As a result of the significant disruption that is being caused by the COVID-19 pandemic we are very aware that many researchers will has difficulty in meeting the timelines associated with our peer review process during normal times.  Please do let us know if you need additional time. Our systems will continue to remind you of the original timelines but we intend to be highly flexible at this time.

Analytical Methods

Environmental Chemistry

The Analytical Methods in Environmental Chemistry is a peer-reviewed journal in all aspects and phases of analytical chemistry, analytical methods in environmental chemistry, chemical analysis, environmental health, and human bio-analysis.

AMEC Journal

Analytical Methods in Environmental Chemistry

This Journal publishes new techniques in analytical chemistry, environmental chemistry, and Analytical Method in Occupational Health, Environmental Health, and Human Bio-analysis.

International Conference on Environmental Analytical Chemistry and Analytical Chemistry of Pollutants

December 27-28, 2023

Vienna, Austria

Conference Code: 23AT12ICEACACP001

More info

International Conference on Environmental Analytical Chemistry and Analytical Chemistry of Pollutants

August 19-20, 2023

London, United Kingdom

Conference Code: 23UK08ICEACACP001

More info

International Conference on Inorganic Chemistry and Analytical Chemistry

December 02-03, 2023

Amsterdam, Netherlands

Conference Code: 23NL12ICICAC001

More info

International Conference on Flow and Analytical Chemistry

July 19-20, 2023

Toronto, Canada

Conference Code: 23CA07ICFAC002

More info

International Conference on Statistics and Chemometrics for Analytical Chemistry

September 23-24, 2023

Vancouver, Canada

Conference Code: 23CA09ICSCAC006

More info

International Conference on Nuclear Techniques in Analytical Chemistry

December 02-03, 2023

Tokyo, Japan

Conference Code: 23JP12ICNTAC002

More info

International Conference on Analytical Chemistry and Applied Spectroscopy

October 18-19, 2023

Rome, Italy

Conference Code: 23IT10ICACAS001

More info

International Conference on Statistics and Chemometrics in Analytical Chemistry

June 14-15, 2023

Montreal, Canada

Conference Code: 23CA06ICSCAC007

More info

Editing

I.Overview of Technical Editing

You may find that technical editing is very different from wat you expect. When people hear the word "edit," they think of rewriting an author's words; working with authors on issues such as character plot, and storyline; suggesting the most appropriate word in order to make a manuscript "sing." that's not technical editing. Instead, technical editing is a highly rhetorical, detail-oriented process of ensuring that specialized information appears so that it is appropriate for end users, and technical editors make informed, thoughtful suggestions for improvement toward that purpose. Technical editing is a collaborative process with authors, who are often subject-matter experts (SMEs, pronounced), to check correctness of such things as chemical formulas, specialized terminology, equations, and matchups between textual and visual elements, as well as more traditional aspects of writing. Technical editing is a recursive process, not a one-and-done routine. Technical editors often review the same materials multiple times and has their edits reviewed before the materials are printed or posted online. Only rarely will technical editors make changes and then publish the materials immediately. Technical editing covers a surprisingly wide variety of subjects, contexts, and materials. Job ads for technical editors seek people who can comment on—and create new—paper documents, electronic documents, images, visual designs, websites, audio and video files, and multimedia presentations, just to name a few examples. dis chapter will focus on editing text on hard copy, soft copy, and websites, but it will also provide you with concepts and techniques that you can use in graphics-heavy and multimedia editing tasks.

technical editorial

 II.General Procedure for Editing

The way you go about editing technical materials will depend on multiple factors. You will need to consider the artifact you are editing—is it mostly text? does it contain visuals? is it mostly visuals? is it paper-based or in electronic format? does it contain multimedia content?—and the type of edits that you are responsible for making. Even so, you can use the same general strategy when approaching most technical editing projects:

  1. Analyze the materials' purpose, audience, format, and uses.
  2. Evaluate the materials to see if they fit. In particular, consider the materials'
    • contents — completeness; appropriateness
    • organization — order of contents; signals about order
    • visual design — text; lists; tables; aesthetic appearance
    • navigability — findable, working hyperlinks; section breaks
    • style — writing style; authorial persona; sentence structures; cultural biases; grammar; mechanics
    • illustrations — type; construction; placement
  3. Set up objectives and plan your project's sequence.
  4. Review the plan with the author.
  5. Edit the materials.
  6. Evaluate the outcome.

Sometimes, you and the technical materials' creator will work inside the same organization. In dis case, your job title and job description likely already define your relationship with the reator, and both you and the creator will has set responsibilities and deadlines. Other times, you may be editing materials for a client, a person who is not your coworker. In this case, you need to write a contract that defines your professional relationship with your client.

At the least, a contract should specify

  • the type of materials you will edit
  • the number of items
  • the length (or size) of the materials
  • the format of the materials
  • the level of edit
  • the deliverable (what you will return to your client)
  • a schedule for completion
  • your compensation

A "level of edit" defines how "deep" you should go with your edits. Levels range from superficial to extremely deep. Many different levels of edit can exist; experts disagree about how many levels of edit are necessary and what the different levels should involve, and some types of materials may not require specific levels of edit. Even so, you can use three basic levels for most technical editing projects:

  • Consistency and correctness.Edit for surface-level issues such as spelling, punctuation, grammar, word use, page numbering, cross-references, and color consistency. Changes from these edits will not deeply impact the document as a whole.
  • Visual readability.Edit for substantive issues such as typeface choices and consistency; graphic elements' locations, sizes, labels, and captions; and document layout. Changes from these edits may have ripple effects across a document and create new errors with consistency and correctness.
  • Content and structure.Edit for deep issues such as internal organization, sentence structures, logical flaws, image appropriateness, and overall meaning. Changes from these edits often require fundamental changes in the document and may create entirely new problems with other levels of edit.

III.Editing Services

AMECJ offers an editing services to all authors for publishing in book or papers and the fee calculated by number of words and pages. The manager of editing text report the cost of editing process before started work.

Tel/Fax: +98 21 22279294 ,  +98 21 22910027

Email Address: This email address is being protected from spambots. You need JavaScript enabled to view it.

 

edit1

 

edit2

Congratulation to members of the analytical Methods in Environmental Chemistry Journal, fortunately, our journal has been accepted by SCOPUS

Recent Articles

  • It is always a concern to ensure personnel and environment safety in the field of chemistry which has caused to development of green analytical chemistry methods. Green chemistry aims to create an eco-friendly environment in laboratories by using various analytical methods/strategies to reduce the use of toxic solvents which are harmful to humans and the environment.  It is a way that protect the environment by using green solvents and methods. Green analytical chemistry is a rapid analytical technique that describes the separation, identification, and quantification of an analyte in

    ...
  • This study aimed to evaluate the potentially toxic effects of trace elements in the blood of Iraqi medical radiography workers by analyzing them through GF-AAS. The study involved 50 male blood radiography workers from the medical imaging field at Al-Shatrah General Hospital in Thi-Qar City, Iraq. All workers were aged between 35-50 years and had worked for less than 10 years. The study compared these workers with 50 healthy men. The study found a significant increase in the levels of Cu, Pb, Cd, and Ca among radiography workers compared to the healthy control group, while Zn and Se

    ...
  • This study involved the development of a novel, cost-effective, fast, and highly sensitive analytical technique for quantifying minimal amounts of the drug famotidine through chemiluminescence. The method is centred around the measurement of energy emitted as a result of the interaction between the drug and Luminol in an alkaline solution; this interaction generates an electronically excited intermediate state, releasing a portion of the system’s energy as photons. The method was sensitive for the analysis of famotidine. The linear calibration curve (LR) is obtained in the range 2-12 mg

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  • This investigation used efficientMWCNTs and their derivatives; MWCNT-Tris, MWCNT-H, MWCNT-Tetra and MWCNT-G, for extraction and removing the Bismarck Brown-Y (BB-Y) by solid phase extraction (SPE). The concentration of BB-Y was measured by UV-Vis spectrophotometer after the SPE technique. The solid phases were analyzed and characterized by utilizing several techniques, including Fourier Transform Infrared Spectroscopy (FTIR), FE-SEM, zeta potential measurement, and X-ray Diffraction (XRD). At optimization conditions, the optimum concentration of the BB-y was obtained at 200

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  • In the study, chitosan functionalized iron oxide incorporated with peanut shell biomass was prepared for potential adsorption of chromium (VI) from an aqueous media. The prepared material was characterized by modern spectroscopic methods for confirming the successful embedding. The adsorption experiments were conducted in batch systems. The experimental data showed robust removal of chromium supported by kinetic and equilibrium studies. The sorption data exhibited a strong agreement with the pseudo-second-order kinetics model, further confirming conformity with the Langmuir isotherm

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  • This paper deals with an electrochemical method for the determination of methylene blue (MB) by fabrication of an electrode based on a carbon paste modified with nano-nickel oxide and nitrogen carbon quantum dots (NiO-NCQD), graphene-carbon nitride (g-C3N4), reduced graphene oxide (rGO), and graphite powder and paraffin oil are as a plasticizer. This electrode is used as a working electrode.  The analytical method used is cyclic voltammetry (CV), The oxidation-reduction curve of methylene blue was shown using this electrode. It is a quasi-reversible curve, and

    ...
  • In the present work, a copper nanowire loaded on activated carbon (Cu-NW-AC) was fabricated and applied as an effective adsorbent for the removal of bromophenol blue (BPB) dye from aqueous solutions and then the percentage of removal was evaluated by UV–Vis spectrophotometer. The synthesized adsorbent was characterized and identified using techniques like Transmission electron microscopy (TEM) and Brunauer–Emmett–Teller (BET). The effective parameters of the removal process were investigated and optimized by experimental design methodology (EDM) based on response surface methodology (RSM)

    ...
  • It is always a concern to ensure personnel and environment safety in the field of chemistry which has caused to development of green analytical chemistry methods. Green chemistry aims to create an eco-friendly environment in laboratories by using various analytical methods/strategies to reduce the use of toxic solvents which are harmful to humans and the environment.  It is a way that protect the environment by using green solvents and methods. Green analytical chemistry is a rapid analytical technique that describes the separation, identification, and quantification of an analyte in

    ...
  • This study aimed to evaluate the potentially toxic effects of trace elements in the blood of Iraqi medical radiography workers by analyzing them through GF-AAS. The study involved 50 male blood radiography workers from the medical imaging field at Al-Shatrah General Hospital in Thi-Qar City, Iraq. All workers were aged between 35-50 years and had worked for less than 10 years. The study compared these workers with 50 healthy men. The study found a significant increase in the levels of Cu, Pb, Cd, and Ca among radiography workers compared to the healthy control group, while Zn and Se

    ...
  • This study involved the development of a novel, cost-effective, fast, and highly sensitive analytical technique for quantifying minimal amounts of the drug famotidine through chemiluminescence. The method is centred around the measurement of energy emitted as a result of the interaction between the drug and Luminol in an alkaline solution; this interaction generates an electronically excited intermediate state, releasing a portion of the system’s energy as photons. The method was sensitive for the analysis of famotidine. The linear calibration curve (LR) is obtained in the range 2-12 mg

    ...
  • This investigation used efficientMWCNTs and their derivatives; MWCNT-Tris, MWCNT-H, MWCNT-Tetra and MWCNT-G, for extraction and removing the Bismarck Brown-Y (BB-Y) by solid phase extraction (SPE). The concentration of BB-Y was measured by UV-Vis spectrophotometer after the SPE technique. The solid phases were analyzed and characterized by utilizing several techniques, including Fourier Transform Infrared Spectroscopy (FTIR), FE-SEM, zeta potential measurement, and X-ray Diffraction (XRD). At optimization conditions, the optimum concentration of the BB-y was obtained at 200

    ...
  • In the study, chitosan functionalized iron oxide incorporated with peanut shell biomass was prepared for potential adsorption of chromium (VI) from an aqueous media. The prepared material was characterized by modern spectroscopic methods for confirming the successful embedding. The adsorption experiments were conducted in batch systems. The experimental data showed robust removal of chromium supported by kinetic and equilibrium studies. The sorption data exhibited a strong agreement with the pseudo-second-order kinetics model, further confirming conformity with the Langmuir isotherm

    ...
  • This paper deals with an electrochemical method for the determination of methylene blue (MB) by fabrication of an electrode based on a carbon paste modified with nano-nickel oxide and nitrogen carbon quantum dots (NiO-NCQD), graphene-carbon nitride (g-C3N4), reduced graphene oxide (rGO), and graphite powder and paraffin oil are as a plasticizer. This electrode is used as a working electrode.  The analytical method used is cyclic voltammetry (CV), The oxidation-reduction curve of methylene blue was shown using this electrode. It is a quasi-reversible curve, and

    ...
  • In the present work, a copper nanowire loaded on activated carbon (Cu-NW-AC) was fabricated and applied as an effective adsorbent for the removal of bromophenol blue (BPB) dye from aqueous solutions and then the percentage of removal was evaluated by UV–Vis spectrophotometer. The synthesized adsorbent was characterized and identified using techniques like Transmission electron microscopy (TEM) and Brunauer–Emmett–Teller (BET). The effective parameters of the removal process were investigated and optimized by experimental design methodology (EDM) based on response surface methodology (RSM)

    ...

Editorial Books and Papers

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Journal Publisher: AMEC Publisher as a privet international publisher from Iran. Publisher Link click here.

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Tehran, Iran     P: 1545653718