浅析转岗流程

本文应用流程的观点分析了我公司目前员工转岗的一般流程，并和中板厂目前的转岗流程进行了分析比较，提出了转岗流程需要解决的问题，并将转岗作为人力资源整合的一部分从其培训、开发的角度来分析其培训的特点、内容及培训要求，以及将转岗员工上岗后的能力进一步跟踪、开发及其应用提出了一些建议，最后谈到了流程优化的原则，流程的识别与界定。     

别拿“优厚待遇”当诱饵

在第四届国际人才高峰会上，专家指出：“目前国内大部分优秀人才移居海外，要用优厚的待遇来吸引挽留人才。”听了这话，我不能苟同。有些优秀人才是优厚待遇吸引不了的，比如钱学森、陶渊明等。哪位在“五斗米”前折腰了？有的企业开出优厚薪酬却依然有很多优秀人才改换门庭、易主他人。这又是为什么？     

企业年金管理信息系统设计开发及应用

本系统是一套较为完善的企业年金管理信息系统,解决企业年金个人账户管理、投资收益分配、待遇支付管理、年金账务信息记录、查询等问题,有效防范年金运营风险,确保年金的保值增值,以互联互通安全使用为要求,调整优化管理流程,缩短办事流程,提高办公效率.     

俄罗斯将取消对中国特惠国待遇

俄罗斯政府正在审议取消中国特惠国待遇问题。该特惠制度是从1994年9月13日授予中国的，根据该制度中国产品享受特殊的税收优惠，其中钢管产品享受四分之三的关税优惠，即使根据特殊保护措施需征收的特别税费对中国产品也不会征收。     

创建长效机制 加快高级技能人才培养步伐

在人力资源开发过程中,将人力资源优势转化为人才优势,最终转化为科技优势,产业优势,提高操作人员技术素质、创新能力是关键.本文通过对高级技能人才现状、作用、地位的分析,进一步明确加快培养高级技能人才的重要性和紧迫性.从而达到创新培训形式,提高高级技能人才素质的目的.     

最低工资标准与劳动者待遇:统一抑或排斥?——基于我国最低工资制度的审慎考量

最低工资标准通常是在市场劳动力过剩时期弱势群体缺乏议价能力且就业困难时发挥效用的兜底机制,从目前我国最低工资标准实施的现状来看,存在着"三个低于"的现象,其困境产生的根源在于中央与地方政府、地方政府与企业、企业与劳动者三组力量的博弈.因此,今后需要我们重新明确最低工资制度的归属,厘清政府与企业责任、积极制定保护社会弱势群体的辅助公共政策,并最终建立主辅得当的最低工资制度.     

企业目标的经济学分析

市场经济条件下,股东、经理、员工、政府、社会等企业内外方方面面对企业提出了不同的要求,于是企业具有多种目标。企业是以盈利为主要目的的经济单位,因此,唯有利润才是最重要的目标,其他目标与利润目标都有着直接或间接的联系。     

冶金行业如何建立补充养老保险

随着我国社会保险体系的日益完善和国家逐步降低工资替代率的政策,使基本养老金的待遇仅能支付养老的基本生活费,要真正过上"老有所乐"的富足生活,达到小康社会的目标,冶金行业建立补充养老保险势在必行,实行补充养老保险的基本原则和实行补充养老保险的设计方案。     

本地一卡多号,让您的手机享受明星级待遇

现代社会,需要留下手机号码的场合越来越多,为让您有效应对此起彼伏的来电铃声,中国移动北京公司特别推出了本地一卡多号业务（又名副号码业务）：一位移动客户可最多同时拥有3个副号码,多号同时待机,副号如同主号的秘书、保镖和替身,让主号尽享明星级待遇。     

加强管理 深化改革继续办好企业中小学

在当前企业转换机制、建立现代企业制度的过程中，企业基础教育面临着诸多的新情况和新问题。如把企业基础教育当成“包袱”，主张从企业内部分离出去，使企业中小学出现局部的混乱状态，造成部分企业教育投入减少，教师待遇偏低，教师队伍不稳定，师资紧缺，质量下降。     

企业医院专业技术人员实行评聘分开的作用

专业技术人员任职资格评审工作已转入了经常化、制度化，获得任职资格的人员越来越多，某些单位或某些专业出现了人员相对不足或过剩以及职称与能力不相符的现象，在分配制度上同一任职资格享受同一级待遇，因而部分专业技术人员一旦取得了任职资格，就万事大吉、不思进取，作为企业医院，     

Effects of rare earth on inclusions and corrosion resistance of 10PCuRE weathering steel

The types,morphologies and distributions of nonmetallic inclusions in Cu-P weathering steels with and without rare earth were analyzed through a quantitative image analyzer,scanning electron microscopy(SEM)and energy dispersive spectroscopy(EDS)attached to SEM.Solid-soluble content of rare earth in the steels was analyzed by non-aqua electroanalysis and ICP.The results showed that rare earth modified the types and the morphologies of inclusions in the weathering steels.The small spherical rare earth oxysulfides and rare earth sulphides replaced the elongated MnS inclusions in the RE weathering steels.The rare earth inclusions dispersedly distributed and most inclusions were smaller than 2 μm in size.The optimum content of RE was 0.0065%-0.016% for 10PCuRE weathering steels containing about0.002% oxygen and 0.004% sulfur.Solid-soluble content of rare earth in steels was(14-20)x 10-6,which can act as a micro-alloying element.The corrosion resistance of 10PCuRE weathering steels and Q235 were studied by dry-wet cyclic immersion test.Their corrosion rates were obtained respectively.The polarization curves and pitting corrosion behaviors of weathering steels with and without rare earth were measured by electrochemical methods.The corrosion resistance of Cu-P weathering steels was improved by adding an appropriate amount of rare earth.Less and fewer rare earth inclusions largely decreased pitting susceptibility and rate of pit propagation.The pitting potential and the resistance against pitting corrosion of the RE weathering steel were significantly improved due to the modification of rare earth to inclusions.     

Lanthanide NIR luminescence for telecommunications, bioanalyses and solar energy conversion

Present-day advanced technologies heavily rely on the exciting magnetic and spectroscopic properties of lanthanide ions. In particular, their ability to generate well-characterized and intense near-infrared (NIR) luminescence is exploited in any modern fiber-optic telecommunication network. In this feature article, we first summarize the whereabouts underlying the design of highly luminescent NIR molecular edifices and materials. We then focus on describing the main trends in three applications related to this spectral range: telecommunications, biosciences, and solar energy conversion. In telecommunications, efforts concentrate presently on getting easily processable polymer-based waveguide amplifiers. Upconversion nanophosphors emitting in the visible after NIR excitation are now ubiquitous in many bioanalyses while their application to bio-imaging is still in its early stages; however, highly sensitive NIR-NIR systems start to be at hand for both in vitro and in vivo imaging, as well as dual probes combining magnetic resonance and optical imaging. Finally, both silicon-based and dye-sensitized solar cells benefit from the downconversion and upconversion capabilities of lanthanide ions to harvest UV and NIR solar light and to boost the overall quantum efficiency of these next-generation devices.     

Evaluation of D113 cation exchange resin for the removal of Eu(Ⅲ) from aqueous solution

Batch adsorption experiments were conducted for the adsorption of Eu(Ⅲ) ions from aqueous solution by D113 resin. The results indicated that D113 resin could adsorb Eu(Ⅲ) ion effectively from aqueous solution. The adsorption was strongly dependent on pH of the medium with enhanced adsorption as the pH turned from 3.50 to 7.00 and the optimal adsorption condition was in HAc-NaAc medium with pH value of 6.50. The maximum uptake capacity of Eu(Ⅲ) ions was 290.9 mg/g D113 at 298 K, at an initial pH value of 6.50. The overall adsorption process was best described by Lagergren-first-order kinetics. When Freundlich and Langmuir isotherms were tested, the latter had a better fit with the experimental data. The thermodynamic parameters such as free energy (G) which were all negative, indicated that the adsorption of Eu(Ⅲ) ions onto D113 resin was spontaneous and the positive value of enthalpy (H) showed that the adsorption was endothermic in nature. Thomas model was applied to experimental column data to determine the characteristic parameters of column useful for process design. Furthermore, Eu(Ⅲ) could be eluted by using 3.0 mol/L HCl solution and the D113 resin could be regenerated and reused.     

Phase structure and temperature dependent luminescence properties of Sr2LiSiO4F: Eu2+ and Sr2MgSi2O7: Eu2+ phosphors

Green-emitting Sr2LiSiO4F:Eu2+ and blue-emitting Sr2MgSi2O7:Eu2+ phosphors were synthesized by the conventional high temperature solid-state route,respectively.Their structures and photoluminescenee properties were comparatively investigated.It was found that the mixture phases of Sr2MgSi2O7 and SrF2 were obtained when a part of Sr2+ in Sr2LiSiO4F was replaced by some amount of Mg2+ in order to design the possible SrMgLiSiO4F:Eu2+ phosphor.Based on the photoluminescence analysis,Sr2LiSiO4F:Eu2+ phosphor exhibited a green broad emission band of main peak at 513 nm under the excitation of 365 nm,while the Sr2MgSi2O7:Eu2+ and SrMgLiSiO4F:Eu2+ phosphor showed blue emission centered at 467 nm.The temperature dependent photoluminescence properties and room temperature decay time for the three kinds of phosphors were also discussed in this paper.     

Er3+-substituted W-type barium ferrite: preparation and electromagnetic properties

Er3+-substituted W-type barium ferrites Ba1-xErx(Zn0.3Co0.7)2Fe16O27(x=0.00,0.05,0.10,0.15,0.20)were synthesized by polymer adsorbent combustion method.Samples were characterized by X-ray diffraction analysis(XRD),X-ray fluorescence(XRF),scanning electron microscopy(SEM)and network analyzer to investigate the relationships among Er3+concentration,crystal structure,surface mcrphology and electromagnetic properties.All the XRD patterns showed pure phase of W-type barium ferrite when x≤0.15,while the impurity phase of ErFeO3 appeared when x=0.20.The pure W-type barium ferrite showed a hexagonal flake shape.In addition,the microwave electromagnetic properties of samples were analyzed in the frequency range of 2-18 GHz.It was indicated that the electromagnetic properties were significantly improved when Er3+doping content was 0.10.The reasons were also discussed using electromagnetic theory.The optimized ferrite exhibited excellent microwave absoption performance.The maximum of reflection loss(RL)reached about-27.4 dB and RL was below-10dB at the frequency range from 8.4 GHz to 18 GHz,when the thickness was 2.6 mm.     

EXAFS investigation and luminescent properties of nanosized Tb: Lu2O3 phosphors

Nanosized terbium doped Lu2O3 phosphors were synthesized via a modified co-precipitation processing.The as-prepared Tb:Lu2O3 phosphors was consisted of well crystallized nanosized sphere particles with a diameter of about 30 nnx Local structure of Tb ions in Lu2O3 lattice was investigated by an analytical approach based on Fourier transformation of the extended X-ray absorption fine structure(EXAFS) data.X-ray near edge structure (XANES) spectra suggested that all Tb ions doped were tervalonce.EXAFS results indicated that Tb ions have entered the Lu2O3 cubic lattice by means of solid solution.The coordination number and first shell Tb-O distance dropped with the increasing of Tb concentration.Emission spectra of the phosphors was shown to be typical for Tb3+ with main components at 542,550 and 490 nm,derived from irradiative relaxation of 5D4 level.The emission intensity decreased severely with the increasing of Tb concentration from 1 mol.% to 15 tool.%,suggesting a significant concentration quenching above 1 mol.% Tb.The reduction of emission intensity was interpreted by higher distortion derived relaxation among the surface state resident Tb3+ ions.     

Multi-Pass Simulation of Heavy Plate Rolling Including Intermediate Forced Cooling

Thermomechanical Controlled Processing (TMCP) including accelerated cooling after the final hot rolling pass is a well-established technology,widely applied in HSLA steel plate production.However,there are still certain limitations,especially for thicker plate.The rolling schedule includes a long holding period (HP) after the roughing stage to allow the temperature to fall sufficiently for optimised TMCP during finishing.Intermediate Forced Cooling (IFC) applied during the HP can increase productivity by decreasing the required hold time,can restrict austenite grain growth,and can also improve the subsequent strain penetration in thick plate with further metallurgical benefits.Multi-pass plane strain compression (PSC) tests have been performed on the thermomechanical compression (TMC) machine at Sheffield University including different severities of IFC.Clearly it is impossible to simulate all aspects of the temperature and strain gradients present in thick plates in laboratory specimens,and most of the tests were conducted at temperatures and strains calculated by Finite Element modelling as relevant to specific positions through the plate thickness.However,some aspects of the gradients were addressed with tests using cold platens.The results have indeed shown that IFC can shorten the HP and reduce austenite grain growth and its variation across thick plate.     

Overview of Particles and Bubbles in Continuously Cast Steel

This paper gives an overview of phenomena associated with particles and bubbles in continuously cast steel. During steel processing from deoxidation to solidification the inclusion population undergoes changes with opportunities of removal. Flotation is an important separation mechanism. Inclusion particles may accumulate in the solidifying strand, thus forming enriched bands, which depend on the type of casting machine. Bubbles are created during inert gas injection. They also change in size, can float out, but also form accumulation bands. The interaction of bubbles and particles is discussed. Internal structure that recently has been observed on the inner surface of bubbles will be reviewed.     

烦恼 快乐 艺术——池莉“人生三部曲”解读

池莉的"人生三部曲"--<烦恼人生>、<不谈爱情>、<太阳出世>诉尽了普普通通的市民烦恼,小说中主人公被柴米油盐、吃喝拉撒、老婆孩子等琐事所烦着,从而构成他们的"烦恼人生".然而池莉通过自己的艺术创作,以积极的人生态度,又让读者体会到生活本身的快乐,"烦恼人生"中包含着"快乐人生".