Senior Brother Qianis highly efficient.钱师兄的工作效率很高。Reported the second day of workinYangXu, Lu Zhouthenreceivescalculated the mail that the material research institutesentfromJinling. Pastesin the mailattachmentposition, is a test report, insidecompiledthese daysto collect the completeexperimental datain detail.
就在杨旭汇报工作的第二天,陆舟便收到了从金陵计算材料研究所寄来的邮件。贴在邮件附件位置的,是一份实验报告,里面详细地汇总了这段时间收集到全部的实验数据。Had the reliabledataas the support, Lu Zhoucancontinueto improveowntheorybased on this.
有了可靠的数据作为支撑,陆舟才能在此基础上继续完善自己的理论。Was luckythesethings, hecanstart the nextworkfinally.
多亏了这些东西,他总算可以开始下一步工作了。Next morning, Lu ZhoucalledinJellicoeownoffice, saidwithhim.
翌日清晨,陆舟将杰里科叫到了自己的办公室里,同他说道。„Iremember that previoustimeyouandIhave said that youplanned that followsIto studycomputationmaterialdirection. Iasknowagainyouronetime, did youprepare?”
“我记得上次你和我说过,你打算跟着我研究计算材料这个方向。我现在再问你一次,你准备好了吗?”Hearsthese words, Jerichosaysimmediatelyexcitedly: „Naturally! Professor, Ihave prepared!”
听到这句话,杰里科立刻激动地说道:“当然!教授,我已经准备好了!”HewhenMassachusetts Institute of Technologyattended the undergraduate course, after repairing completely the degree of applied mathematics, but also is repairing completely the applied chemistryto be specializedwhile convenient. In the Lu Zhoufiveapprentices, onlysimultaneouslyhas the math and chemical fundamentals.
他在麻省理工大学读本科的时候,修完了应用数学的学位之后,还顺带着修完了应用化学专业。是陆舟五个徒弟中,唯一一个同时拥有数学、化学基础的。Sitsbefore the next doordesk, Wei Wen that is workingearnestly, somewhatenviedlooked athisoneeyes.
坐在隔壁办公桌前,正在埋头工作的魏文,有些羡慕地看了他一眼。WithJericho of samebatch of admittances, has set the research direction.
和自己同一批入学的杰里科,已经确定了研究方向。Howevernowhas passed for a halfyear, heis still doing the work of somestudynatures, simplyhas not participated in the officialresearch.
然而现在都已经过去了半年,他还在做一些学习性质的工作,根本没有参与到正式的研究中。Detected that envying in Wei Weneye, Lu Zhousaid.
察觉到了魏文眼中的羡慕,陆舟开口说道。„Youdo not needto envyhim, presentaccumulationtoflyhigh. Ifyouplanned that developsin the mathematicalphysicsdirection, youmustpaymoretime and sweatcompared withhim.”
“你不用羡慕他,现在的积累是为了飞得更高。如果你打算往数学物理方向发展的话,你必须比他付出更多的时间和汗水。”
The mathematicalphysics and computational chemistryare different, latteralsoslowgrowthinseed, attemptsin the phenomenonwithnewtheoretical explainexperiment, however the formerhad actually been far in excess ofcurrentexperimentlevelseveralstreets, entered the unknowndomain.
数学物理和计算化学不同,后者还在萌芽中缓慢生长,试图用新的理论解释实验中的现象,然而前者却已经远远超越了当前实验水平几条街,进入到了未知的领域。
An immaturedomainwith one maturedomain, has wantedto make the breakthroughbased onpredecessor, the sweat that needsto payis entirely different.
一个未成熟的领域与一个已经成熟的领域,想要在前人的研究基础上做出突破,需要付出的汗水是截然不同的。Wei Wenalsoknowsthis pointobviously, thereforealsoenviesmerely.魏文显然也是知道这一点,所以也仅仅只是羡慕而已。Nods, herepliedsimply.
点了点头,他简单地回答道。„Iknew.”
“我知道了。”Jerichoraises hand, saidcompetitive: „Professor, what do youneedmeto make?”
杰里科举手,干劲十足道:“教授,您需要我做什么?”Lu Zhoudoes not havedirect reactionthisissue, butsmilesto say.陆舟没有直接回答这个问题,只是笑了笑说道。„Thisissueaskedwell, a whileyoufollowedIto go to a goodplace. After waiting, youknew.”
“这个问题问得好,一会儿你跟着我去个好地方。等到了之后,你就知道了。”
......
……
Any firststep of research work, startsfromliteraturereading.
任何研究工作的第一步,都是从文献阅读开始。
The fundamental researchor the applied researchareso.
无论是理论研究还是应用研究都是如此。
After attaining the experimental data, Lu Zhousharplyhas not been startingto take up the pento calculate, butthrew intoFirestone Library.
拿到了实验数据之后,陆舟并没有急着开始动笔计算,而是一头扎进了燧石图书馆。ThisworkLu Zhouis a personcompleted, currentlyhehastwohelpersactually, is ambitioustowardJericho that the computationmaterialdirectiondevelops, anotherinConnie who hishereis the post-doctorate.
这项工作原本陆舟是一个人完成的,现在他倒是有了两个帮手,一个是有志往计算材料方向发展的杰里科,另一位则是在他这儿做博士后的康尼。SitsbyLu Zhou, glanced throughliteratureJerichoto ask the sentencesuddenly: „Professor, howyouthinksolves the shuttleeffect of lithiumsulfurbatterywith the hollowcarbonball?”
坐在陆舟旁边,翻阅着文献的杰里科忽然开口问了句:“教授,您是怎么想到用空心碳球去解决锂硫电池的穿梭效应的?”„Scientificintuition? In addition the inspiration of otherplacesobtaining,”is glancing through the literature in hand, Lu Zhouwhilewithchatting the tonerepliedthisissue, „in fact, abouttechnical ideaissue, does not haveabsolutely the rightchoice, onlyhas the relativelyrightchoice.”
“科学的直觉?再加上从其它地方得到的灵感,”一边翻阅着手中的文献,陆舟一边用闲聊地口吻回答了这个问题,“事实上,关于技术思路这个问题,并不存在绝对合适的选择,只存在相对合适的选择。”„Relativelyrightchoice......”is chewingthese wordsrepeatedly, reads the literature in hand, Jerichois noddinglooking pensive.
“相对合适的选择……”反复嘴嚼着这句话,看着手中的文献,杰里科若有所思地点着头。Had the help of twoassistants, the literaturecollectionhad not spentLu Zhoutoofor a long time,
有了两位助手的帮助,文献收集并没有花费陆舟太长时间,Literature reviewafter thisand other series ofwork, completedin one week.
在此之后的文献综述等一系列工作,也都在一个星期之内完成了。However the followingwork, is not relaxed.
不过接下来的工作,就没那么轻松了。Related to the matter in computation, can only completebyLu Zhou.
涉及到计算方面的事情,只能由陆舟自己来完成。Marchlastday, Lu Zhouhas not gone to the office of higherresearch institute, after getting out of bed, thenturned aroundto enterbytwobuildingmaster bedroomsstudios.
三月份的最后一天,陆舟没有去高等研究所的办公室,起床之后便转身走进了二楼主卧旁边的书房。Sitsinless thantensquare metersroom, hepoured intoonecup of coffeetohimself, then turns on the drawer, took out the written records.
坐在不到十平方米的房间里,他给自己泡上了一杯咖啡,然后便打开抽屉,取出了纸笔。On the cleanneattheorystationery, Lu Zhouformed in one's minda moment later, wrote downoneline of titles
在干净整洁的论文纸上,陆舟构思了片刻之后,写下了一行标题
The galvanochemistrycontact surfacetheoryis the major pillar of moderngalvanochemistry, is one of theoretical chemistryclassicalissues. Makes an inappropriateanalogy, itspositionis similar toTwin Prime Conjecture of mathematics circles, is in the core positioninsomekind of issue.
电化学界面理论是现代电化学的重要支柱,也是理论化学中的经典问题之一。做个不恰当的类比,其地位就如同数学界的孪生素数猜想,在某一类的问题中占据核心地位。Thisconceptwas earliest to tracein the early 80's, the contact surfacemolecular modelin the true sensewas proposed.
这个概念最早可以追溯到80年代初期,真正意义上的界面分子模型被提出。Also, the classicalelectrostaticsconcept of galvanochemistrycontact surfacestartsto transitto the modernconcept of coherence physicsafter that.
也正是从那之后,电化学界面的经典静电学概念开始向凝聚态物理的现代概念过渡。With the development of technology, then the moleculardynamic methodsimulationandmontecarlo of birthsimulate the waitcomputer simulationmethod, making the galvanochemistrycontact surface the theoretical modelapproachin the reality.
随着技术的发展,而后诞生的分子动态学模拟、montecarlo模拟等等计算机模拟方法,让电化学界面的理论模型更加逼近于真实。Howevereven so, on the microscopicessences of variouselectrochemical processregardingcontact surface, no onecanprovide the theoretical model that candepend upon, conducts the reasonableexplanationtochange.
然而即便如此,对于界面上发生的各种电化学过程的微观实质,也没有人能提供一个可以依靠的理论模型,对其中的变化进行合理解释。Citestwoexamplescasually, how the differential capacitancecurve of polytropismmetal electrodeshouldexplain? Howin the electrolyte solutions of differentresolverhgelectrodedifferential capacitancecurve should the origin of electric capacitypeakexplain?
随便举个两个例子,多晶金属电极的微分电容曲线该如何进行解释?不同溶剂的电解质溶液中hg电极微分电容曲线中的电容峰的起源又该如何解释?Thesedescribedas if very simpleissue, wasin the bookshas not mentioned.
这些描述起来似乎很简单的问题,都是书本上未曾提及的。If11answeredtheseissues, winning2-3Nobel Prize in Chemistrywas an issuedoes not have, Nobelcommitteeto the theoryforever the ratiomany that the applicationattached great importance.
如果将这些问题一一作答,拿下2-3个诺贝尔化学奖是一点问题都没有的,诺贝尔委员会对理论永远比对应用重视的多。After all, iftheseissuesget an effectiveanswer, although may not respondintuitivelyin the bankcard the economic data of accountorinsomecountry of somecompany, buteffectoncivilization, by farcompared with„the modifiedpdmsmaterial”significanceimportantmany of thissoleinvention.
毕竟,要是这些问题得到一个有效的答案,虽然可能并不会直观的反应在某家公司的银行卡账户或者某个国家的经济数据上,但对文明进程的影响,远远比“改性pdms材料”这种单一发明的意义重要的多。HoweverLu Zhou, is even impossibleto solvealldifficult problems.
然而即便是陆舟,也不可能解开所有的难题。However, likegroupconstructionlawinadditive theory of numbers.
不过,就像群构法之于加性数论的一样。Ifcandescribe the interface propertyusing the method of math, andestablishes a galvanochemistryinterface structurebased on this theoretical model. Hethencanforthisallissues, establishoneto be able the theorytool of itsexplanation!
如果能够运用数学的方法对界面性质进行描述,并在此基础上建立一个电化学界面结构的理论模型。他便可以为这所有的问题,建立一个能够将其解答的理论工具!Afteron the scratch paperwrote down the title of paper, Lu Zhoucloses the eye, the deep breath the one breath.
在草稿纸上写下了论文的标题之后,陆舟闭上眼睛,深呼吸了一口气。Whenheopens the eyesagain, in the eye is only left overunprecedenteddedicationin the calmness.
当他再次睁开双眼的时候,眼中只剩下前所未有的专注于冷静。Allupholsteryworkhave been completedinhalf yeartime.
所有的铺垫性工作都已经在这半年的时间里完成。Forthis moment, hehad collecteda multitude ofdata.
为了这一刻,他已经收集了大量的数据。Butnow, is toallwork, conducted the time of conclusion!
而现在,便是对所有的工作,进行收尾的时刻了!
......
……
The timepasses byday-by-day, basket of study roomcornerpiles up withgradually, visibleoutline that the balled paper that was also throwngraduallyburies.
时间一天天过去,书房角落的纸篓子渐渐堆满,又渐渐地被扔来的纸团埋的看不见轮廓。WheneverLu Zhoutiredtime, then turns aroundto return to the bedroomto sleep, after awaking, returns to the study roomto continueto ponder.
每当陆舟累了的时候,便转身回卧室睡觉,醒了之后便回到书房里继续思考。Only if the food and drinkrubbish, hedoes not even have the staircase.
除非是吃喝拉撒,他甚至没有下过楼梯。As forgoing out, issincethat moment that sincehestartsto close up, thenhas not hadagain.
至于出门,更是从他开始闭关的那一刻起,便再也没有过。Does not know that wroteto emptymanypencil lead, does not know that wrote all overmanyscratch papers, whenLu Zhouwrote down the lastline of mathematical formulason the a4paper, suddenlystopped.
不知道写空了多少只笔芯,也不知道写满了多少张草稿纸,当陆舟在a4纸上写下最后一行算式的时候,忽然停住了。Sittingsilentprobablyonehourwas so long there, Lu Zhousomewhatgrabs the hairsuddenlyagitated, discarded the ball pen in handto stand.
坐在那里沉默了大概一个小时那么久,陆舟忽然有些烦躁地抓着头发,丢掉手中的圆珠笔站了起来。Pacesin the study roomback and forth, heis readingunceasinglybroken, is repeating the samewords.
在书房中来回踱步,他不断地碎碎念着,重复着同一句话。„Chemistryneedsmytheoretical model......”
“化学需要我的理论模型……”Suddenly, Lu Zhouas ifthought ofanythingsuddenly, the eyeis getting more and more bright.
忽然间,陆舟仿佛是突然想到了什么,眼睛越来越亮。Stopped the footsteps, helooks the manuscript paper that on the tablepiles up, thought aloud.
停下了脚步,他看着桌上堆积如山的稿纸,自言自语道。„HoweverIneedSuper Computer......”
“而我需要一台超算……”„ForSuper Computer that the computational chemistrylives!”
“一台为计算化学而生的超算!”
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