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首家进驻中国地区,完全由旅美同行学者提供的专业学术翻译,确保语意忠于原文,用词专业精准。附含全程逐句母语化润色,让您在最短的时间,事半功倍。

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将英文学术论文、文献资料、期刊、专著翻译成通俗易懂但又专业精准的中文,不仅能够有效消除语言障碍,也有助于加深国内外的学术交流。

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专家会在您的中文摘要的基础上,遵循保持原意的原则,将其翻译成符合国际期刊水平的英文摘要,排除任何语言不流畅、或语义偏差的情况。

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学术著作翻译服务

对整本专业书籍或其中部分章节进行专业的翻译服务,消除语言限制,使著作达到国外读者和出版社对语言的要求,为作者拓展论著和个人的国际知名度。

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中文期刊翻译服务

面向国内学术期刊及出版社,提供学术专业性强的中英双语翻译,并针对期刊出版的新闻性时间特点,提供高时效、长期的合作关系。

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对于每篇接受学术专业翻译服务的稿件, LetPub 将选取3位编辑分别进行层层把关。

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刘晟

重庆市食品药品检验检测研究院

LetPub的论文翻译服务很专业,水平很高,涉及到的专业术语翻译很专业,能够达到国际知名外文期刊对语言的要求。

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北京科技大学

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北京交通大学

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翻译范例
  • 最初版本
  • 初步翻译
  • 母语润色
  • 审核校对
  • 最终版本

采用分离技术,建立了测定注射用头孢孟多酯钠中碳酸钠的方法。筛选了溶解溶剂,考察了样品预处理时干燥温度、干燥时间及真空度对测定结果的影响,并进行了优化。样品在110℃、14kPa绝对真空度条件下减压干燥4小时后,用二甲亚砜超声溶解,过滤,水溶解滤渣,用盐酸滴定,实现了碳酸钠的准确测定。在80%、100%、120%三个添加水平下,碳酸钠的加标回收率在96.0%~96.8%之间,相对标准偏差为0.4%;日内精密度和日间精密度的相对标准偏差分别为0.6%和0.8%。实际样品分析结果表明,该方法简单、快速、准确,可用于注射用头孢孟多酯钠中碳酸钠含量的测定。

Separation technique was used to establish a new method to measure content of sodium carbonate in cefamandole nafate for injection. The solvent for dissolution was optimized, and the influences of drying temperature, drying time and vacuum degree on the results were explored. After drying at absolute vacuum (110°C, 14 kPa) for 4 h, the sample was dissolved in Dimethyl sulfoxide (DMSO) by ultrasonication, and filtered. Then, the filtered residue was further dissolved in water, and titrated using HCl, which accurately measured the content of sodium carbonate. Under addition levels of 80%, 100% and 120%, the spiked recovery rate of sodium carbonate was between 96.0% and 96.8% with relative standard deviation (RSD) 0.4%. The RSDs of intra-day precision and inter-day precision were 0.6% and 0.8%, respectively. The results indicate that the method is simple, fast and accurate, which can be used to measure the content of sodium carbonate in cefamandole nafate for injection.

A sSeparation technique was used to establish a new method to measure content the of sodium carbonate content in cefamandole nafate for injection. The solvent for dissolution was optimized, and the influences of drying temperature, drying time, and vacuum degree strength on the results were explored. After drying at absolute vacuum (110°C, 14 kPa) for 4 h, the sample was dissolved in dDimethyl sulfoxide (DMSO) by ultrasonication , and filtered. Then, the The filtered residue was then further dissolved in water , and titrated using HCl, which accurately measured the content of sodium carbonate. Under At addition levels of 80%, 100%, and 120% addition levels, the spiked recovery rate of sodium carbonate was between 96.0% and 96.8% with a relative standard deviation (RSD) 0.4%. The RSDs of intra-day precision and inter-day precision were 0.6% and 0.8%, respectively. The results indicate suggest that the method is simple, fast, and accurate, which can be used to measure the content of sodium carbonate in cefamandole nafate for injection.

A sSeparation technique was used to establish a new method to measure content the of sodium carbonate content in cefamandole nafate for injection. The solvent for dissolution was optimized, and the influences of drying temperature, drying time, and vacuum degree strength on the results were explored. After drying at absolute vacuum (110°C, 14 kPa) for 4 h, the sample was dissolved in dDimethyl sulfoxide (DMSO) by ultrasonication , and filtered. Then, the The filtered residue was then further dissolved in water , and titrated using HCl, which accurately measured the content of sodium carbonate. Under At addition levels of 80%, 100%, and 120% addition levels, the spiked recovery rate of the spiked sodium carbonate was between 96.0-% and 96.8% with a relative standard deviation (RSD) 0.4%. The RSDs of intra-day precision and inter-day precision were 0.6% and 0.8%, respectively. The results indicate suggest that the method is simple, fast, and accurate, which can be used to measure the content of sodium carbonate in cefamandole nafate for injection.

A separation technique was used to establish a new method to measure the sodium carbonate content in cefamandole nafate for injection. The solvent for dissolution was optimized, and the influence of drying temperature, drying time, and vacuum strength were explored. After drying at absolute vacuum (110°C, 14 kPa) for 4 h, the sample was dissolved in dimethyl sulfoxide (DMSO) by ultrasonication and filtered. The filtered residue was then further dissolved in water and titrated using HCl, which accurately measured the content of sodium carbonate. At 80%, 100%, and 120% addition levels, the recovery of the spiked sodium carbonate was 96.0–96.8% with a relative standard deviation (RSD) 0.4%. The RSDs of intra-day precision and inter-day precision were 0.6% and 0.8%, respectively. The results suggest that the method is simple, fast, and accurate, which can be used to measure sodium carbonate in cefamandole nafate for injection.

  • 最初版本
  • 初步翻译
  • 母语润色
  • 审核校对
  • 最终版本

从历史的角度来看,当整个社会的产能不足的时候,竞争的压力大多集中的需求方,人类往往通过战争这种方式来进行资源的再次分配。当整个社会的产能过剩的时候,竞争的压力就从需求方转移到供给方了,供给方的竞争也就是我们今天所说的公司与公司之间的竞争。

竞争从需求方转移到供给方的过程就是我们所说的风口期。在风口期,由于市场需求没有得到满足,公司最主要的职责就是生产出合格的产品,在这个时期企业的扩张是没有上限的,全力的扩张往往能够形成很大规模的公司。

当风口期过了以后,也就是开始出现产能过剩的时候,公司就不得不面临一个问题:如何让消费者选择我而不是我的对手?公司运营的载体是品牌,公司之间的竞争就是品牌之间的竞争。

From a historical perspective, when the production capacity of an entire society is insufficient, most of the pressure for competition is concentrated on the demand side, and mankind often redistributes resources through warfare. When there is excess production capacity for an entire society, the pressure for competition shifts from the demand side to the supply side. Supply-side competition is what is called today competition between companies.

The process of shifting competition from the demand side to the supply side is what we call the "venting period." During the venting period, because market demand has not been met, the main responsibility of companies is to produce qualified products. There is no upper limit to the expansion of the industry during this period. All-out expansion can often lead to the formation of very large-scale companies.

When the venting period is over, then production capacity surpluses begin to emerge, and companies must answer the question: "How do I get consumers to choose me over my competitors? The vehicle through which a company operates is its brand. Competition between companies is actually competition between brands.

From an historical perspective, when the production capacity of an entire society is insufficient, most of the competitive pressure for competition is concentrated on the demand side, and. At this point, mankind often redistributes redistribution of resources tends to occur through warfare. When there is excess production capacity for an entire society, the competitive pressure for competition shifts from the demand side to the supply side. Supply-side competition is what is called todaymanifests itself in competition between companies.

The process of shifting competition from the demand side to the supply side is what we call termed the "venting period." During the venting period, because market demand has not been met, the main responsibility of companies is to produce qualified products. There is no upper limit to the expansion of the an industry during this periodtime. All-out expansion can often lead to the formation of very large-scale companies.

When the venting period is over, then production capacity surpluses begin to emerge, and c. Companies must answer the question: , "How do I get consumers to choose me my products over my competitors’ products? The vehicle through which a company operates is its brand. Competition between companies is actually tantamount to competition between brands.

From an historical perspective, when the production capacity of an entire society is insufficient, most of the competitive pressure for competition is concentrated on the demand side, and. At this point, mankind often redistributes redistribution of resources tends to occur through warfare. When there is excess production capacity for an entire society, the competitive pressure for competition shifts from the demand side to the supply side. Supply-side competition is what is called todaymanifests itself in competition between companies.

The process of shifting competition from the demand side to the supply side is what we call termed the "venting period." During the venting period, because market demand has not been met, the main responsibility of companies is to produce qualified products. There is no upper limit to the expansion of the an industry during this periodtime. All-out expansion can often lead to the formation of very large-scale companies.

When the venting period is over, then production capacity surpluses begin to emerge, and c. Companies must answer the question: , "How do I get consumers to choose me my products over my competitors’ products?" The vehicle through which a company operates is its brand. Competition between companies is actually tantamount to competition between brands.

From a historical perspective, when the production capacity of an entire society is insufficient, most of the competitive pressure is concentrated on the demand side. At this point, redistribution of resources tends to occur through warfare. When there is excess production capacity for an entire society, the competitive pressure shifts from the demand side to the supply side. Supply-side competition manifests itself in competition between companies.

The process of shifting competition from the demand side to the supply side is termed the "venting period." During the venting period, because market demand has not been met, the main responsibility of companies is to produce qualified products. There is no upper limit to the expansion of an industry during this time. All-out expansion can often lead to the formation of very large-scale companies.

When the venting period is over, production surpluses begin to emerge. Companies must answer the question, "How do I get consumers to choose my products over my competitors’ products?" The vehicle through which a company operates is its brand. Competition between companies is tantamount to competition between brands.

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常见问题
请问你们发给什么人员翻译? 国内人员吗?
LetPub 是中国地区唯一一家完全由旅美同行学者提供专业学术翻译服务的公司。我们的翻译都早年留学美国,在各自的学术领域取得了PhD或MD学位,且目前活跃于全美各大高校及科研组织。我们会为您选择相同专业领域且最适合的旅美华人专家来负责您的稿件翻译,确保语意忠于原文,用词专业精准。
我希望使用你们的翻译服务,请问怎么操作?费用怎么算? 要先付款吗?是否能开发票报销?
请您在线上传您需要翻译的稿件。我们的系统会自动给您报价。您也可以参照网页上的价格表推算翻译费用。我们的客户经理会在您提交后2小时内将服务协议,付款方式,发票信息等发到您的邮箱。当您付款成功后,LetPub上海公司将论文需求提交到波士顿总部ACCDON开始服务,并将发票快递给您。美国编辑部会在当天为您的稿件安排相关专家进行翻译及母语化润色服务。服务完成后,我们会将最终修改后的稿件发送至您的邮箱。
请问你们的SCI论文专业翻译(中译英)服务中,为什么要让客户附上学术专有名词的中英对照呢?
我们是SCI论文专业翻译服务的专家。我们的翻译编辑是与客户专业领域相匹配的华人科研工作者。 因此,他们可以翻译绝大多数的学术英语专业词汇。但由于他们早年留学欧美,一些在国内通用的中文专业术语不能确保都能及时更新。为保证翻译的效率,我们的翻译专家建议客户提交论文稿件时,附上学术专有名词的中英对照。
如果翻译之后我觉得不满意怎么办?
我们保证翻译质量,但是不能排除在翻译润色过程中对文章的意思理解有偏差,如果您收到稿件后觉得某些地方翻译的不准确或者与您原来想表达的意思不一致,可以在文章中标记出来,并用简单的英文解释一下您想表达的原意,我们会协助您发给编辑再次确认的。
我已经自行翻译了一篇中文稿件,请问你们可以帮我评估一下翻译质量或进一步润色吗?
对于您自行翻译的稿件,如果您认为质量过得去,只需要对文字表达进行一定的修饰,那么您可以直接选择我们的SCI论文英语润色服务。如果您还是不放心,我们也可以为您的中文稿件重新全文翻译,或是仅对比较重要的部分(如摘要、引言、结果与讨论等)进行重新翻译润色。如果您需要LetPub对英文翻译稿的质量进行评估校对,则须另行收费。
请问你们可以翻译图书专著吗?价格有无优惠?需要多长时间?
我们针对图书推出了专门的学术著作翻译服务,价格方面与您书籍的总字数有关,实际价格与优惠需要我们对您的书籍进行评估后确定。我们在翻译完您书籍的每一章节或每一部分之后都会尽快返回给您参考并确认,因此整个翻译周期需要根据翻译难度以及您反馈的程度来确定。

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