金学导航5 (2)
名词性从句
Thank you
【解析】本题考查wh-ever引导的主语从 句。
• 1.(2010全国模拟10-4)—— really matters is that she wore a pair of white shoes. A. It B. As C. which D. What • 2.(09天津) It is obvious to the students___ they should get well prepared for their future. A. as B. which C. whether D. that • 3. (08山东)____ was most important to her, she told me, was her family. A. It B. This C. What D. As
二.以what等连接代词引导的主语从句。
What really concerned her was her son. what you need is more practice. What is known to us is that the earth is round. what表示“...所...的(东西)",在句中作主语,宾 语等成分. 【例 2[2010年陕西英语高考试题调研 .样题 4 ] ------ is known to us is that the 2012 Olympic Games will take place in London. A. It B. What C. As D. which 【解析】本题考查主语从句的引导词。 What is known to us为主语从句,what为连接词并在从 句中作主语。句中that引导表语从句.
前几年高考对宾语从句中的陈述句 语序以及连接词的选择等问题考查较多, 而近几年高考对名词性从句的考查日趋 灵活,多以考查名词性从句的引导词为 主,并且常与定语从句等相关知识结合 起来考查。
《高考真题》专题09 近代中国的经济-2019年高考历史母题题源系列解析版
专题09近代中国的经济【母题来源一】2019年新课标全国卷Ⅲ【母题题文】19世纪六七十年代,外国人将自己的名字租借给中国人经办新式企业的做法,在通商口岸较为盛行。
这一做法A.导致民间设厂高潮局面的出现B.有利于中国新的社会阶层发展C.加剧了外国资本对中国的输入D.扭转了中国对外贸易入超局面【答案】B【试题解析】结合所学知识可知,在半殖民地半封建社会的中国,封建势力始终是民族资本主义发展的阻碍因素,外国人将自己的名字租借给中国人经办企业,有利于中国民族工业的发展,进而有利于中国社会新的阶层的发展,B项符合题意。
19世纪六七十年代是民族资本主义产生时期,尚未出现发展的高潮,A 项排除。
外国资本大规模输入中国的时间是在19世纪末20世纪初,C项排除。
材料未涉及中国对外贸易的状况问题,D项排除。
【命题意图】本题以外国人将自己的名字租借给中国人经办企业为切入点,考查中国近代民族工业的发展。
以文字材料形式呈现,体现对学生解读分析能力的考查,难度适中。
【考查素养】本题考查时空观念、历史解释等学科素养。
考查学生在特定的历史背景下,以史料为依据,以历史理解为基础,对历史事物的影响进行理性分析和客观评判的态度、能力与方法,以培养学生叙述历史和形成历史认识的能力。
【得分技巧】解答本题,应对近代中国民族资本主义发展状况有一个清晰的认识。
受外商企业刺激,中国一些官僚、地主、商人开始引进外国先进技术和机器,投资于近代企业。
外因:外国资本主义的入侵;洋务运动的诱导【母题来源二】2019年北京卷【母题题文】为下表选取表名,最恰当的是A.京津冀地区晚清民族企业简表B.北京近代民族企业简表C.洋务运动时期北方企业简表D.近代民族资本主义企业简表【答案】A【试题解析】材料中1878年开滦唐山煤矿、1880年北洋水师大沽船坞可知,这是洋务运动时期的企业。
1902年和1908年北洋银元局、京师自来水公司都是民族资本主义企业;上述企业主要分布在唐山、天津、北京地区,故A正确;据上分析可知,只有京师自来水公司分布在北京,故B错误;据所学可知,洋务运动在1895年甲午战败后破产,和1902年和1908年北洋银元局、京师自来水公司不符,C错误;材料反映的是1878—1908年间的几个企业,不能代表整个近代民族企业的状况,D以偏概全。
xx班级高考备考总结
xx班级高考备考总结xx年高考已经落下了帷幕,在全体高三师生的共同努力下,今年高考取得了喜人的成绩,又一次实现了高考成绩的新跨越,入段人数再创历史新高,艺体生入段率名列全市第一,全面完成了市教育局下达的各项高考指标,这一成绩的取得令全校师生为之振奋,也得到了社会的广泛认可。
因为我和这届高三师生共同拼搏奋斗了一年,也更能深深体会这一成绩的取得来之不易,它付出了大家太多的努力和汗水。
回顾过去一年的工作,心里有太多的感受,焦虑、喜悦、希望、失望、还有丝丝的遗憾,这一年,我们收获了成功的经验,也有失败的教训,总结如下。
一、明确目标,跟踪管理从进入高三开始,就要求全体高三师生要明确奋斗目标。
班主任帮助学生制定学期目标和阶段性目标,协助任课教师确定各科重点培养的目标生,包括培优目标生,艺体特长生和后进生。
对不同的目标生提出不同的管理目标,对这些目标生实行动态管理,根据每次阶段考试成绩把一些进步较大的学生都列入到培优目标中来,对学习成绩波动较大的培优目标生,其薄弱学科的任课教师要重点关注,所有任课教师都要在各个方面予以关注,尽量减少掉队的学生人数,最大限度的挖掘学生的潜力。
艺体特长生全部都是任课教师的目标生,为了更好地督促他们学习,班主任把他们的座位都安排在了班级的前两排,给予他们最大的关注,充分调动了他们学习的积极性。
对于后进生,工作重点主要是抓好纪律教育和思想稳定工作,以保证班级正常的上课秩序。
二、加强集体备课,结合学生实际整合教学资源,提高复习效率本届高三没有订一轮复习资料,这加大了集体备课的难度,但也拓宽了集体备课的空间。
备课组全体教师一起研究学生,研究复习方法,研究考纲和高考信息,确定教学进度,合理把握教学重难点和各部分内容的深浅度。
大家通过各种途径搜集资料,并在一起研究整合教材内容,优化组合复习资源,编印了大量的导学案和单元检测题,综合测试题。
各备课组复习备考始终坚持的指导思想就是狠抓基础,强化训练,大胆舍弃偏、难、怪习题,提高复习的针对性和实效性,大大提高了复习效率,各科都能按时完成一轮和二轮复习计划。
金学导航
金学导航.模拟版.语文(10---10)诗歌赏析与作文【送陆鸿渐栖霞寺采茶 译文】参考答案14.B D (B“全篇写实”表述错误,也是虚写;D表述内容弄反了。
)15.①第一首诗通过想象陆鸿渐危险和辛苦的采茶生活,表达了对朋友的关心和牵挂,借询问朋友什么时候能回来,自己能够喝到朋友所采之茶,表达了对朋友的思念(3分);②第二首诗借想象朋友在孤灯独对之夜,听着寂寞的磬声思念自己,表达了对对方的思念(3分)22.阅读下面的材料,根据自己的感悟和联想,写一篇不少于800字的文章。
过去我们熟悉的是信封信纸,现在熟悉的是微信微博;过去熟悉的是笔墨纸砚,现在熟悉的是鼠标键盘;过去熟悉的是书香墨宝,现在熟悉的是手机电脑。
现在与过去对比,会引起我们许多联想和感慨。
【解析】:信封信纸、笔墨纸砚、书香墨宝,代表的是传统文化;飞信微信、 鼠标键盘、手机电脑是现代科技。
这则材料实际上引导我们如何看待两者的关系。
1.可以从“守住传统文化”的角度立意。
传统文化是我们的根,是我们的立身之本,是我们的精神家园。
看来,传统文化不能丢,应该坚守。
2.可以从“没有发展便没有一切”的角度立意。
如果一味抓住传统文化而不知变通,势必会造成畏步不前的情况。
因此,要注重发展,发展才是硬道理。
3.可将两者结合在一起来谈,既要注重传统文化,又要重视科技发展,两者并不是水火不容,矛盾对立的。
守住传统文化根脉①如果说经济的主体是物质丰富的创造,政治的主体是根本利益的保障,那么文化的主体则是精神家园的耕耘。
文化,是民族延续的重要标志,是国民素质和科技水平的重要保障;传统文化则是民族的认同与归属。
然而,在一个人心愈发浮躁功利化的社会,文化俨然成为一种奢侈品,似乎给人以可望而不可及的感觉。
因此,我们应该重建文化家园,解决精神的归宿与寄托问题,守住民族文化的根脉,这是中华民族实现伟大复兴的中国梦的必须要求。
②文化传承是对民族文化的认同,是精神的寄托和灵魂的归宿。
2019届高三第一次联考数学(理)答案
1 9 . 解: ( 1 ) 由三角形数阵知, a 1 , a a 2 , 1= 2- 1= a - a = 4 , …, a - a = 2 ( n - 1 ) ( n 2 , n N , ≥ ∈ ) 3 2 n n - 1 a - a = 2+ 4+ … + 2 ( n - 1 ) = n ( n - 1 ) , 累加得, n 1 2 ʑa n- n + 1 ( n ) , ≥2 n= ȵa 1也满足上述等式, 1= 2 ʑa n - n + 1 ( n ) ; ( 4分) ∈N n= 由题设知, b = a = 7 , 设数列{ b } 的公差为 d , 4 3 n 则b 3 d = 7 , ㊀① 1+ 1 0 1 0ˑ 9 ȵ∑b 1 0 0 , ʑ1 0 b d = 1 0 0 , n= 1+ n = 1 2 9 即b = 1 0 , ㊀② 1+ d 2 由①②解得, b 1 , d = 2 , ʑb 2 n - 1 ; ( 8分) 1= n= 1 1 ( 2 ) 由( 1 ) 知, c =2 n= a b n + 1+ 2 n - 1 n+ n n- 1 1 1 1 =2 = = - , ( n + 1 ) n n + 1 n+ n n 1 1 1 1 ʑT c c …+ c ( - )+ ( - )+ … n= 1+ 2+ n= 1 2 2 3 1 1 1 n + ( - )= 1- . ( 1 2分) = n n + 1 n + 1 n + 1 2 0 . ( 1 ) 证明: 连结 C D , 1 ȵD为棱 A B 1 1 的中点, 且 G为△A B C 1 1 1 上的重心, C G 1 ʑC D一定过点 G , 且 = 2 , 2分) ( 1 G D C H 1 1 ȵC H= H C , ʑ = 2 , 1 2 H C C G C H 1 1 则 = , ʑG H C , ∥D G D H C ȵD C C D , G H C D , 平面 B 平面 B ʑG H 平面 B C D ; 5分) ∥ ( # ( 2 ) 解: 取A B的中点 O , 连结 O D , & 由 题 设 知,O D⊥ 平 面 A B C , $ * O C B , 以 O 为 原 点, O B , O C , ' ⊥A % O D所在直线分别为 x , y , z 轴建立 ) 空间直角坐标系 O- x y z , $ " 3 & 如图所示; 由题设知, B ( , 0 , 0 ) , 2 ( 3 3 % 槡, B ( , 0 , 3 ) , G ( 0 , 3 ), 1 ! 2 2 33 H ( 0 , 槡, 1 ) ( 8分) 2 → → 3槡 3 333 ʑB G= (- , , 0 ) , B H= (- , 槡 , - 2 ) , 1 1 2 2 2 2 设平面 B G H的法向量为 n= ( x , y , z ) , 1 3 槡 3 → - x + y = 0 n ·B G= 0 2 2 1 由 得, , → n ·B H= 0 3 3 3 1 - x + 槡y - 2 z = 0 2 2
1-s2.0-S095965261300615X-main
Analysis of cleaner technologies based on waxes and surfactant additives in road constructionMiguel Pérez-Martínez a,Fernando Moreno-Navarro a,Jesús Martín-Marín a,Carolina Ríos-Losada b,M a Carmen Rubio-Gámez a,*a Laboratorio de Ingeniería de la Construcción,University of Granada(LabIC.UGR),E.T.S.Ingenieros de Caminos,Canales y Puertos,Ed.Politécnico,Avda. Severo Ochoa,s/n,C.P.18071Granada,Spainb ServiàCantó,Spaina r t i c l e i n f oArticle history:Received11April2013 Received in revised form4September2013Accepted10September2013 Available online7October2013Keywords:Warm mix asphaltCleaner productionTriaxial testFour point bending testControl emissionsFuel consumption a b s t r a c tThe manufacture of hot mix asphalt for road construction is associated with a high consumption of fossil fuels and a high level of emissions.The use of temperature reduction technologies in the manufacture of warm mix asphalts favors a cleaner production of such materials,and therefore its use has become a major objective in thefield of road engineering.Thus,during the last few years different types of techniques are appearing in order to achieve this objective.This article presents the comparison established in terms of mechanical performance of three processes of temperature reduction technol-ogies in order to select one of them for its manufacture in plant,where control of emissions and fuel consumption have been collected.The results showed that the use of warm mix asphalt technologies with waxes or surfactant additives may not incur in a detrimental effect on the mechanical properties of the pavement.The use of surfactant bitumen in plant is possible to produce warm mix asphalts,reducing the consumption of fuel in the process.Ó2013Elsevier Ltd.All rights reserved.1.IntroductionRoad construction is one of the principal works in thefield of civil engineering,and in turn is a major consumer of fossil fuels for the production of asphalt mixtures.The need to adapt this type of production to cleaner processes leads to a search for reducing manufacturing temperature,trying to make it more sustainable and healthy,reducing at the same time the greenhouse gases emissions rates(Rubio et al.,2012)that are so harmful to the environment.Traditionally the asphalt mixtures used in road construction are manufactured at170 C(HMA)(D’Angelo et al.,2008),and are characterized by developing the mechanical properties that guar-antee an appropriate behavior during its life of service(General Management of Roads,2008).On the contrary,during its produc-tion process,the emissions of gases generated,and the fuel con-sumption required are important(Kristjansdottir,2006).As an alternative to HMA’s,during the last few years new processes have been appearing in order to reduce the manufacture temperature.Within these temperature reduction technologies,three types of mixtures can be distinguished by the temperature range of manufacture,warm mix asphalt WMA(100 C e140 C),half warm mix asphalt HWMA(60 C e100 C)and cold mixtures(0 C e40 C) (EAPA,2010).Discarding cold mixtures due to their lack of use out of surface patches rehabilitation,the reduction is achieved by the application of different processes and technologies,mainly dis-tinguishing between three for the WMA,the foaming process and the use of organic or chemical additives(Zaumanis,2010),and two for the production of HWMA,the use of emulsions and eventually foamed bitumens(Rubio et al.,2013).In the case of HWMA’s,not only has been proved that the reduction of emissions and fuel consumption is a fact(Rubio et al., 2013),but also that the mechanical performance achieved by this type of mixtures is not as satisfactory as it was desired(Punith et al., 2013).On the other hand,WMA’s have shown a better mechanical performance than HWMA and comparable to HMA(Reyes-Ortiz et al.,2009),reducing at the same time the consumption of fuel and greenhouse emissions in the manufacturing process(Hamzah et al.,2010).*Corresponding author.E-mail addresses:fmoreno@ugr.es(F.Moreno-Navarro),crioslo@fcc.es(C.Ríos-Losada),mcrubio@ugr.es(M a C.Rubio-Gámez).Contents lists available at ScienceDirect Journal of Cleaner Productionjournal homep age:www.elsevi/locate/jclepro0959-6526/$e see front matterÓ2013Elsevier Ltd.All rights reserved./10.1016/j.jclepro.2013.09.012Journal of Cleaner Production65(2014)374e379Based on the number of advantages associated to WMA mix-tures(D’Angelo et al.,2008),which result in environmental(lower emissions),economical(cost savings and lower energy consump-tion)and constructional benefits(better workability and larger compaction window,greater hauling distances and less opening time to traffic)this research compare three WMA technologies for reducing the manufacture temperature of conventional hot mix asphalts.Thefirst is one of the most common additives used for this purpose,the organic waxes,which are aliphatic hydrocarbons of long-chain produced by the Fischer e Tropsch process(Wax,2005). Meanwhile as growing alternative,surfactant additives are an en-ergetic reducing agent allowing the manufacture of WMA to a reduced temperature while maintaining their mechanical proper-ties,the addition was considered in two different ways,mixing the bitumen and the surfactant in plant before adding to the mixture (dry process),and a surfactant modified bitumen(wet process) blended in refinery to compare their influence.This paper shows a laboratory level characterization of an asphalt concrete AC16S mixture for the surface course(EN13108-1,2008)under three temperature reduction technologies.Based on the results obtained,one of the mixtures was chosen to adapt a HMA plant for the production of WMA mixtures and measure the emissions and fuel consumption during the manufacturing boratory works on the mixtures was based on Marshall test,water sensitivity test,triaxial test and four point bending test established the parameters to select the most appropriate mixture for being produced at bigger scale.During the manufacturing process in plant measurement of the emis-sions and fuel consumption of a HMA and the WMA were taken. Finally,the main the conclusions obtained from the analysis of results are exposed.2.Materials and methods2.1.Materials2.1.1.AggregatesAn AC16S(EN13108-1)mixture,which is found in roads and highways all over the world,was used to carry out the study.The aggregates were porphyry for the coarse fraction(12/18and6/12),and a combination of porphyry(0/6)and limestone(0/4)for the fine fraction.Moreover,thefiller employed was calcium carbonate. Table1lists the aggregate properties.The aggregates combination by percentage is shown in Table2, where the gradation of the mixture(Fig.1)was kept constant for all the mixtures developed at lower temperature and with different additives.2.1.2.BitumensFour different binders have been used for the attainment of the objectives of the investigation.Thefirst binder used was conven-tional50/70,and besides being used alone,it was the base for the other three bitumens.50/70bitumen,modified with an organic surfactant additive was used as second binder in order to improve its workability at lower temperatures.The bitumen modification was made in labo-ratory and the percentage of additive used was chosen following the manufacturer recommendations(1%over bitumen weight).The third one was modified50/70bitumen with surfactant products to improve the wettability of the binder as an alterna-tive to the conventional for the reduction of temperature.The last binder used was50/70bitumen modified with microcrys-talline waxes produced by the Fischer e Tropsch process as addi-tive.In both cases,the bitumen was modified in refinery.Table3 describes all the mixtures designed and the additives used,as well as the temperature reduction applied on their manufacture process.2.2.MethodologyThe methodology followed is composed of two phases,labora-tory works and the manufacturing industrial process in plant,being thefirst one divided in three steps and focused on the analysis of the working formula for its adaptation to the manufacture process under different temperature reduction technologies.And the sec-ond one based on the adaptation of a hot mix asphalt plant for the production of a warm asphalt mixture.In laboratory,firstly the optimum bitumen content needs to be determined for the conventional mixture of reference without additives.Based on the values of air voids(%),deformation(mm) and stability(kN)of the Marshall test(NLT-159,2000)the optimumTable1Reference values of the aggregates and mineral dust.Test/aggregate type Coarse aggregate Fine aggregate FillerGrain size(EN933-1)/(EN933-10)Sieves(mm)12/18Porphyry6/12Porphyry0/6Porphyry0/4Limestone Carbonate(CaCO3)24.4100100100100e1684100100100e8162100100e4158792e21160681000.51129301000.251121201000.125e e e e970.0630.50.911.81187Sand equivalent(EN933-8)(>50)4554Bulk density(EN-1097-3)(0.5e0.8Mg/m3)0.7Percentage of fractured face(EN933-5)(100%)100100Flakiness index(EN933-3)(25)1625Resistance to fragmentation(EN1097-2)(20)1515Cleaning(organic impurity content)(UNE146130,Annex C)(0.5%)0.50.5Particle density andabsorption(EN1097-6)r a(Mg/m3) 2.73 2.73 2.77 2.71r SSD*(Mg/m3) 2.70 2.71 2.72 2.67r RD(Mg/m3)2.69 2.70 2.70 2.65Water absorption after immersion(%)0.600.400.910.77M.Pérez-Martínez et al./Journal of Cleaner Production65(2014)374e379375content of binder was set,using the same in all the WMA ’s mix-tures.Furthermore,several test were carried out to assess the mechanical behavior of the conventional mix:water sensitivity test (EN 12697-12,2009),cyclic triaxial compression test (EN 12697-25,2006,method B)in order to study the plastic deformations,and the four point bending fatigue cracking test (EN 12697-24,2013,annex D)to assess the long term response of the mixture.In the second stage the Marshall test,with the optimum bitumen content determined,is undertaken for the three mixtures with temperature reduction technology at 140 C to study their Marshall stability (kN),voids content (%)and deformation (mm).The mechanical performance was also evaluated in the WMA mixtures applying the same test procedures and conditions as in the first stage for the Reference Mix.Finally,a comparative analysis of the four mixtures is developed.With this purpose their stability (kN),retained strength against water (%),creep modulus (MPa)and fatigue life parameters are compared.Based on this analysis,the warm mix asphalt technology with the best overall performance will be selected for its adaptation to the plant production and to construct a road section test.In plant works are centered on the adaptation of a HMA plant for the manufacture of a WMA mixture.For this purpose a HMA and WMA mixtures are produced,measuring during the process the emission of pollutants,as well as the consumption of fuel required.In the case of the control of emissions,the methodology was similar to the one followed by Rubio et al.in (2013).In-point source emissions were measured (Fig.2);humidity,wind,and temperature data were also collected to assure the spreading in similar atmospheric conditions for HMA and WMA gases to compare the results.The parameters evaluated were the Combustion Gases (CO,NO x ,O 2,CO 2)measured by a multi-parameter analyzer (TESTO MXL),the Total Organic Carbon (TOC)through a flame ionization detector (FID,M&A PT)and the emission of Particles (collected in a 47mm filter and subsequently calculated in the laboratory by gravimetry).To complete the investigation,the consumption of fuel used is also measured.3.Analysis of results 3.1.Marshall testThe Marshall test results in regards to the optimum bitumen content is shown in Table 4.As can be seen,the values of me-chanical resistance developed by the mixtures in terms of stability and deformation are slightly lower in the case of warm mix as-phalts produced at lower temperature.Furthermore,in the case of surfactants additives (both dry and wet process)a decrease in terms of density is attained by the mixtures as well as an increased in the air voids content.This is due to this type of additives,which produce an improvement in the adhesiveness aggregate/binder and a better wetting of the aggregate,but no change in the viscosity of the bitumen,and therefore it may have certain dif ficulties associ-ated to perform the compaction of the mixture at lower tempera-ture.In the case of wax bitumen,this fact does not occur as waxes modi fied binder viscosity and consequently the values of density and air voids are not affected by reducing the temperature of manufacture and compaction.3.2.Water sensitivity testA new set of 6specimens per mixture using the optimum bitumen content were produced to perform the water sensitivityTable 3Studied mixtures and bitumens used.DenominationBitumenAdditive natureAddition processMixturemanufacture temperature ( C)Reference Mix 50/70Nonee 160Dry Surfactant Mix50/70þ1%additive Surfactant Dry 140Wet Surfactant MixSurfactantmodi fied 50/70Surfactant Wet 140Wet Wax MixWax modi fied 50/70Microcrystalline waxesWet140Fig.1.Aggregate gradation for asphalt mix type AC-16S.Table 2Aggregates combination by percentage.Aggregate fraction PercentagePorphyry 12/1815Porphyry 6/1244Porphyry 0/620Limestone 0/415Calcium carbonate filler6Fig.2.Simpli fied HMA plant distribution and in-point source.Table 4Marshall results and optimum bitumen content.ParameterReference Mix Drysurfactant Mix WetSurfactant Mix Wet Wax Mix Optimum bitumen content (%) 4.8 4.8 4.8 4.8Bulk density (kg/m 3)2423236423772437Marshall stability (kN)10.7079.4788.2049.053Marshall def.(mm) 2.3 2.9 3.5 3.7Vm (%) 4.0 5.1 4.6 3.1VMA (%)15.316.115.614.5M.Pérez-Martínez et al./Journal of Cleaner Production 65(2014)374e 379376test(EN12697-12,2009).Table5resumes the values of strength obtained in the test.Once again the resistance values,in this case indirect tensile strength,shown by warm mix asphalts are slightly lower than those of the Reference Mix,perhaps indicating that may be inter-esting to increase the energy of compaction when using this type of mixtures,but higher than the ones obtained by Oliveira et al.(2013) with and without rubber.However,the retained strength(ITSR) shown by warm mix asphalts is higher,and therefore can be considered that such materials will be less affected by the action of water.This is because,in the case of surfactant additived mixtures to the improvement of adhesiveness that they generate(not only improving the coating of the aggregate,but also acting as its stimulator).Meanwhile,in the Wet Wax Mix may be related to its compaction improvement and its lower void content.3.3.Cyclic triaxial compression testPlastic deformations were evaluated by the cyclic triaxial compression test(EN12697-25,2006,method B),taking at the same time the service stresses and strains into account by means of a confining load.The conditions selected involved the com-bined application at a constant temperature of40 C of a confining load of120kPa and another cyclic sinusoidal out-of-phase axial loading of300kPa at a frequency of3Hz during12,000load cycles.The creep modulus and permanent deformation parame-ters for each mix were calculated.Table6shows the triaxial test results.The values obtained for the creep modulus indicate that the most resistant mix against plastic deformations is the Wet Wax Mix.The Wet Surfactant Mix behaves similar to the Reference Mix, even manufactured at lower temperature and the permanent deformation experienced only varies in0.03%.In the case of the Dry Surfactant Mix,results showed an increase in plastic deformation, probably due to a lack of mix compaction(as it is showed in its void content).3.4.Four point bending testTo perform the test,specimens of408Â50Â50mm with sawn faces were manufactured,and a sinusoidal waveform load was applied.The tests were carried out at20 C,in strain control mode and at a frequency of10Hz.The mixtures were tested in six different strain amplitude levels,250m m/m;200m m/m;175m m/m; 150m m/m;125m m/m and100m m/m Fig.3shows the potential fatigue laws derived from the four-point bending test performed in the4types of mixtures tested.As can be observed,independently of the warm mix technology used,the fatigue behavior of the mixtures evaluated is very similar, which coincides with thefindings of other researchers(Jones et al., 2010).On the other hand,the correlation coefficients of the fatigue laws obtained are high,indicating a uniform mechanical behavior of the warm mix asphalts.This aspect agrees with the results ob-tained by Johnston et al.(2006),which showed that additive did not affect the homogeneity of its long-term mechanical behavior.Moreover,the fatigue behavior of the Dry and Wet Surfactant Mixes is very similar,regardless of the method used to add the additive.Meanwhile,it should be noted that the fatigue behavior of the Wet Wax Mix is slightly different.At higher strain amplitudes fatigue life is smaller,while for lower strain amplitudes it increases in relation to the other mixtures evaluated.This behavior is typical of more rigid materials,aspect which is supported by the results obtained in the triaxial test,where the Wet Wax Mix showed a low rate of permanent deformation(which means that is a more rigid material).Table6Triaxial test results.Parameter ReferenceMix DrySurfactantMixWetSurfactantMixWet WaxMixCreep modulus(MPa)178.57153.45175.95202.70Permanentdeformation(%)1.68 1.96 1.71 1.48Table5Water sensitivity test results.Parameter ReferenceMix Dry SurfactantMixWet SurfactantMixWet Wax MixITSR(kPa)dry group2030.01469.01749.71464.3ITSR(kPa)wet group1741.71281.01575.71357.3ITSR(%)85.587.290.192.7Fig.3.Fatigue behavior of the studied mixtures at strain controlled test(T¼20 C,f¼10Hz).M.Pérez-Martínez et al./Journal of Cleaner Production65(2014)374e3793773.5.Control of emissionsData collection for controlling emissions took place during the process of manufacturing the conventional HMA at 176 C and the mixture Wet Surfactant Mix selected as WMA at 140 C.Table 7resumes the results obtained.Fig.4shows the emissions results obtained from the manufacturing of WMA and HMA mixtures.They have been compared with the HMA and HWMA results from Rubio et al.(2013).In terms of CO 2and NO x WMA slightly reduces the emis-sions,while in TOC and CO the values obtained have been increased,which was not expected.It can be appreciated how HMWA reduce the emissions in comparison with the hot asphalt mix while no reduction is appreciated between the WMA and the hot asphalt mix.3.6.Fuel consumptionTable 8indicates the results from the measure of the fuel needed for the manufacture of HMA and WMA mixtures.According to the values obtained in plant,the consumption of fuel for the manufacture of WMA is 35%lower.Decreasing the flame modulator by 60%would save fuel.The increase of the time of mixing by 5s is to guarantee the good cover of the aggregates;it induces to a decrease in production but the savings on fuel consumption balances it.4.ConclusionsIn this paper,mechanical performance testing on three asphalts mixtures modi fied under different temperature reduction tech-nologies was conducted.The aim of the research was to select one of the processes to adapt a HMA plant into the manufacture of WMA mixes,and measure the emissions and consumption of fuel during the process.The results obtained during the investigation led to the following conclusions:e The use of both,surfactants and waxes,as additives can reduce the manufacture temperature of asphalt mixtures to 140 C,providing materials with similar mechanical behavior than the hot mix asphalt.e In the case of surfactant additived mixtures,its incorporation into the mixture directly through the bitumen modi fied intheFig.4.Gases emissions of HMA,WMA and HWMA (Rubio et al.,2013).Table 7Emissions data collected.ParameterHMA WMA Manufacture temperature 176 C 140 C CO (ppm)616.8635.5NO x (NO 2)(ppm)55.653.2TOC (mgC/Nm 3)33.553.2Oxygen (%)16.516.5CO 2(%)2.5 2.6Speed (m/s)15.414.6Humidity (%)5.85.7Table 8Fuel consumption.ParameterHMA WMA Manufacture temperature 176 C 140 C Flame modulator 95%33%Time of mixing (s)3540Production (tn/h)200180Fuel consume (l/tn)5.83.8M.Pérez-Martínez et al./Journal of Cleaner Production 65(2014)374e 379378refinery plant(wet process),seems to offer further guarantee of success than incorporating it directly on the mixture(dry pro-cess).Although not offering an improvement in the compaction process of the mixture,the improvement of adhesiveness in the mixing offered by this additive allows manufacturing such materials at lower temperatures while maintaining their me-chanical properties.Thus,retained resistance values are pre-served against the action of water,plastic deformation,and fatigue behavior,showing how the use of this type of additived bitumens may offer bituminous mixtures with similar charac-teristics to HMA,assuming an environmentally cleaner alter-native to road construction.e In turn,wax modified bitumens let ensure acceptable compac-tion of the mixes at lower temperatures,offering a good response to the action of water and plastic deformation,as well as good fatigue life.Based on the results obtained in this research,this technology presents itself as an interesting alter-native for the environmental improvement in the production of asphalt mixtures.e Among the temperature reduction technologies studied,thebest results provided,in terms of mechanical performance is the Wet Wax Mix.Nevertheless,the Wet Surfactant Mix has also shown good overall mechanical response.So,when deciding which technology could be used for the next phase of the investigation,surfactant modified bitumen in refinery could be considered if it results economically and more competitive than using waxes.e In relation to the pollutant emissions,data collected do notshow a decrease as expected.On the other hand,other studies where a higher decrease of temperature takes places(as HWMA manufacturing process)provide a more significant reduction of emissions.In this sense,to achieve a better knowledge and significant conclusion more research needs to be develop about emissions during the manufacturing process of asphalt mixes with reduction of temperature(evaluating other asphalt plants and WMA technologies).e Fuel consumption can be decreased by35%respect to the pro-duction of HMA due to the reduction of theflame to dry the aggregates.When reducing this temperature of drying the time of mixing may be increased,but the savings in fuel can be considerable.AcknowledgmentsAuthors would like to acknowledge the Ministerio de Economía y Competitividad for its assistance in the project:INMBERS:Investigación de nuevas mezclas de baja energía para rehabilitación superficial.IPT-420000-2010-12.ReferencesD’Angelo,J.,Harm, E.,Bartoszek,J.,Baumgardner,G.,Corrigan,M.,Cowsert,J., Harman,T.,Jamshidi,M.,Jones,W.,Newcomb, D.,Prowell, B.,Sines,R., Yeaton,B.,2008.Warm-mix Asphalt:European Practice.Report FHWA-PL-08e 007.Office of International Programs,U.S.Department of Transportation, Washington DC,USA.EAPA,European Asphalt Pavement Association,January2010.The Use of Warm Mix Asphalt.EAPA position paper (accessed09.10.12.).EN12697e12,2009.Bituminous Mixtures.Test Methods for Hot Mix Asphalt.Part 12:Determination of Water Sensitivity of Bituminous Specimens.European Committee for Standardization,Bruxelles,Belgium.EN12697e24,2013.Bituminous Mixtures.Test Methods for Hot Mix Asphalt.Part 24:Resistance to Fatigue;Annex D,Four Point Bending Fatigue Cracking Test.European Committee for Standardization,Bruxelles,Belgium.EN12697e25,2006.Bituminous Mixtures.Test Methods for Hot Mix Asphalt.Part 25:Cyclic Compression Test;Method B,Cyclic Triaxial Compression Test.Eu-ropean Committee for Standardization,Bruxelles,Belgium.EN13108e1,2008.Bituminous Mixtures e Material Specifications.Part1:Asphalt Concrete.European Committee for Standardization,Bruxelles,Belgium. General Management of Roads,2008.General Technical Specification for Road and Bridge Works PG-3.Articles542and543(in Spanish),Madrid,Spain. Hamzah,M.O.,Jamshidi, A.,Shahadan,Z.,2010.Evaluation of the potential of SasobitÒto reduce required heat energy and CO2emission in the asphalt in-dustry.J.Clean.Prod.18,1859e1865.Johnston, A.,Yeung,K.,Bird,J.,Forflyow, B.,2006.Initial Canadian experience with warm-mix asphalt in Calgary,Alberta.In:Proc.51st Annual Conference of the CTAA,Charlotte-town,Prince Edward Island,Canada,pp.369e386. Jones,D.,Barros,C.,Harvey,J.T.,Tsai,B.W.,Wu,R.,2010.Preliminary results from California warm-mix asphalt study.In:Transportation Research Board89th Annual Meeting,Washington DC,USA.Kristjansdottir,O.,2006.Warm Mix Asphalt for Cold Weather Paving(PhD thesis).University of Washington,Seattle,WA,USA.NLT-159,2000.Marshall Test.Road Tests of the Road Study Center(in Spanish), Madrid,Spain.Oliveira,J.R.M.,Silva,H.M.R.D.,Abreu,L.P.F.,Fernandes,S.R.M.,e of a warm mix asphalt additive to reduce the production temperatures and to improve the performance of asphalt rubber mixtures.J.Clean.Prod.41,15e22.Punith,V.,Xiao, F.,Wingard, D.,2013.Performance characterization of half warm mix asphalt using foaming technology.J.Mater.Civ.Eng.25,382e 392.Reyes-Ortiz,O.,Pérez,F.,Miró,R.,Amorós,J.,Gil,S.,2009.The Phoenix Project at UPC.Warm mix asphalt mixtures.In:XV Ibero-Latin American Congress of Asphalt.Lisbon23-27November2009,Portugal(in Spanish).Rubio,M.C.,Martínez,G.,Baena,L.,Moreno,F.,2012.Warm mix asphalt:an over-view.J.Clean.Prod.24,76e84.Rubio,M.C.,Moreno,F.,Martínez-Echevarría,M.J.,Martínez,G.,Vázquez,J.M.,2013.Comparative analysis of emissions from the manufacture and use of hot and half-warm mix asphalt.J.Clean.Prod.41,1e6.Wax,Sasol,2005.Roads and Trials with / sasolwaxmedia/Downloads/Bitumen_Modification-p-409/Roads_and_trials.pdf (accessed17.09.12.).Zaumanis,M.,2010.Warm Mix Asphalt Investigation(PhD thesis).Technical Uni-versity of Denmark,Kongens Lyngby,Denmark.M.Pérez-Martínez et al./Journal of Cleaner Production65(2014)374e379379。
金学导航
示例:庄子【颁奖词】
九万里豪情荡漾于三千溪水之上,悲天悯人的赤子之心光耀日月,曳尾涂中, 逍遥尘世。他有蛇的冷酷犀利,更有鸽子的温柔宽仁;踌躇满志却又似是而非, 螳臂挡车却又游刃有余。一部《庄子》,深邃宏阔,那满纸荒唐言中的一把辛 酸泪,那充满血泪的怪诞与孤傲,怎能不令我们悚然面对,肃然起敬,油然生 爱? 选择人物 示例:汤显祖
33
春之色为冷的绿, 希望
如碧波,
如嫩竹,
贮满了人们的
夏之色为暖的黄,如金桔,如麦浪,孕育着蓬勃的希望
秋之色为热的赤,如夕阳,如红叶,标志着事物的终极
冬之色为洁的白,如闲云,如瑞雪,象征着美好的心灵
Page 8
34(湖北省八市2010年高三年级第一次联合考试)根据所提供 的作家,仿造下面划线的句式和修辞方法,另写两个句子,使之构成 排比。 《我与地坛》作者史铁生和《我有一个梦想》作者马丁· 路德· 金
Page 4
31、(2010•石家庄一模)依次填入下面一段文字横线处的语句.衔接 最恰当的一组是狭小的心胸,一块小坷垃就会让其堵塞窒 息。 , 。 , 。 , ,尤其是不易磨损的精神上的山岳、 湖泊与森林。
①而人生的美丽与否
C
②才能容纳众多的山岳、湖泊与森林 ③如果人生的价值是可以衡量的话 ④恰恰就在其一望无际、丰富多彩上 ⑤那就看谁能在生命的旅程中创造更多更高的山峰 和更多更大的湖泊与森林 ⑥只有博大、宽厚的胸怀 A.③④⑥②①⑤ B.①④③⑤⑥② C.⑥②① ④③⑤ D.③④①⑤⑥② Page 5
《金学导航》语言基础知识
------纠错卷
29.把后面的句子分别填入下面的横线上,最恰当的一组是 别的故都,把历史浓缩到宫殿;而南京,把历史溶解于自 然。 , 。 , , ,大大方方地畅开一派山水,让人去读解中国历史的大课题。 ①南京既不铺张也不拥挤 ②也不存在可以舍弃历史的游玩 ③在南京,不存在纯粹学术性的参观
金学导航文言文(一)《杨荐传》《高崇文传》
一、《周书•杨荐传》参考译文:杨荐字承略,是秦郡宁夷人。
父亲杨宝,任昌平郡太守。
杨荐年幼丧父,很早就有名声赞誉。
性格廉洁谨慎,喜怒不在脸上表现出来。
魏永安年间,跟随尔朱天光入关讨伐群贼,封为高邑县男。
文帝驾临夏州,补为帐内都督。
到平定侯莫陈悦。
派遣杨荐进入洛阳请示。
魏孝武帝授任文帝为关西大行台,仍授杨荐为直合将军。
当时冯翊长公主寡居,孝武帝想将她嫁给文帝,就下令武卫元昆宣谕旨意。
杨荐返归禀告,文帝又派遣杨荐进入洛阳请求。
孝武帝立即答应。
孝武帝想向关中进兵。
杨荐赞成他的计划。
孝武帝说:“你回去告诉行台迎接我。
”文帝又派遣杨荐与长史宇文测出关等候迎接。
孝武帝到了长安,晋爵为清水县子。
魏大统元年,蠕蠕族请求和亲。
文帝派遣杨荐与杨宽为使者,与蠕蠕族结为婚姻而返回。
晋为侯爵。
又派遣杨荐到蠕蠕族交纳礼品。
魏文帝郁久闾后驾崩,文帝派遣仆射趟善出使蠕蠕族请求再结婚姻。
趟善到了夏州,听说蠕蠕族对东魏怀有贰心,想要逮捕使者。
趟善很害怕,就逃回来了。
文帝又派遣杨荐前往,赏赐黄金十斤、杂色丝绸三百匹。
杨荐到了蠕蠕族,责备他们忘恩失信,并谈论结为婚姻的意向。
蠕蠕族受到感动而醒悟,就派遣使者跟随杨荐回去覆命。
到侯景前来归附,文帝命令杨荐参与镇守遏制。
杨荐知道侯景为人翻覆,就请求回来,全部陈述事情的实际情况。
文帝就派遣使者秘密追击帮助侯景的军队。
不久侯景背叛了。
十六年,大军往东征讨。
文帝恐怕蠕蠕族乘虚进攻抢掠,就派遣杨荐前往再论和睦交好,以便安慰他们。
进使持节、骠骑大将军、开府仪同三司,加授侍中。
孝闵帝登位,任御伯大夫,晋爵为姚谷县公。
又出使突厥结为婚姻。
突厥可汗的弟弟地头可汗阿史那库头居住在束面,与齐通和,劝说他的兄长想背弃以前的盟约。
计谋已定,将要把杨荐等人送往齐。
杨荐知道他的心意,就严正地责备他,言辞意气慷慨激昂,泪流满面。
可汗心情凄惨了很久,说:“好在没有什么可疑虑的,应当共同平定束方的贼寇,然后嫁出我的女儿。
“就下令杨荐先回去复命,再请求向东征讨。
导航电子地图激活 升级 操作手册说明书
导航电子地图激活/升级操作手册目录导航电子地图激活/升级操作手册 (1)目录 (2)一、设置电脑IE浏览器 (3)二、地图激活/更新步骤简介 (5)三、首次激活/升级导航电子地图 (5)四、订单查询 (20)附录一:QA (14)附录二:地图公司400服务热线和邮箱 (16)附录三:错误申请序列号之处理办法 (16)附录四:更换导航仪之处理办法 (17)附录五:订单作废申请单 (20)一、设置电脑IE浏览器1.打开IE浏览器,选择浏览器菜单“工具”——“Internet选项…”,如下图:选择“Internet选项”2.在“Internet选项”窗体中,选择“安全”选项卡,选中“受信任的站点”,点击“站点…”按钮,如下图:“站点”按钮3.在“可信站点”窗体中,添加“*”,去掉勾选“对该区域中的所有站点要求服务器验证(https:)”,如下图:添加可信站点去掉“勾选”4.点击“确定”按钮,关闭“可信站点”窗体。
5.在“Internet选项”窗体中,选择“安全”选项卡,选中“受信任的站点”,点击“自定义级别…”按钮,如下图:“自定义级别”按钮6.在“安全设置”窗体中,将“对没有标记为安全的ActiveX控件进行初始化和脚本运行”的“单选框”改为“启用”将单选框改为“启用”7.点击“确定”按钮,关闭“安全设置”窗体。
8.点击“确定”按钮,关闭“Internet选项”窗体。
二、地图激活/更新步骤简介首次激活/升级导航电子地图:1) 经销商操作人员记录车内导航仪序列号;2) 登录指定的地图公司网站,生成激活码并抄录;3) 将SD卡中拷贝对应版本的地图数据,插入导航仪;4)将激活码输入导航仪,激活导航。
注:升级新版本地图是经销商收费项目,由车厂定期结算三、首次激活/升级导航电子地图车主提取购买的车辆时,可以到经销商或维修站申请激活导航电子地图,经销商将指定专人完成导航地图的首次激活工作。
1 记录导航仪序列号【导航序列号获取】面板上按NAVI,进入导航界面,查看导航仪序列号(机器编号):操作人员需要记录下导航仪序列号,然后回到指定电脑前登录地图公司网站,取得合法激活码文件。
2022年语文人教金学典同步解析与测评学考练练习册电子版
2022年语文人教金学典同步解析与测评学考练练习册电子版1、56. 下列句子中没有语病的一项是()[单选题] *A.当班主任宣布班委会成立并交给我们任务的时候,我们大家有既光荣又愉快的感觉是颇难形容的。
B.在“创建平安校园”活动中,学校专门开辟了“安全知识宣传”“安全有奖问答”等。
C.立志奋斗才能梦想成真,青年需要创造奋斗精神,在拼搏中放飞人生梦想。
D.惩戒权是教师所固有的一种权力,也是由青少年身心发展特点所决定的一种教育方式。
(正确答案)2、下列句子标点符号使用正确的是()[单选题] *“唉!天可真凉了—”(这“了”字念得很高,拖得很长)“唉,天可真凉了—”(这“了”字念得很高,拖得很长)(正确答案)“唉,天可真凉了—”(这“了”字,念得很高,拖得很长)“唉!天可真凉了—”(这“了”字,念得很高,拖得很长)3、《红楼梦》中涉及的外国地名中哪一个是虚拟的?( ) [单选题] *A.暹罗B.茜香(正确答案)C.海西福朗思牙D.波斯4、下列选项中加着重号字注音正确的一项是()[单选题] *A、粗糙cāo 红缯zēng 乳酪lào(正确答案)B、背负bèi 树冠guān 萌蘖nièC、龟裂guī宋徽宗huī贮藏zhùD、谚语yàn 紫绡qiāo 果梗gěng5、下列词语中,加着重号字的注音不正确的一项是()[单选题] *A、济南(jì)丧事(sāng)刮痧(shā)游目骋怀(chěng)(正确答案)B、私塾(shú)秩序(zhì)徘徊(pái)拥挤不堪(kān)C、旖旎(yǐ)淤泥(yū)吮吸(shǔn)面面相觑(qù)D、租赁(lìn)誊写(téng)打盹(dǔn)自惭形秽(huì)6、1“江州司马青衫湿”中的江州司马是指王安石。
[判断题] *对(正确答案)错7、下列词语中中括号内字读音有误的一项是()[单选题] *A.[榛]子(zhēn)[正]月(zhēng)B.白云[观](guàn)[和]面(huó)C.沉[着](zhuó)水[浒]传(hǔ)D.[夹]袄(jiā)[燕]山(yān)(正确答案)8、1与李白并称“李杜”的是杜牧。
Bandg zeus3s 操作手册说明书
简体中文
序言
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• 重新定向或定位接收天线 • 增大设备和接收器之间的距离 • 将设备连接至与接收器所在电路不同的电路插座中 • 咨询经销商或经验丰富的技术人员以寻求帮助
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目录 | Zeus³S Operation Manual
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简介
前端控件
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A 触摸屏 B 页面/主页
• 按下可以打开页面选择和设置选项的“主页”。
C WheelKey - 用户可配置键。请参阅"可配置旋转钮"在第 17。 自动舵未连接至系统时的默认值: • 短按:在分屏上的面板之间进行切换。 • 长按:使分屏上的活动面板最大化。
人教版金学典四年级下册语文同步解析与测评学考练第二单元综合练习试卷
人教版金学典四年级下册语文同步解析与测评学考练第二单元综合练习试卷1、1《我的空中楼阁》是一篇托物言志、寄情于景的散文,作者是台湾作家李乐薇。
[判断题] *对错(正确答案)2、1“小王一把拽住正准备闯红灯的老伯说:‘你活得不耐烦了?真是为老不尊!’”这句话中小王使用的语言不得体。
[判断题] *对错(正确答案)3、68. 下列选项中,文言现象与其它三项不相同的一项是()[单选题] *A、学学半。
B、使老有所终。
(正确答案)C、选贤与能。
D、北冥有鱼。
4、1“朋友,刚才我所说的就是事实,活生生的事实,什么是事实呢?刚才我说的就是事实。
”这句话不够简洁。
[判断题] *错(正确答案)5、1希望别人原谅自己,可以说“请原谅”,也可以说“请包涵”。
[判断题] *对错(正确答案)6、“氓之蚩蚩”中“氓”的意思是民众、百姓,诗中指那个人,读音是“máng”。
[判断题] *对错(正确答案)7、4. 下列句中加双引号的词语使用正确的一项是()[单选题] *A.先进文化理念是科技创新的思想源泉,科技创新推动文化产业转型升级,文化和科技是“相辅相成”的。
(正确答案)B.监控画面中,每道工序都清清楚楚、“历历在目”,这有效地保障了食品的卫生和安全。
C.在晚会节目现场,舞蹈演员们的服饰精美华丽、“天衣无缝”。
D.夕阳西下,白浪河水面光影交织,好一派“浮光掠影”的景象。
8、薄薄的青雾()起在荷塘里[单选题] *浮(正确答案)飘涨9、“睿智”的“睿”的正确读音是“ruì”。
[判断题] *对(正确答案)错10、下列选项中加着重号字注音有错误的一项是()[单选题] *A、钦佩jīn战战兢兢kè(正确答案)B、萧瑟xiāo溘然长逝kèC、精湛zhàn 侃侃而谈kǎnD、妊娠rèn 目瞪口呆dèng11、18.下列词语中加点字注音完全正确的一项是()[单选题] * A.绰号(chuò)亘古(gèng)粗犷(guǎng)藏污纳垢(gòu)B.坍塌(tān)蛮横(hèng)荣膺(yīng)自惭形秽(huì)(正确答案) C.柠檬(ling)滞留(zhi)驰骋(chéng)怒不可遏(é)D.虬枝(qiú)簇新(chù)倜傥(tǎng)悲天悯人(mǐn)12、1四大文学体裁是指小说、诗歌、散文、戏剧。
ERP库存管理
Tiptop 5.0 Gui教育訓練庫存管理系統課程大綱八. Q & A 10分鐘10分鐘A 儲位C 儲位B 儲位批號1批號2批號3MRP 倉庫儲位 保稅∕非保稅倉庫儲位(Main W/H)建立庫房概念多倉庫儲位批號存量庫房線上庫房可用或不可用MRP 使用或不使用倉儲料件存放之倉儲可事先設定不同倉儲可有不同單位1.取自料件主檔2.取自料件分群檔3.取自倉庫檔4.取自倉庫儲位檔倉庫系統作業流程2.倉庫實務作業流程工單完工入庫成品倉TIPTOP 單據別設定說明雜項發料流程領用需求發生領用單輸入(aimt301) (aimt311)領用單憑證列印(aimt301-O) (aimt311-O)材料領用點交出庫庫存過帳aimt301-S aimt311-SEnd庫存錯誤否理由碼過帳雜項發料計算成本需維護其單價雜項收料流程入庫/退料需求發生雜收入庫∕退料單輸入(aimt302) (aimt312)入庫/退料單憑證列印(aimt302-O) (aimt312-O)材料退回入庫庫存過帳aimt302-Saimt312-S檢驗良品否N(aimp379 Y庫存錯誤否雜項報廢流程報廢需求發生報廢單輸入(aimt303) (aimt313)報廢單憑證列印(aimt303-O) (aimt313-O)報廢品項點交出庫庫存過帳aimt303-S aimt313-SEnd庫存錯誤否W/H to W/H一階段調撥Stock StockStockPlant 1Plant 1Stock APlant2一階段調撥二階段調撥適用於庫房間距離較遠者Plant 2撥出確認撥入確認同一工廠內倉庫間調撥流程倉庫間直接調撥需求調撥單輸入aimt324調撥單憑證列印aimt324-O倉庫間轉撥出庫∕入庫庫存過帳aimt324-S調撥差異否工廠間直接調撥需求調撥單輸入aimt720調撥單憑證列印aimt720-O倉庫間轉撥出庫∕入庫撥入確認庫存過帳aimt720-S調撥差異否YNEnd撥出確認aimt720-Y不同工廠間庫存直接調撥流程同一工廠內庫存兩階段調撥流程倉庫間兩階段調撥需求調撥單輸入aimt325調撥單憑證列印aimt325-O倉庫間轉撥出庫∕入庫撥入確認庫存過帳aimt326-S撥出確認aimt325-Y 兩階段調撥明細表aimr510不同工廠間庫存兩階段調撥流程工廠間間接調撥需求調撥單輸入aimt700調撥單憑證列印aimr512倉庫間轉撥出庫∕入庫撥入確認庫存過帳aimp701數量差異否N撥出確認aimp700工廠間調撥報表aimr700∕r701工廠間調撥結案作業aimt701預收數量撥出確認撥入未確認撥入確認借還料概念廠商編號: B 系統提供相關報表:借料狀況表(aimr530)借料預償統計表(aimr531)料件預計償還一覽表(aimr309)同業間外借料∕還料流程借料需求發生借料請示單核准借料(Y/N)Y登錄借料明細aimt306借料過帳aimt306-S□1.原價償還□2.原數償還原價償還aimt308原數償還aimt309借料報表AP 立帳End回寫已還數量料件動態資料庫存料件之管理報表庫存週轉率分析報表(aimr620)低於訂購點資料分析報表(aimr503)庫存有效狀況分析報表(aimr506)呆滯料分析報表(aimr802)如超過六十天視為呆滯料可列印出材料六十天未異動之報表系統提供相關重要報表及查詢作業,以利查核:日報表明細查詢可查詢每一筆Transaction異動資料明細查詢ABC分析Start系統參數設定檢視asms220asms112ABC分類碼計算aimp500ABC分類表aimr500EndABC類碼設定用途異動量 庫存量6/266/276/286/296/307/17/27/3(100)(105)(+5)(115)(120)(119)(+10)(+5)盤點標籤重計資aimp800aimr800aimt800(-1)Update 盤點標籤現有庫存量盤點標籤重計概念定期庫存盤點作業流程盤點標籤設定aimi800空白標籤產生否空白標籤產生aimp810盤點標籤產生(庫存及在製品)aimp800盤點標籤列印aimr800∕801/811/812A產生標籤與系統凍結間是否仍有出入庫異動盤點資料重新計算aimt800實地實物初盤初盤資料登入(第一組)aimt820/840初盤資料登入(第二組)aimt821/841差異分析表aimr820/822初盤資料差異否初盤資料調整aimt826/827報表稽核NB複盤作業(Y/N)實地實物複盤作業Y複盤資料登入(第一組)aimt850/870複盤資料登入(第二組)aimt851/871差異分析表aimr830/832複盤資料差異否複盤資料調整aimt836/837報表稽核C盤點資料過帳aimp880盤點盈虧表盤點資料清除否盤點資料清除aimp850∕851End單別設定輸入盤點量週期盤點概念依料品特性或價值設定週期盤點政策設定ABC參數給予料號之ABC分類碼盤點起始日設定第一天A類盤點10項次第二天A類盤點10項次第三天A類盤點10項次A類盤點週期30天B類盤點週期50天C類盤點週期60天A類300 item週期盤點概念方法二: 對所有材料作週期盤點列印材料盤點明細表(庫存量以當天數量為基準點)盤點輸入盤點量及過帳週期循環盤點作業流程週期盤點是否重計ABC級碼ABC參數重新設定否庫存ABC參數設定asms220Y庫存ABC碼計算aimp500料件ABC資料正確否庫存ABC碼調整aimi100-UY A。
金学导航模拟卷七语文
金学导航模拟卷七语文金学导航模拟卷七语文一、阅读理解(共15小题,每小题2分,共30分)1. 阅读下面的短文,回答问题:人生就像一本书,我们每个人都是其中的一章。
有些人的人生如同平淡的白纸,毫无波澜,而有些人则波澜壮阔,充满了戏剧性的转折。
然而,无论是平淡还是戏剧性,都不妨碍我们将自己的人生写得精彩,在这本书中留下浓墨重彩的一笔。
1) 人生就像一本书,意思是什么?2) 如何才能让自己的人生写得精彩?2. 阅读下面的对话,回答问题:- “你为什么要写作?”- “写作是我表达内心的一种方式。
通过文字,我可以将自己的思想、感受表达出来,与读者分享,并希望能够引起他们共鸣。
”1) 写作对于这个人来说是什么意义?2) 通过写作,他想要达到什么目的?3. 阅读下面的短文,回答问题:扣人心弦的故事总是让人久久不能忘怀。
它们可以让人产生强烈的情感共鸣,点燃内心的火焰。
这些故事往往通过细腻的文字描绘,将读者带入一个充满想象力的世界。
而写作者也是通过这些故事,将自己的心声传递给读者,唤起他们内心深处的回响。
1) 为什么扣人心弦的故事让人久久不能忘怀?2) 通过写作,写作者想要唤起读者的什么?二、作文(40分)请根据以下提示,谈谈你对阅读的看法,内容包括:1. 阅读的重要性;2. 阅读对个人的影响;3. 阅读对社会的影响;4. 你的阅读体验和感受。
(提示:字数不少于300字)三、综合填空(10分)根据短文内容和所给词的首字母,填写唯一正确的词使短文意思完整。
四、写作(20分)用整篇文章的写作风格阐述你对语言文字的感悟,要求文笔优美,修辞生动。
五、口语表达(共5小题,每小题2分,共10分)1. 你是如何提高写作水平的?2. 在写作过程中,你有什么困扰或难点?3. 你觉得阅读对写作有什么帮助?4. 你认为语文学习的目的是什么?5. 你在阅读中遇到过什么难题,是如何解决的?六、写作指导(共5小题,每小题2分,共10分)1. 什么是写作?2. 写作的目的是什么?3. 写作的好处有哪些?4. 如何提高写作能力?5. 你有没有写过优美的中文文章?请简要介绍一下。
江苏金海星导航科技有限公司介绍企业发展分析报告模板
Enterprise Development专业品质权威Analysis Report企业发展分析报告江苏金海星导航科技有限公司免责声明:本报告通过对该企业公开数据进行分析生成,并不完全代表我方对该企业的意见,如有错误请及时联系;本报告出于对企业发展研究目的产生,仅供参考,在任何情况下,使用本报告所引起的一切后果,我方不承担任何责任:本报告不得用于一切商业用途,如需引用或合作,请与我方联系:江苏金海星导航科技有限公司1企业发展分析结果1.1 企业发展指数得分企业发展指数得分江苏金海星导航科技有限公司综合得分说明:企业发展指数根据企业规模、企业创新、企业风险、企业活力四个维度对企业发展情况进行评价。
该企业的综合评价得分需要您得到该公司授权后,我们将协助您分析给出。
1.2 企业画像类别内容行业空资质增值税一般纳税人产品服务系统产品、智能视频图像分析系统、电子产品研1.3 发展历程2工商2.1工商信息2.2工商变更2.3股东结构2.4主要人员2.5分支机构2.6对外投资2.7企业年报2.8股权出质2.9动产抵押2.10司法协助2.11清算2.12注销3投融资3.1融资历史3.2投资事件3.3核心团队3.4企业业务4企业信用4.1企业信用4.2行政许可-工商局4.3行政处罚-信用中国4.5税务评级4.6税务处罚4.7经营异常4.8经营异常-工商局4.9采购不良行为4.10产品抽查4.12欠税公告4.13环保处罚4.14被执行人5司法文书5.1法律诉讼(当事人)5.2法律诉讼(相关人)5.3开庭公告5.4被执行人5.5法院公告5.6破产暂无破产数据6企业资质6.1资质许可6.2人员资质6.3产品许可6.4特殊许可7知识产权7.1商标7.2专利7.3软件著作权7.4作品著作权7.5网站备案7.6应用APP7.7微信公众号8招标中标8.1政府招标8.2政府中标8.3央企招标8.4央企中标9标准9.1国家标准9.2行业标准9.3团体标准9.4地方标准10成果奖励10.1国家奖励10.2省部奖励10.3社会奖励10.4科技成果11 土地11.1大块土地出让11.2出让公告11.3土地抵押11.4地块公示11.5大企业购地11.6土地出租11.7土地结果11.8土地转让12基金12.1国家自然基金12.2国家自然基金成果12.3国家社科基金13招聘13.1招聘信息感谢阅读:感谢您耐心地阅读这份企业调查分析报告。
金智云校园 使用指南
金智云校园使用指南江苏金智教育信息股份有限公司2019年3月目录一、CampuSmart用户使用指南 (2)二、校园百事通用户使用指南 (28)三、辅导猫用户使用指南 (35)一、CampuSmart用户使用指南1概述本文档描述了CampuSmart平台所提供的基本功能,以下使用“平台”代指CampuSmart。
2PC服务门户2.1主页平台为每个学校提供独立的主页。
主页提供可供配置的欢迎图以及登录按钮,用户可根据自己的需求配置学校名称、背景图片以及相关的标语。
2.2登录页如果使用平台的内部认证源,则用户点击登录按钮后会跳转到登录页。
登录页提供用户名、密码的登录方式以及通过今日校园扫码登录的方式。
2.3个人工作台登录后默认展示首页以及对应智能搜索(左侧)展示的信息2.3.1智能搜索2.3.1.1根据用户切换的内容显示智能推荐智能搜索部分常驻在页面左侧,根据用户选择右侧的Tab情况或者搜索的关键词智能给出搜索结果智能助手默认信息用户切换至“首页”Tab时,显示为用户配置的各项数据以及目前在系统中用户最常搜索的关键词推荐服务以及工作的智能助手信息展示●用户切换至“服务”Tab时,呈现用户最近使用的服务●用户切换至“工作”Tab时,呈现用户任务中心目前的紧急任务、超期任务以及搁置的快速办理任务2.3.1.2完善的搜索能力服务以及工作的智能助手信息展示●点击搜索按钮会展示搜索推荐信息(包括搜索历史以及热词推荐)●搜索结果将会包括系统服务、校内知识库、深度对接应用数据●点击具体某个信息卡片能查看信息详情,包括此事务的办理流程、所需材料、办理地点、联系电话、办理时间。
●地点信息可以点击跳转至百度地图进行导航●电话可以点击跳转至Skype等应用直接拨号●点击移动端查看可对当前页面生成二维码,能够使用今日校园、微信等扫码获得此页面信息以及今日校园下载二维码能够通过简单的问题搜索到应用内部的关键信息,例如“我明天有什么课”2.3.2首页●提供任务中心快速办理模块,用户可以快速在首页处理完已经深度对接任务中心应用的任务●提供服务快速入口模块,优先显示最近使用的服务,方便用户在首页就能找到自己常用的服务2.3.3服务●呈现使用首字母排序的服务列表●提供关键字搜索以及包括角色、业务场景、部门等多标签的筛选功能2.3.4工作●提供任务中心模块,采用邮箱式的三段设计,快速筛选到处理的任务●任务分为能够直接办理以及跳转应用办理两种,前者可以直接在页面中办理结束,后者可跳转至应用中办理两种不同的任务类型2.3.5消息●点击智能搜索上方铃铛按钮能够进入消息中心,能够点击消息列表查看详情●消息中心支持文字、图片、附件(包括office三件套、图片以及压缩文件)实时收到消息●能快速筛选未读、已读消息以及搜索消息标题●能够在使用办事大厅的过程中实时收到消息提醒2.4密码服务2.4.1修改密码如果使用平台的内部认证源,则用户登录平台后,可以修改自己的密码。
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21-25 ADDCD
36-40 BACAD
26-30 ACAAC
41-45 CBADB
31-35 BBCAB
46-47 BC
48. and 49. At 50. when 51. so 53. a 54. English 55. how 56-60 CDABD 61-65 CDBAD
52. I
66-70 BCAAD
71. The all-in-one cellphone(s)
72. development of 73. connected/ linked 74. a computer 75. Advantages 76. easily 77. convenience
Proposal At present, all the Chinese from all walks of life are working hard to realize the great Chinese dream. As students, we should take action for our campus dream. In my opinion ,our campus dream involves not only a lot of green trees and beautiful flowers on campus, but also a friendly, harmonious environment and a good learning environment. To realize our dream, we propose every student in our school do as follows: Firstly, we should try to save energy in our daily life and from the habit of recycling used things. Secondly, we should strictly observe our school rules and respect our teachers. We should get on well with each other and help each other. In addition, we should work even harder in our studies to create a good learning environment. Only by these means can we accomplish our goal. Let’s act now to make our campus dream come true! Student Union
78. Solutions
79. quick
80. longer
81. She was giving free advice.
82. She thinks the project is mutually beneficial. 83. They should talk things out. 84. She would promote it to each public space with the help of volunteers.
李玉金 118 雷宁波 118 龙文昕 117 姚孟 伶 114 唐慧敏 109 吴卓林 108.5 邓联湘 108.5 高篮 107.5 张芷勇 107 莫慧芸 106 100:20