齐脚背缩短到了露腿，南北方的设计差异还造就了旗袍的“京派”、“海派”之分。1929年，旗袍正式被确立为中华民族女性国服。     

花卉草虫册页

居廉画中以草虫花卉为最精（如本作中除去花卉，居廉还惟妙惟肖地描绘了蜜蜂、蝴蝶、蚱蜢、螳螂、呜蝉、飞蛾等虫类，形神皆备）而静物鸟兽次之，其后为人物山水，题材广泛，是晚清广东画派仅有的“高产”画家，作品被广泛流传。不仅在广东，而且在广西、福建、江西、湖南等地也常见其画迹。     

NAND Flash 图像记录系统底层写入控制技术

为提高图像记录系统中 NAND flash 阵列的存储带宽,分别研究和实现了 NAND flash 的片内交叉写入、片内并行写入和片内交叉并行写入控制技术,在此基础上提出了片内交叉写入和片外2级流水线结合的写入方法,该方法利用两组 NAND flash 片内交叉写入的命令地址和数据加载时间来填补烧写时间.最后用硬件方式在 FPGA中分别实现了上述各种写入控制方式的控制器.实验结果表明:本文实现的片内并行写入和片内交叉并行写入是普通写入方式速度的1.48903倍和3.27706倍,而本文提出的写入控制方法的写入速度是普通写入方式的3.96038倍,高于片外4级流水线的性能情况下,将 FPGA 管脚资源占用节省20%,有效降低了成本和记录系统实现难度.     

Modeling the effects of write field rise time on the recordingproperties in thin film media

A theory for including the effect of finite write field rise time in the calculation of written transition parameters for thin film media has been developed. Calculated dependence of transition parameter, overwrite and nonlinear transition shifts on the write field rise time are shown. Model results are compared with measured values for a thin film inductive head at different write current rise times and varying disk rotational velocity, for fixed linear density and flying height. The theory has also been used to calculate the amount of precompensation required to reduce the nonlinear shift to near zero     

玉米皮编织工艺在满族特色家居中的创新应用研究

目的研究利用绿色材料玉米皮制作满族特色家居系列用品,解决人们回归自然、享受绿色个性化生活的需求。方法采用文献研究法和实地调查法对满族传统家居现状进行分析,以玉米皮为材料改进满族家居设计,探讨玉米皮在满族特色家居中的应用过程,探究满族家居的创新手法与表达途径。结论概括了玉米皮编织工艺在满族特色家居中的创新应用研究的优势,具有总结实践经验与理论研究的双重意义。     

Electrical and optical properties of iron-doped CdO

Thin films of Fe-doped CdO with 1.3, 2.0, 2.3, 3.0, and 5.7 wt.% were prepared by a vacuum evaporation method on glass and Si wafer substrates. The prepared films were characterised by X-ray fluorescence and diffraction. Results show that doping of CdO with Fe enhances the film's [111] preferred orientation and causes slight shifts in the (111) Bragg angle towards higher values. The samples were investigated with a UV-VIS-NIR absorption spectroscopy and dc-electrical measurements. It was observed that there is a complicated dependence of bandgap on the Fe wt.% content in the film. In addition, light doping with Fe improves the dc-conduction parameters of CdO, so that with 1.3 wt.% Fe doping, the mobility increases by about 6 times, conductivity by 24 times, and carrier concentration by about 4 times, relative to undoped CdO film. The observations were analysed by using the available models (with a slight modification) for the coexistence of bandgap widening and bandgap narrowing.     

产品造型的象征意义

产品造型的设计是随着需要的层次变化而变化的.技术的发展,使得产品造型在实用和审美的需要上,不断得以满足,并形成象征意义的需要.通过阐述现代产品造型的意义就是造型符号的象征意义,提出现代产品的造型设计,就是要充分全面地运用联想,使象征意义清晰并且深刻.     

An inductively coupled memory cell for NDRO with two Josephson junctions

A memory cell with a write junction in a horizontal stripline loop, and a sense junction controlled by the loop current, has been implemented for a minimum line width of 2 μm. The Josephson current density is about 10 kA cm^?2; the maximum number of flux quanta in the loop is about 100. The write junction is switched by coincident word and digit pulses; the latter being coupled inductively into a loop. The magnetic field of the digit pulse inside the write junction is zero so that resonances are avoided. After set-up of the initial current the cell is operated with pulses having much larger rise times than the current transfer time in the loop. The current transfer time deduced from measurements and simulations is below 100 ps.     

文化特质在包装设计中的解析

在信息时代多元文化语境对我国包装设计的影响下,探讨了如何把握和坚持包装设计的文化性,挖掘、整理中国包装设计中优秀丰富的文化内涵,将传统的文化思想精髓同当代设计的要素有机结合起来.     

Symmetric Ultrafast Writing and Erasing Speeds in Quasi‐Nonvolatile Memory via van der Waals Heterostructures

Due to the large gap in timescale between volatile memory and nonvolatile memory technologies, quasi‐nonvolatile memory based on 2D materials has become a viable technology for filling the gap. By exploiting the elaborate energy band structure of 2D materials, a quasi‐nonvolatile memory with symmetric ultrafast write‐1 and erase‐0 speeds and long refresh time is reported. Featuring the 2D semifloating gate architecture, an extrinsic p–n junction is used to charge or discharge the floating gate. Owing to the direct injection or recombination of charges from the floating gate electrode, the erasing speed is greatly enhanced to nanosecond timescale. Combined with the ultrafast write‐1 speed, symmetric ultrafast operations on the nanosecond timescale are achieved, which are ≈10⁶ times faster than other memories based on 2D materials. In addition, the refresh time after a write‐1 operation is 219 times longer than that of dynamic random access memory. This performance suggests that quasi‐nonvolatile memory has great potential to decrease power consumption originating from frequent refresh operations, and usher in the next generation of high‐speed and low‐power memory technology.     

Lovell Reeve

Abstract

A poet, painter, critic and political organizer, Kenneth Rexroth (1905–82) is best known for having spearheaded the San Francisco Poetry Renaissance if the 1950s, and for his association with the Beat poets. See, for instance, An Autobiographical Novel, Garden City: Doubleday 1963; and selected Poems, New York: New Directions 1984.     

“电路”课程的教学研究与实践

介绍了“电路”课程教学改革中的讨论式启发、对比式启发、联想式启发;讨论了传统教学模式与现代多媒体教学模式的结合;强化了综合性、设计性实验.