Date : 11/23/2022 11:51:05 AM
From : "Editorial Office"
To : elib@nrcn.gov.il
Subject : CPC-MS for Review ( BMS-CPC-2022-24)


November 23, 2022

Dr. E Brosh

Nucl Res Ctr Negev

NRCN

POB 9001

IL-84190001 Beer Sheva

ISRAEL

 

Dear Dr. Brosh,

 

In view of your work in the field, your name has been recommended, as a potential reviewer, for the manuscript entitled “Determination Of Gibbs Free Energy Change(∆G), Enthalpy Change(∆H) And Entropy Change(∆S) Of Substituted-2-Oxo-2H-Chromene-3-Carbohydrazide Derivatives By Ph Metrically” that has been submitted for publication in the journal Current Physical Chemistry. Please review the abstract below, to see if it comes in your direct field of expertise, and provide us a confirmation of your willingness to review the complete manuscript. I hope that you will be able to help us.

 

Title: Determination Of Gibbs Free Energy Change(∆G), Enthalpy Change(∆H) And Entropy Change(∆S) Of Substituted-2-Oxo-2H-Chromene-3-Carbohydrazide Derivatives By Ph Metrically

Abstract: Gibbs free energy change(∆G) enthalpy change(∆H) and entropy change(∆S) of substituted-2-oxo-2H-chromene-3-carbohydrazide derivatives. Stability of metal complexes is explain the existence of complexes under suitable conduction or it may be store for long time under suitable conduction. Thermodynamic stability of metal complexes is a tendency of metal ion to form a specific metal complexes selectively. It is also related with the metal ligand bond energy. In this work metal-ligand stability constant (logK) and proton-ligand stability constant (pK) is stayed. It is also related with metal ligand bond energy.

 

I would appreciate it if you could kindly respond to this message at your earliest. Since we are endeavoring to provide an efficient review process for our authors, we would request that you send your comments and recommendations, if any, back to us as soon as possible.

 

In addition to carrying out this review, we would also like to propose your name, as a reviewer, to be included in the Reviewer Panel of this journals, and possibly others relevant to your field. Our Reviewer Portal will also offer its reviewers the following benefits and discounts on other Bentham services:

 

•         A free eBook of their Choice, on completion of two reviews

 

•         A 50% Fee Waiver on Quick Track rates on completion of 3 reviews

 

•         A 40% discount on Open Access Plus rates on completion of 4 reviews

 

As a member of our Reviewer panel, you would be expected to review a maximum of 3 articles every year. Please also note that to expedite the review, this request has been sent to several qualified researchers and once we get the first three commitments to review, we will not entertain any further acceptances.

 

Thank you for your consideration.

 

Regards,

 

Uroosa Asim

Editorial Manager