鱼肝油酸钠局部注射治疗头颈部血管瘤：附15例报告

对１５例头颈部血管瘤采用鱼肝油酸钠局部分次注射治疗，疗程２１～１０５天。７例瘤体完全消失而痊愈，５例明显硬化缩小，３例在瘤体明显缩小后再行手术治疗，术中出血少，切除彻底，疗效显著。鱼肝油酸钠虽已使用多年，但临床实践证明它仍然是一种很有效的药物。局部注射治疗头颈部血管瘤是简便有效的治疗技术。     

基于时间触发和事件触发的混合实时任务两级调度策略研究

针对混合实时任务应用, 提出一种两级结构调度策略：对周期性实时任务采用时间触发, 非周期性实时任务则采用事件触发．先建立任务模型并定义相关概念, 然后给出调度策略的架构, 并对调度算法、可调度性、抖动、时标间隔及调度策略优化等进行深入研究．结合Windows CE.NET进行了调度策略实验验证, 结果表明, 该方法能提高混合实时任务的确定性, 减小抖动．最后, 讨论了时标间隔与处理器利用率及时标间隔与周期分辨率的关系．     

低功率毫米波辐射对HL60细胞基因表达谱的影响

摘要：研究低功率毫米波辐射对HL60白血病细胞基因表达谱的影响。应用基因芯片检测频率41.32GHz的毫米波辐射HL60白血病细胞和未辐射毫米波HL60白血病细胞组基因表达差异,并进行RT-PCR方法验证IL-7、EGF和LGALS3基因变化。 结果与对照组比较,毫米波辐射60min后,HL60细胞增殖,基因芯片检出基因表达上调18个和下调306个,在下调的基因中,RT-PCR 检出IL-7、EGF和LGALS3基因下调与基因芯片结果一致。表明低功率毫米波可导致HL60细胞基因表达谱发生变化,这些变化的基因与HL60细胞增殖功能相关。提示基因表达变化是低功率毫米波辐射HL60细胞所致生物学反应的重要因素。     

文学翻译的“度”的研究

文学翻译因其翻译对象——文学作品的特殊性,译者在翻译时经常会发挥自己的主观能动性去创造性地翻译原作品,造成译作在某种程度上背叛了原作,这种现象有其必然性,但应该有"度"。本文重点研究在翻译过程中,译者受到哪些因素的约束。     

An Analysis of International Data Encryption Algorithm（IDEA） Security against Differential Cryptanalysis

The security of international date encryption algorithm （IDEA（16））, a mini IDEA cipher, against differential cryptanalysis is investigated. The results show that [DEA（16） is secure against differential cryptanalysis attack after 5 rounds while IDEA（8） needs 7 rounds for the same level of security. The transition matrix for IDEA（16） and its eigenvalue of second largest magnitude are computed. The storage method for the transition matrix has been optimized to speed up file I/O. The emphasis of the work lies in finding out an effective way of computing the eigenvalue of the matrix. To lower time complexity, three mature algorithms in finding eigenvalues are compared from one another and subspace iteration algorithm is employed to compute the eigenvalue of second largest module, with a precision of 0.001.     

金属有机铂（II）配合物在光限幅材料中的研究进展

随着激光技术不断发展并走向成熟,如何防止激光损伤已经成为亟待解决的科学问题。铂（II）配合物因其结构稳定、光物理性质丰富、化学修饰性及光谱可调性强,以及激发态寿命长等特点,在光限幅材料领域中被广泛应用。当前,开发限幅性能优异、光学窗口宽且透光性高的铂（II）配合物光限幅材料成为激光防护领域中的研究热点。重点介绍了近年来报道的各类铂（II）配合物的光物理性质调控和光限幅性能研究,并对该领域的发展趋势进行了展望,以期为开发新型铂（II）配合物光限幅材料提供一定的参考。     

4种沙棘雄配子体发育的研究

４种沙棘雄配子体的形成过程较一致,减数分裂中染色体发生了不同程度的变异,具有两种类型的绒毡层,这种现象很可能与种间的演化顺序有关。温度是影响沙棘雄配子体发育进程的重要因素。     

磺化聚芳醚酮酮催化合成乙酸丁酯

以交联的聚芳醚酮酮和φ=20%的发烟硫酸合成了磺化聚芳醚酮酮树脂,并用于乙酸丁酯的催化合成。最佳条件：酸醇摩尔比为1：1.6,催化剂用量（质量分数,ω）为4.35%,反应温度115-120℃,反应时间为4h,酯化率达87.5%,催化剂易回收且可重复使用。     

Progress and records in the study of endogenetic mineralization during collisional orogenesis

To develop and perfect the theory of plate tectonics and regional metallogeny, metallogenesis during collisional orogenesis should be thoroughly studied and will attract increasing attention of more and more scientists. This paper presents the main aspects of research and discussions on metallogenesis during collisional orogenesis after the development of plate tectonics, and accordingly divides the study history into two stages, i.e. the junior stage during 1971–1990 and the senior stage after 1990. Beginning with the negation of mineralization in the collision regime by Guild (1971), the focus of study was put on whether there occurred any mineralization during collisional orogenesis at the junior stage. At the senior stage, which is initiated by the advance of metallogenic and petrogenic model for collisional orogenesis, scientists begin to pay their attention to the geodynamic mechanism of metallogenesis, spatial and temporal distribution of ore deposits, ore-forming fluidization, relationship between petrogenesis and mineralization in collisional orogenesis, etc. Abundance of typical collisional orogens such as Himalayan, China has best natural conditions to study collisional metallogenesis. Great progress in the study of metallogenesis during collisional orogenesis has been made by Chinese geologists. Therefore, we hope that the’ Chinese geologists and Chinese governments at various levels to pay more attention to the study of collisional metallogenesis. Some urgent problems are suggested to be solved so as to bring about breakthroughs in the aspects concerned.     

Cr6Ni11Mn13MoTi奥氏体钢焊条的研究

研制了一种Ｃｒ６Ｎｉ１１Ｍｎ１３ＭｏＴｉ奥氏体钢焊条用于高温服役（４５０～６５０℃）的Ｃｒ－Ｍｏ钢构件的异种金属焊接。结果表明：其异质接头具有良好力学性能和抗氧化性能,可以克服以往的异质接头服役过程中因碳迁移而导致的提前失效问题。