LnCl3／MCl熔盐体系能量不对称性（Ln=稀土元素,M=碱金属元素）

ＬｎＣｌ３／ＭＣｌ熔体中，库仑效应，ＶａｎｄｅｒＷａａｌｓ效应和极化效尖起着主导作用，导致溶液热力学性质对相理想溶液中负偏差，并在ｘＬｎＣｌ≈０．２处，形成最大有序，用扩展的似化学理论模型能较好的描述这一特点，阐述了发展新热力学模型时应考虑到次近邻粒子及诸如空穴等似离子的作用，结合熔体结构研究，探讨熔体热力间的相互作用机理。     

面向光通信应用的CMOS 28 Gbps低功耗高抖动容限CDR电路设计

为了解决光模块中高功耗芯片恶化激光调制器性能，以及解决收发端时钟基准偏差导致误码率高的问题，设计了一款低功耗高抖动容限的时钟数据恢复电路（CDR）。通过采用压控振荡器（VCO）型全速时钟的CDR系统架构和电感峰化的时钟缓冲技术，降低了CDR芯片的功耗；通过在CDR积分通路中引入零点补偿电阻，提高了CDR的抖动容限。该CDR采用CMOS 65 nm工艺设计和1.1 V电源供电，后端仿真结果表明：当CDR电路工作在28 Gbps时，功耗是2.18 pJ/bit，能容忍的固定频差是5 000 ppm，恢复时钟的抖动峰峰值是5.6 ps，抖动容限达到了设计指标，且满足CIE-25/28G协议规范。     

用神经网络方法对卡巴醌系列抗肿瘤药物的QSAR研究

运用人工神经网络方法研究了卡巴醌（Ｃａｒｂｏｑｕｏｎｅ）系列药物对用Ｌ－１２０１白血病细胞接种的小鼠延长生命的活性，与传统的回归方法进行比较，可得到更为精确的结果，并且在活性预测方面有很好的效果。     

Optimized transmission coordination mechanisms for opportunistic routing

The successful rate of transmission coordination of opportunistic routing (OR) is analyzed systematically,and then two efficient transmission coordination mechanisms (TCMs) are proposed for OR:a batch sliding window-based TCM and a bit map-based TCM,to reduce the total number of packet transmissions and improve end-to-end throughput for OR.The batch sliding window-based TCM avoids the oscillation of the successful rate of transmission coordination by transmitting packets in continuous batch mode so as to improve the average successful rate of transmission coordination efficiently,while the bit map-based TCM improves end-to-end throughput of OR by reducing the overhead of transmission coordination.Exhaustive simulations show that the average end-to-end throughput gains of the two proposed TCMs are 15.4％ and 6.4％ over the batch map-based TCM,respectively.     

浅谈《劳动合同法》对企业人力资源管理的启示

劳动合同制度是企业进行人力资源管理的基础,《劳动合同法》从保护劳动者权益的角度出发,对企业人力资源管理工作提出了严格的规定和要求。笔者就如何正确认识劳动合同法的内在作用,切实提高现实劳动用工管理水平作一简要分析。     

Gerstewitz非线性标量化函数的性质及其在向量优化中的应用

【目的】对Gerstewitz非线性标量化函数的性质作进一步研究与应用。【方法】利用代数内部和向量闭包研究Gerstewitz非线性标量化函数的一些性质。【结果】给出了Gerstewitz非线性标量化函数的一些性质,进而利用这些性质建立了集值向量优化问题有效点和弱有效点的非线性标量化结果。【结论】将拓扑内部推广到代数内部情形,推广了Gerstewitz非线性标量化函数的一些性质与应用。
     

稻糠制取草酸研究

研究了以稻糠为原料用水解－氧化－水解法制取草酸的工艺方法。确定了最佳工艺条件，在此条件下，草酸二水合物收率可达８０％。     

Congratulations to Academician Changxu Shi on the Occasion of His Winning the 2010 Chinese Science ＆ Technology Grand Prize

On behalf of friends and colleagues at MIT and Johns Hopkins University,as well as students and faculty at the Center for Advancing Materials Performance from the Nanoscale(CAMP-Nano) at Xi’an Jiaotong University,we would like to express our hearty congratulations to Academician Shi on the occasion of his winning the highest science and technology award of China.This very well deserved "Life Achievement Award" recognizes the brilliant scientific career of Dr.Shi.The entire disciplines of materials science and nanosciences in China should also feel much gratified by this prize,for it was Dr.Shi who had vigorously     

Phase field simulation of the 180° domain-switching process in PbTiO<Subscript>3</Subscript> single crystal under an antiparallel electric field

The process of 180° domain switching in PbTiO₃ single crystal under an antiparallel electric field was investigated by the three-dimensional phase field simulation, especially the effect of electric field on the type and duration of domain switching. It is found that the polarization reversal of domains takes place under an antiparallel electric field in PbTiO₃ single crystal. The results of the phase field simulation indicate that there is only 90° domain switching under a weak electric field. With the rise of the electric field, 180° domain switching appears. If the electric field is strengthened further, 90° domain switching disappears and the duration of domain switching is shortened.     

Method for tumor recognition with short dynamic PET images: theory and simulation study

A new method was provided in this paper to recognize tumor in PET images automatically and reduce the waiting time of patient. Based on the unsupervised clustering algorithm (ISODATA), this method diagnoses tumor with short dynamic PET images. The theoretical basis of this method is that the metabolic characteristics of different tissues, represented by time activity curve in the region of interest, are distinctive. The computer program was developed and validated using simulated dynamic PET data with small tumor in lung. Simulation study shows that, this method could recognize tumor with the short dynamic PET data in 10 min successfully, and this method was not sensitive to initial cluster center.