党要提高在网络空间领域的凝聚能力

网络党建的目标任务要求网络党组织必须围绕“内凝党心、外聚民心”的组织目标，通过提升和发挥网络党组织的组织凝聚能力，克服和解决党在网络虚拟空间领域的“缺位”现象，通过组织的存在彰显和功能发挥，使网络虚拟空间领域成为网络党组织维系党内织更强的吸引力。

论执政党在网络虚拟空间领域的组织凝聚能力——以中国共产党为中心

网络党组织必须围绕"内凝党心、外聚民心"的组织目标,通过提升和发挥网络党组织的组织凝聚能力,克服党在网络虚拟空间领域的"缺位"现象,使网络虚拟空间领域成为网络党组织维系党内组织和成员的新场域、强化党和社会关系的新渠道。

戊糖片球菌的抑菌与共凝聚能力及其对水体中副溶血性弧菌的净化效应

研究了7株戊糖片球菌对副溶血性弧菌的抑菌特性和共凝聚能力,探讨了不同抑菌和凝聚特性的戊糖片球菌的细胞形态特征及其对水体中副溶血性弧菌的影响。结果表明7株戊糖片球菌对副溶血性弧菌的抑制作用是同p H值乳酸的1.1~1.3倍,抑菌活性对过氧化氢酶、蛋白酶以及加热处理不敏感。戊糖片球菌对副溶血性弧菌的2 h共凝聚率在14.8~37.6%之间,具有显著菌株差异性,其中菌株F28-8达到37.6%,显著高于其它菌株(P<0.01)。扫描电镜结果显示菌株F28-8具有独特的细胞表面结构和粘连模式。戊糖片球菌对水体中副溶血性弧菌具有促凝聚和减菌作用,副溶血性弧菌悬液经过F28-8处理60 h,上层悬液中的可培养细胞浓度比未经处理的对照组降低了3.1 Log10 CFU/m L,显著高于低凝聚性菌株H13(P<0.01),而凝聚物中可培养细胞比对照组降低了1.6 Log10CFU/m L,与H13处理无显著差异(P>0.05)。

高粘附性戊糖片球菌的筛选、标记及其表面疏水与自凝聚性特征

通过常规乳酸菌分离技术结合形态观察、生理生化试验,以及16S r DNA同源性分析等方法,从臭豆腐发酵卤水中分离获得7株戊糖片球菌分离株,并通过随机扩增多态性DNA技术构建了不同菌株的特征指纹图谱;以Caco-2细胞和固定化肠黏液蛋白质作为体外模型,研究了菌株的粘附能力,并探讨了菌株粘附能力与基因型以及表面疏水性、自凝聚能力等表型特征的相关性。结果显示,发酵卤水中的戊糖片球菌存在高度分子多样性,7个分离株中存在6种不同的指纹图谱模式,其中A5型菌株(F28-8和Y27-4)对Caco-2细胞和肠黏液蛋白质的粘附性最强,并显示了高度的疏水性(﹥90%)和较强的自凝聚能力(﹥25%)。相关性分析表明,戊糖片球菌表面疏水率和自凝聚率与Caco-2细胞粘附率测定结果呈显著正相关(r=0.900和0.792,P﹤0.05),但是与肠黏液蛋白质粘附率测定结果相关性不显著(r=0.426和0.700,P﹥0.05)。研究成果为建立高粘附性戊糖片球菌快速筛选方法及其体内定植和分布研究提供了依据。

战略联盟中联盟能力对效率边界影响的实证研究

结合国内外有关纵向中间组织和企业合作范围的研究成果,用合作范围和契约复杂性来分别刻画了效率边界的广度和深度,通过大样本的调查问卷,利用因子分析和结构方程模型,从实证的角度研究了联盟能力对战略联盟的效率边界的影响。结果显示,联盟企业的各种联盟能力对联盟的合作范围和契约复杂性具有显著的影响。在战略联盟中,当企业的协调能力和沟通能力较强时,企业之间将倾向于采用较为松散的合作方式,并且业务合作的范围也将更为广泛。

论跨世纪领导者能力的培养

论跨世纪领导者能力的培养马向革，徐雪飞，刘冬玉领导者必须根据自己行业的需要，不断培养和锻炼自己的各种能力。作为跨世纪的领导者，这些能力主要体现在哪些方面呢？本文试就这一问题进行论述。（一）面对市场经济，领导者要培养开拓创新能力社会主义市场经济是一项前...

加强共青团能力建设 促进企业发展

作为我党的后备军和社会主义建设的生力军,共青团为社会发展,为我党壮大发挥了不可替代的作用。青年工人占据着很关键的地位,能否充分发挥团员的作用至关重要,关系到企业的未来发展走向。当前,如何在改革和发展的征程中加强共青团能力建设,进一步发挥共青团的作用,是企业发展历程中必须深入思考的关键问题。

论知识经济条件下企业领导者应具备的能力

知识经济时代即将到来。知识经济是以知识为基础、以信息传播为主要手段的经济。是以智力资源的占有、配置,以科学技术为主的知识的生产。

成功企业应具备的五种能力——上海刀片厂发展的思考

上海刀片厂诞生于1948年,它的前身是光学五金厂,以生产小五金产品为主,50年代起开始,生产剃须用品,其中“飞鹰”牌刀片深受人们的喜爱,但是,由于当时的体制和机制,加上其行业技术附加值低和品种单一,改革开放前,其产值、利润和固定资产始终处在徘徊状态。 80年代后,改革开放的政策开始吹拂祖国大地,面对精彩纷呈的国际市场和竞争,他们认为:在日趋激烈的市场竞争中,企业要发展必须要把自己融入全球经济一体化的大背景来规划未来。

新时代国有企业党建工作的路径探索

在国有企业党组织工作中,应始终坚持提升、加强、体现企业实力、效率、资产增保值的基准点,通过企业成长验证党组织的顽强斗争和凝聚能力;在选人用人上,党组织要始终坚定地带领和坚守国有企业不动摇,尽可能建立与时俱进、高质量的企业人才团队;坚决不松弛国有企业党组织领导,确保企业发展到哪里,党的建设就会走到哪里,党组织的堡垒战斗就会影响在哪里,为国有企业做大、做强、做优、做足提供坚实基础和组织后盾,以此进一步推动国有企业向前迈进。

沙漠中的超级物探队--记东方物探阿曼项目经理部8622队

2016年是东方地球物理公司国际勘探事业部阿曼项目经理部8622地震队进入阿曼PDO市场的第十二年。十二年中，东方物探阿曼8622队，凭借着出乎甲方预料的项目完成能力，超强的多国“部队”凝聚能力，完美的安全运转成绩，成为奋战在国际勘探高端市场上的超级队，在国际勘探市场萎缩的背景下赢得市场。

论基层工商和市场监管执法人员的“新领导力”建设

随着工商职能调整和体制转变的进一步推进,国家工商总局和上海市工商局各层面越来越重视基层执法力量的建设。作为国家依法行政的基层执法力量,分局、所队各级干部的领导能力构建是起决定性作用的变量。作为21世纪大市场大监管的执法核心,本文试图从领导力改善视角研究基层工商和市场监管领导所应具备的新领导力,以及这一能力的构成。通过探索新领导力的内涵、外延,为提升大市场监管队伍的整体素质,提升党和政府执政能力建设和法治化水平,提供有益的思考和借鉴。

辜胜阻：“三荒两高”下的突围

浙江省民营经济的发展是非常成功的，我觉得主要有六个方面的要素：第一是企业家精神，包括创新、创业和冒险精神等，中小企业大都足家族企业，创业时有很高的凝聚能力；第二是体制外的金融。世界上银行的通病是重大轻小，嫌贫爱富。我们浙江省民营企业的辉煌得益于体制外的金融；第三是从组织体系上来看，

Preparation of Cationic Chitosan-Polyacrylamide Flocculant and Its Properties in Wastewater Treatment

Chitosan derived from crab shells, was used to prepare the graft polymer in aqueous solution with acrylamide （AM） and methacrylatoethyl trimethyl ammonium chloride （DMC） as raw materials and ceric ammonium nitrate （CAN） as initiator. The flocculation ability of the resulting polymer （PCAD） was studied in waste water treatment experiments. Its properties were determined on the basis of the transmittance of waste water after flocculation. The effects of ehitosan and DMC content on PCAD＇s flocculation ability were studied. Floeculation experiments were also undertaken under various pH conditions. According to the experimental data, the flocculation ability could be improved when chitosan content decreased in the raw material, but the monomer conversion would decrease obviously. When the ehitosan＇s content was more than 65%, AM and DMC groups were less on each chitosan molecule. So PCAD＇s flocculation ability was poor. Similarly, high content of DMC would result in low monomer conversion and high flocculation ability. PCAD molecules with more DMC group had more positive charges. It was favorable to flocculation. However, monomer conversion would decrease with the increase of DMC content. The suitable conditions were that chitosan and DMC contents were 65% and 15-20%, respectively. The experiment data showed that PCAD had good flocculation ability under weak acidic condition. Its ability would be weakened by strong acidic or alkaline condition. The flocculation efficiency was the best at pH of 5.5 when PCAD＇s dosage was 8mg-Lk Compared with cationic polymer （the copolymer of AM and DMC, PAD）, PCAD showed better flocculation ability under acid and neutral conditions, but worse ability under alkaline condition.

Mechanical properties of pervious cement concrete

Compressive and flexural strength,fracture energy,as well as fatigue property of pervious cement concrete with either supplementary cementitious materials (SCMs) or polymer intensified,were analyzed.Test results show that the strength development of SCM-modified pervious concrete (SPC) differs from that of polymer-intensified pervious concrete (PPC),and porosity has little effect on their strength growth.PPC has higher flexural strength and remarkably higher flexural-to-compressive strength ratio than SPC at the same porosity level.Results from fracture test of pervious concrete mixes with porosity around 19.5% show that the fracture energy increases with increasing the dosage of polymer,reflecting the ductile damage features rather than brittleness.PPC displays far longer fatigue life than SPC for any given failure probability and at any stress level.It is proved that two-parameter Weibull probability function describes the flexural fatigue of pervious concrete.

Study on graft copolymerization of chitosan with AA （acrylic acid） and flocculating ability of the product

Graft copolymerization is one of the most attractive methods to modify natural polymers. In this study, graft copolymerization of acylic acid onto chitosan in aqueous media by ceric ammonium nitrate was investigated. The graft copolymerization reaction was carried out in a three necked flask maintained at 70＋/-0.05 ℃ under nitrogen atmosphere in a homogeneous aqueous phase （containing a small potion of acetic acid） by using ceric ammonium nitrate as an initiator. Evidence of grafting was obtained. The synthetic conditions were systematically optimized through studying the influential factors on grafting. The effectiveness of each individual factor was investigated by calculating and monitoring the variations of the grafting parameters [like monomer conversation Cm, grafting efficiency （Ge） and viscosity]. Under optimum conditions monomer conversion of 100.5% and graft efficiency of 94% were obtained, at temperature of 70℃. Flocculating ability of the copolymerization product of chitosan was studied by using Kaolin suspension as the flocculating object. And the application of the product was applied in Huayue dyeing plant. The results indicate that the higher the viscosity is, the better the flocculating ability of the copolymerization product of chitosan will be. The flocculating percentage reaches 96.0%, when the concentration of the product is only 1.0 mg/L and pH fixed at 7.0. Suitable separating mixtures for the grafted copolymer were chosen and the investigation of flocculation ability of the grafted copolymer was carried out with the aim of developing a good flocculant for wastewater treatment. A test of treating dyeing wastewater with the grafted copolymer was carried out and showed that grafting of Acrylic Acid with chitosan has a high COD removal rate 75% to the dyeing wastewater when the concentration is only 6.0 mg/L.

Enterprise salary system research （study of Jetter company）

Facing with the future increasingly changed economy environment, a company who wants to survive forever has to control the key point of owning person with ability and core competence. However, the main question needs to he solved is to design a motivational compensation system which not only have competence when compared with other companies but also have cohesive force for the staffand can evaluate them fairly. Salary should not just be the cost of paying for worker＇s labor but should have more functions to introduct them to obey orders and stimulate their activities. This essay has some reference to enrich the motivational compensation system by discussing the motivational plans in different period of a company and analyzing the actual working operation. This essay aims at applying present compensation theory to small and medium-sized enterprises to get some beneficial discoveries, concluding a compensation dcsign system which suits for the traits of small and medium-sized enterprises from the strategic level and technical level. As a result, we can improve our company＇s core competence.

Preparation and properties of geopolymer-lightweight aggregate refractory concrete

Geopolymer-lightweight aggregate refractory concrete (GLARC) was prepared with geopolymer and lightweight aggregate. The mechanical property and heat-resistance (950 ℃) of GLARC were investigated. The effects of size of aggregate and mass ratio of geopolymer to aggregate on mechanical and thermal properties were also studied. The results show that the highest compressive strength of the heated refractory concrete is 43.3 MPa,and the strength loss is only 42%. The mechanical property and heat-resistance are influenced by the thickness of geopolymer covered with aggregate,which can be expressed as the quantity of geopolymer on per surface area of aggregate. In order to show the relationship between the thickness of geopolymer covered with aggregate and the thermal property of concrete,equal thickness model is presented,which provides a reference for the mix design of GLARC. For the haydite sand with size of 1.18-4.75 mm,the best amount of geopolymer per surface area of aggregate should be in the range of 0.300-0.500 mg/mm2.

论推进国家治理能力现代化的四个维度

当下中国推进国家治理能力现代化需要特别重视共识凝聚能力、制度构建能力、科学发展能力与改革创新能力,即以凝聚共识能力为基础,凝聚对国家民族和社会主义基本制度的认同、对中国特色社会主义核心价值观的共识以及对改革开放的共识;以制度构建能力为保障,通过发展和完善民主提升制度体系的合法性和认同度,通过发展和完善法治提升制度体系的权威性和执行力,通过注重制度的整体性、系统性和协调性提升制度体系的科学性和运行效能;以科学发展能力为牵引,全面协调地发展,以人为本地发展,求真务实地发展;以改革创新能力为抓手,促进全面深化改革能力和创新能力的提高。