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SCI論文專業翻譯服務

首家進駐中國地區,完全由旅美同行學者提供的專業學術翻譯,確保語意忠于原文,用詞專業精準。附含全程逐句母語化潤色,讓您在最短的時間,事半功倍。

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專業學術英譯中服務

將英文學術論文、文獻資料、期刊、專著翻譯成通俗易懂但又專業精準的中文,不僅能夠有效消除語言障礙,也有助于加深國內外的學術交流。

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論文摘要翻譯服務

專家會在您的中文摘要的基礎上,遵循保持原意的原則,將其翻譯成符合國際期刊水平的英文摘要,排除任何語言不流暢、或語義偏差的情況。

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學術著作翻譯服務

對整本專業書籍或其中部分章節進行專業的翻譯服務,消除語言限制,使著作達到國外讀者和出版社對語言的要求,為作者拓展論著和個人的國際知名度。

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中文期刊翻譯服務

面向國內學術期刊及出版社,提供學術專業性強的中英雙語翻譯,并針對期刊出版的新聞性時間特點,提供高時效、長期的合作關系。

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翻譯流程

對于每篇接受學術專業翻譯服務的稿件, LetPub 將選取3位編輯分別進行層層把關。

翻譯領域
基礎醫學
臨床醫學
預防醫學與衛生學
軍事醫學與特種醫學
藥學
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力學
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工程與技術科學基礎學科
測繪科學技術
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機械工程
動力與電氣工程
能源科學技術
電子、通信與自動控制技術
計算機科學技術
化學工程
紡織科學技術
食品科學技術
土木建筑工程
水利工程
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藝術學
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客戶推薦

劉晟

重慶市食品藥品檢驗檢測研究院

LetPub的論文翻譯服務很專業,水平很高,涉及到的專業術語翻譯很專業,能夠達到國際知名外文期刊對語言的要求。

寧明

石河子大學

LetPub的論文翻譯服務很專業,水平很高,是真正的母語潤色。

張聞濤

北京科技大學

LetPub的論文翻譯服務很專業,效率高,服務周到。

王勁

北京交通大學

LetPub的論文翻譯服務很專業,高效率高質量,對論文語言水平的提高有很大保障。客服人員服務熱情、周到,溝通及時,非常滿意。
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翻譯范例
  • 最初版本
  • 初步翻譯
  • 母語潤色
  • 審核校對
  • 最終版本

采用分離技術,建立了測定注射用頭孢孟多酯鈉中碳酸鈉的方法。篩選了溶解溶劑,考察了樣品預處理時干燥溫度、干燥時間及真空度對測定結果的影響,并進行了優化。樣品在110℃、14kPa絕對真空度條件下減壓干燥4小時后,用二甲亞砜超聲溶解,過濾,水溶解濾渣,用鹽酸滴定,實現了碳酸鈉的準確測定。在80%、100%、120%三個添加水平下,碳酸鈉的加標回收率在96.0%~96.8%之間,相對標準偏差為0.4%;日內精密度和日間精密度的相對標準偏差分別為0.6%和0.8%。實際樣品分析結果表明,該方法簡單、快速、準確,可用于注射用頭孢孟多酯鈉中碳酸鈉含量的測定。

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
  • 初步翻譯
  • 母語潤色
  • 審核校對
  • 最終版本

從歷史的角度來看,當整個社會的產能不足的時候,競爭的壓力大多集中的需求方,人類往往通過戰爭這種方式來進行資源的再次分配。當整個社會的產能過剩的時候,競爭的壓力就從需求方轉移到供給方了,供給方的競爭也就是我們今天所說的公司與公司之間的競爭。

競爭從需求方轉移到供給方的過程就是我們所說的風口期。在風口期,由于市場需求沒有得到滿足,公司最主要的職責就是生產出合格的產品,在這個時期企業的擴張是沒有上限的,全力的擴張往往能夠形成很大規模的公司。

當風口期過了以后,也就是開始出現產能過剩的時候,公司就不得不面臨一個問題:如何讓消費者選擇我而不是我的對手?公司運營的載體是品牌,公司之間的競爭就是品牌之間的競爭。

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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常見問題
請問你們發給什么人員翻譯? 國內人員嗎?
LetPub 是中國地區唯一一家完全由旅美同行學者提供專業學術翻譯服務的公司。我們的翻譯都早年留學美國,在各自的學術領域取得了PhD或MD學位,且目前活躍于全美各大高校及科研組織。我們會為您選擇相同專業領域且最適合的旅美華人專家來負責您的稿件翻譯,確保語意忠于原文,用詞專業精準。
我希望使用你們的翻譯服務,請問怎么操作?費用怎么算? 要先付款嗎?是否能開發票報銷?
請您在線上傳您需要翻譯的稿件。我們的系統會自動給您報價。您也可以參照網頁上的價格表推算翻譯費用。我們的客戶經理會在您提交后2小時內將服務協議,付款方式,發票信息等發到您的郵箱。當您付款成功后,LetPub上海公司將論文需求提交到波士頓總部ACCDON開始服務,并將發票快遞給您。美國編輯部會在當天為您的稿件安排相關專家進行翻譯及母語化潤色服務。服務完成后,我們會將最終修改后的稿件發送至您的郵箱。
請問你們的SCI論文專業翻譯(中譯英)服務中,為什么要讓客戶附上學術專有名詞的中英對照呢?
我們是SCI論文專業翻譯服務的專家。我們的翻譯編輯是與客戶專業領域相匹配的華人科研工作者。 因此,他們可以翻譯絕大多數的學術英語專業詞匯。但由于他們早年留學歐美,一些在國內通用的中文專業術語不能確保都能及時更新。為保證翻譯的效率,我們的翻譯專家建議客戶提交論文稿件時,附上學術專有名詞的中英對照。
如果翻譯之后我覺得不滿意怎么辦?
我們保證翻譯質量,但是不能排除在翻譯潤色過程中對文章的意思理解有偏差,如果您收到稿件后覺得某些地方翻譯的不準確或者與您原來想表達的意思不一致,可以在文章中標記出來,并用簡單的英文解釋一下您想表達的原意,我們會協助您發給編輯再次確認的。
我已經自行翻譯了一篇中文稿件,請問你們可以幫我評估一下翻譯質量或進一步潤色嗎?
對于您自行翻譯的稿件,如果您認為質量過得去,只需要對文字表達進行一定的修飾,那么您可以直接選擇我們的SCI論文英語潤色服務。如果您還是不放心,我們也可以為您的中文稿件重新全文翻譯,或是僅對比較重要的部分(如摘要、引言、結果與討論等)進行重新翻譯潤色。如果您需要LetPub對英文翻譯稿的質量進行評估校對,則須另行收費。
請問你們可以翻譯圖書專著嗎?價格有無優惠?需要多長時間?
我們針對圖書推出了專門的學術著作翻譯服務,價格方面與您書籍的總字數有關,實際價格與優惠需要我們對您的書籍進行評估后確定。我們在翻譯完您書籍的每一章節或每一部分之后都會盡快返回給您參考并確認,因此整個翻譯周期需要根據翻譯難度以及您反饋的程度來確定。

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