Work Hard to Ensure Food,Drugs Safety for the People——An interview with Shao Mingli,director-general of the State Food and Drug Administration(SFDA)

Following is an interview given by Shao Mingli, director-general of China＇s State Food and Drug Administration to our reporter on what is being done to ensure food and drug safety in China. As everybody knows, food and drug safety is vital to people＇s lives.

Regulation on the Protection of Fossils Issued by the State Council of the People's Republic of China:Scientists' Researches Protected Legally—Further Explanation

With large-scale engineering projects being carried out in China, a large number of fossil localities have been discovered and excavated by responsible agencies, but still some important fossils of great value have been removed and smuggled into foreign countries. In the last three years, more than 1345 fossil specimens have been intercepted by Customs in Shenzhen, Shanghai, Tianjin, Beijing and elsewhere, and more than 5000 fossils, most of which are listed as key fossils,

Responsibilities of the State Intellectual Property Office of the People's Republic of China (SIPO)

According to the "Notice on OrganizationStructure of the State Council", the formerChina Patent Office was changed into StateIntellectual Property Office of P. R. China(SIPO). SIPO falls within the category ofdirect authorities under State Council and isresponsible for patent work andcomprehensively coordination of the foreignrelated affairs in the field of intellectualproperty.

清末民初中国国家观的“国-民”关系嬗变

在古代中国“天下观”解体后,“国”从“天下”中脱嵌,清末思想家以“国家主义”为基础的主权国家观念作为救国的方案,当国家主义方案碰壁后,民初思想家认识到个人权利和个性发展在现代国家构建中的重要作用,遂以“个人主义”为基础的自由国家观念进行替代。理解嬗变的过程,核心在于理解“国家和国民”关系的处理,研究发现这对关系由依附式转变为“国在民上”关系构建,又转向强调“个人至上”的关系构建,将国民脱嵌于国家和家庭,把人作为现代国家构建的手段转变为其目的,完成了具有内在延续性的现代国家构建启蒙。

从Peoples看罗尔斯对国家是理性行为体的批判

大多数国际关系理论流派都把国家作为理性的行为体,然而罗尔斯在其晚年的著作《万民法》中却拒绝把国家作为国际关系分析的单元,而把人民(Peoples)作为国际关系的行为主体,因为后者既是理性的、又是合理性的。但是从罗尔斯对世界国家的分类以及人民同非人民社会的关系来看,人民和国家之间的差别并不大,这说明如何体现出国家的合理性仍然是一个难题。

Effect of varying normal stress on stability and dynamic motion of a spring-slider system with rate- and state-dependent friction

Incorporating rate and state friction laws, stability of linearly stable （i.e., with stiffness greater than the critical value） spring-slider systems subjected to triggering perturbations was analyzed under variable normal stress condition, and comparison was made between our results and that of fixed normal stress cases revealed in previous studies. For systems associated with the slip law, the critical mag- nitude of rate steps for triggering unstable slips are found to have a similar pattern to the fixed normal stress case, and the critical velocity steps scale with a/（b - a） when k = kcr for both cases. The rate-step boundaries for the variable normal stress cases are revealed to be lower than the fixed normal stress case by 7 %-16 % for a relatively large ct = 0.56 with （b - a）/a ranging from 0.25 to 1, indicating easier triggering under the variable normal stress condition with rate steps. The difference between fixed and variable normal stress cases decreases when the α value is smaller. In the same slip- law-type systems, critical displacements to trigger instability are revealed to be little affected by the variable normal stress condition. When k 〉 kcr（V,）, a spring-slider system with the slowness law is much more stable than with the slip law,suggesting that the slowness law fits experimental data better when a single state variable is adopted. In stick-slip motions, the variable normal stress case has larger stress drops than the constant normal stress case. The variable normal stress has little effect on the range of slip velocity in systems associated with the slowness law, whereas systems associated with the slip law have a slowest slip velocity immensely smaller than the fixed normal stress case, by ~ 10 orders of magnitude.

Solid-state synthesis of Sr-and Co-doped LaMnO_3 perovskites

The synthesis process for La 1- x Sr x Mn 1- y Co y O 3- δ ( x = 0.2, 0.3; y = 0.2, 0.8, designated as LSMC below) perovskite oxides prepared by solid state reaction was investigated using DSC/TG, XRD, EPMA and particle size analysis methods. It was found that LSMCs were all of single phase and the synthesis process might be divided into three stages: the decomposition of reactants, the formation of LaMn(Co)O 3 based oxides, and the formation of LSMC solid solution. Typical average and the peak value of particle size, and the specific surface area are 14.65?μm, 16.4?μm and 1.38?m 2/mL, respectively, for mixed reactants and are 23.81?μm, 32.11?μm and 0.5?m 2/mL, respectively, for powder synthesized at 1?200?℃ for 8?h in air.

Elaborately tuning the electronic structure of single-atom nickel sites using nickel nanoparticles to markedly enhance the electrochemical reduction of nitrate into ammonia

The electrochemical reduction of nitrate to ammonia(NH3) can be used to recycle nitrogen and offers a decarbonized route for sustainable NH3production,but requires efficient electrocatalysts.Herein,we have rationally designed and fabricated a novel self-supported electrocatalyst comprised of Ni nanoparticles(NiNPs) embedded in Ni single atoms(NiSAs) anchored to nitrogen-doped carbon nanotubes grown on carbon cloth(NiNPs@NiSAs-NCNTs/CC) used for an efficient nitrate reduction reaction(NO3-RR) to produce NH_(3).The electrocatalyst can attain a maximum NH3yield rate of 27.67±1.16 mgNH3h^(-1)cm^(-2)at-1.4 V vs.reversible hydrogen electrode(RHE) and nearly 100% Faradic efficiency in the range of-1.2--1.4 V vs.RHE in a neutral medium,outperforming the previously reported Ni-based catalysts.Our experimental analysis and theoretical calculations have demonstrated that the moderate electrondeficient state of NiSAsregulated by NiNPsnot only facilitates the enrichment of NO_(3)^(-),but also benefits the formation of NO3*and decrease in the energy barrier of the rate-limiting step,thus resulting in the enhanced NO3-RR performance.

Modeling of Solid-state Polycondensation of Poly (ethylene terephthalate)

A mathematical model has been developed to handle the reactions in Poly(ethylene terephthalate) (PET) undergoing polycondensation reactions in the solid state. The effect of temperature on chain mobility was considered to estimate the rate constants of chemical reactions. The polymer crystalline fraction is modeled as containing only repeat units, thus concentrating end groups and conden-sates in the amorphous fraction. This model is compared with PET reaction data with good results.

Equation of State of Nuclear Matter in Chiral σ-ω Model

The equation of state of nuclear matter is studied in the 1-loop approximation of chiral linear σ-ω model.By introducing the density-dependent coupling constants, the problem of tachyon pole in the chiral σ-ω model is resolved.The 1-loop contributions ofσ and π mesons to the nucleon's binding energy are included, while the empirical properties of nuclear matter such as saturation density, binding energy, and incompressibility are well reproduced.

Materials Design on the Origin of Gap States in a High-κ/GaAs Interface

Given the demand for constantly scaling micro- electronic devices to ever smaller dimensions, a SiO2 gate dielectric was substituted with a higher dielectric-constant material, Hf（Zr）O2, in order to minimize current leakage through dielectric thin film. However, upon interfacing with high dielectric constant （high-κ） dielectrics, the electron mobility in the conventional Si channel degrades due to Coulomb scattering, surface-roughness scattering, remotephonon scattering, and dielectric-charge trapping.Ⅲ-Ⅴ and Ge are two promising candidates with superior mobility over Si. Nevertheless, Hf（Zr）O2/Ⅲ-Ⅴ（Ge） has much more complicated interface bonding than Si-based interfaces. Successful fabrication of a high-quality device critically depends on understanding and engineering the bonding configurations at Hf（Zr）O2/Ⅲ-Ⅴ（Ge） interfaces for the optimal design of device interfaces. Thus, an accurate atomic insight into the interface bonding and mechanism of interface gap states formation becomes essential. Here, we utilize first- principle calculations to investigate the interface between HfO2 and GaAs. Our study shows that As--As dimer bonding, Ga partial oxidation （between 3＋ and 1＋） and Ga- dangling bonds constitute the major contributions to gap states. These findings provide insightful guidance for optimum interface passivation.

The “Non-Locality” of Entangled States Is Seeming Phenomenon

EPR raised fundamental problems of non-locality (NL) in the case of entangled states (ES) 82 years ago. These problems were not solved until now. EPR and their followers used and would continue to use calculation methods that were available at that time. However, we can easily explain this observable NL as a trivial result of conservation laws (CL) within modern quantum mechanics (MQM). But application of CL requires materialistic descriptions of reality in a micro world in contrast to so-called quantum measurement theory (QMT), which was created mainly in the times of EPR and is widely accepted until now. We have to use a materialistic description, just as many physicists who actually work with high precision do by default. In this article, practical examples are given for real, precise measurements of wave functions of molecules and crystals, which, of course, were not known to EPR and were not noticed by their followers. We should acknowledge that QMT is merely an unneeded complication of simple relations of MQM. NL is the seeming result of these complications.

State of Country Report——Foreign Trade 2009-2010

Facing economic crisis in the world 2009, international market demands suffered a serious recession, also China's foreign trade has encountered unprecedented difficulties. In front of this, Chinese Government takes series of adjustment timely to get over this rough time. So how is China's foreign trade in 2009, and where it will go in 2010, let's have a look at this…

太阴型脑梗死患者中医证候分布规律研究

目的 探索基于“五态人”理论分型的太阴型脑梗死患者中医证候分布规律,以期为脑梗死的防治提供理论依据。方法 使用《五态性格测验表(成人简版)》筛选就诊于河南中医药大学第一附属医院的太阴型脑梗死患者,制订太阴型脑梗死患者中医四诊信息调查表,收集符合标准的221位患者的临床信息。依据所搜集的资料建立数据库,采用统计学软件SPSS 20.0进行数据处理,对患者中医临床信息进行频数及频率统计,对筛选得到的四诊信息采用因子分析法探索证候分布规律。结果 本研究纳入的221例太阴型脑梗死患者中,筛选总结出35个主要四诊信息。通过因子分析法得出5个证候集,分别为气虚血瘀证(24.9%)、痰湿证(24.0%)、气虚痰湿证(23.1%)、气虚证(19.0%)、血瘀证(9.0%),提示太阴型脑梗死患者证候要素以痰湿、气虚、血瘀为主。结论 太阴型脑梗死患者常见中医证候以气虚血瘀证、痰湿证、气虚痰湿证、气虚证、血瘀证为主,尤以气虚血瘀证最为常见。

Unveiling the planar deformation mechanisms for improved formability in pre-twinned AZ31 Mg alloy sheet at warm temperature

To investigate the role of pre-twins in Mg alloy sheets during warm planar deformation,the stretch forming is conducted at 200℃.Results suggest the formability of the pre-twinned AZ31 Mg alloy sheet is enhanced to 11.30 mm.The mechanisms for the improved formability and the deformation behaviors during the planar stretch forming are systematically investigated based on the planar stress states.The Schmid factor for deformation mechanisms are calculated,the results reveal that planar stress states extremely affect the Schmid factor for{10-12}twinning.The detwinning is activated and the prismatic slip is enhanced in the pre-twinned sheet,especially under the planar extension stress state in the outer region.Consequently,the thickness-direction strain is accommodated better.The dynamic recrystallization(DRX)type is continuous DRX(CDRX)regardless of the planar stress state.However,the CDRX degree is greater under the planar extension stress state.Some twin lattices deviate from the perfect{10-12}twinning relation due to the planar compression stress state and the CDRX.The basal texture is weakened when the planar stress state tends to change the texture components.

全过程人民民主:中国式现代化的显著标志与本质要求

民主是衡量现代化水平的重要指标,现代化是推进民主发展的必要保障。全过程人民民主作为中国民主发展的时代升华,以最广泛、最真实、最管用为其特色和优势。它基于中国国情和历史文化,吸收借鉴世界民主发展的有益经验,开创了人类政治文明新形态。全过程人民民主是中国式现代化的重要构成部分,充分契合中国式现代化的中国特色,并在促进中国式现代化良政善治和弘扬全人类民主共同价值的过程中,展现出了民主的治理效能,成为中国式现代化超越西方现代化的显著标志。发展全过程人民民主是中国式现代化的本质要求。这就需要以人民逻辑统领全过程人民民主的发展,以人民代表大会和人民政协为组织载体推进全过程人民民主的实践运行。同时,中国式现代化进程中的全过程人民民主,在民主话语建构、民主形象塑造以及推动政治文明交流互鉴等方面,将为后发型现代化国家进行现代化建设和推进民主发展提供全新选择。

“全民一体”:一个述说中华民族的原创概念

民族复兴被确立为国家发展目标,中华民族得到了前所未有的凸显,也进一步突出了中华民族与国家之间的内在联系。为了体现中华民族的国家属性,形成对中华民族的完整述说,笔者在中华民族“多元一体”概念的基础上,提出了中华民族“全民一体”概念,并通过原创的“人口国民化”“国民整体化”等概念来丰富其内涵。因此,就能将从中华民族与现代国家关系角度提出的“全民一体”概念,与从国内民族关系角度提出的“多元一体”概念结合起来,在既揭示中华民族与世界上其他现代民族的共同性,又揭示中华民族特殊性的基础上,对中华民族进行完整、有效的述说。

国有资产收益全民分享与共同养老金制度设计

落实以全民所有制为根基的社会主义制度,必须建立现实具体的国有资产收益全民分享机制,让全体人民分享归他们所有的国有资产收益。将部分国有资产收益用于建立共同养老金制度,平等地为达到一定年龄(依据国家一般退休年龄确定)的全体老年人发放一份社会主义性质的共同养老金,是社会主义初级阶段国有资产收益全民分享的可行方式。以国有资产收益建立的共同养老金制度具有国有企业产品消费倾向增长效应,不仅为老年人提供可持续、均等和稳定的基本生活保障,还能促进国有资产保值增值,保证其自身的可持续性。并且,与直接动用国有资本补充城镇职工基本养老保险相比,建立共同养老金制度能够有效缓解基本养老保险的给付差距问题。这为构建中国特色社会主义市场经济混合养老保障体系,即共同养老金和基本养老保险相辅相成的新型养老制度,提出新思路。

“国家”、“民族”与“人民”的三重纠葛——重述闻一多的思想道路

中国现代作家闻一多的一生被文学史概括为从诗人到学者再到战士的思想历程,这也是现代知识分子追求进步的典型。在他理想的追求和思想逻辑中,其实就是“国家”、“民族”与“人民”这三重概念的发展和纠缠:“国家”是他认知的起点,“民族”是贯穿始终的情感中心,而“人民”则是思想的升华,从中,也折射出现代中国社会历史的跌宕起伏和知识分子的曲折探索。重述这里的思想演变,对于我们洞见现代国家意识在知识分子精神史上的深刻流变,具有十分重要的典范意义。