Reaction progress kinetic analysis: a powerful methodology for mechanistic studies of complex catalytic reactions.

Donna G Blackmond

July 2005 Angew Chem Int Ed Engl

Synopsis of Social media discussions

Discussions reflect strong support for RPKA, with posts calling it 'awesome' and sharing resources like video tutorials and reviews, indicating both high interest and perceived significance. The tone is positive and enthusiastic, emphasizing the methodology's potential to revolutionize mechanistic studies in catalysis.

A
Agreement
 Moderate agreement

Most comments express positive support and praise for the methodology and related reviews, indicating general agreement on its usefulness.

I
Interest
 High level of interest

The discussions show a high level of curiosity, with posts highlighting tutorials, reviews, and video resources that demonstrate strong engagement.

E
Engagement
 Moderate level of engagement

Several posts reference specific tools, methodologies, or multimedia content, reflecting active engagement with the material.

I
Impact
 High level of impact

The frequent sharing of resources and enthusiastic tones suggest that the publication is considered influential and impactful in advancing understanding of catalytic reaction analysis.

Social Mentions

YouTube

2 Videos

Twitter

14 Posts

News

4 Articles

Metrics

Video Views

10,823

Total Likes

147

Extended Reach

129,137

Social Features

20

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Efficient Reaction Kinetics Analysis Using Variable Time Normalization

Efficient Reaction Kinetics Analysis Using Variable Time Normalization

This tutorial introduces Variable Time Normalization Analysis (VTNA), a graphical method for analyzing reaction kinetics by normalizing concentration profiles. VTNA simplifies the determination of reaction order and rate constants from fewer experiments.

Jordi Burés

December 13, 2018

10,704 views

Understanding Variable Time Normalization Analysis for Reaction Kinetics

Understanding Variable Time Normalization Analysis for Reaction Kinetics

Tutorial detailing the new features of the second version of the Automatic VTNA Calculator. The video introduces a graphical method called Variable Time Normalization Analysis, enabling efficient reaction order and rate constant determination with fewer experiments.

Daniel Dalland

September 24, 2024

119 views

  • けとん
    @ken3_ketone (Twitter)

    Reaction Progress Kinetic Analysis (RPKA) https://t.co/pVWxTmhZXA
    view full post

    September 11, 2023

    3

  • Turki Alturaifi
    @0iTurki (Twitter)

    @KozuchSebastian KIEs (https://t.co/mL5sQHDYTr) and @DonnaBlackmond RPKA (https://t.co/AgMZAoo5jD) are awesome!
    view full post

    October 25, 2022

  • Perry Group
    @PerryChem (Twitter)

    https://t.co/JIs1gXzoSx https://t.co/Ufrkv9Pv21
    view full post

    October 18, 2021

  • Andrés Castro-Ruiz
    @andcastror (Twitter)

    RT @BuresGroup: Check out our last @ChemicalScience review in Visual Kinetic Analysis, including a fantastic Youtube video made by @cdtniel…
    view full post

    October 2, 2020

    18

  • けとん
    @ken3_ketone (Twitter)

    プリンくん、Reaction Progress Kinetic Analysis (RPKA)に遭遇しているのかな？ https://t.co/pVWxTm0oz0
    view full post

    April 3, 2020

  • Hecferper
    @Hecferper1 (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • BuresGroup
    @BuresGroup (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • Radoslav (Rade) Pavlović
    @RadoslavPavlov4 (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • Chris Nesbitt
    @CanSummers (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • Tomislav Friscic
    @TomislavFriscic (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • Jesus Perea-Buceta
    @pereabuc (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • Guillaume De Bo
    @GuillaumeDeBo (Twitter)

    RT @ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5Ru…
    view full post

    January 9, 2019

    14

  • Marika Wieliczko
    @ChemMarika (Twitter)

    RT @ ChemicalScience: If you enjoyed the recent Minireview on Visual Kinetic Analysis by BuresGroup and cdtnielsen (https://t.co/SpSlDvAe4X) check out this tutorial video on YouTube! https://t.co/sPNE5uOV0j https://t.co/DksAKPC6r2 — Chemical Science (ChemicalScience) Janua…
    view full post

    January 9, 2019

  • Chemical Science
    @ChemicalScience (Twitter)

    If you enjoyed the recent Minireview on Visual Kinetic Analysis by @BuresGroup and @cdtnielsen (https://t.co/wttqDp5RuH) check out this tutorial video on YouTube! https://t.co/IqE1ZeRFMc https://t.co/qWR0EnHnVI
    view full post

    January 9, 2019

    27

    14

Abstract Synopsis

  • Reaction progress kinetic analysis (RPKA) is a powerful method used to understand the detailed mechanisms of complex catalytic reactions by using in situ measurements and simple data manipulations.
  • This approach involves creating graphical rate equations from minimal experiments, allowing researchers to identify the factors driving the reaction and differentiate between various mechanistic models.
  • The review explains how to perform RPKA on new reactions, making it a valuable tool for investigating how catalytic processes work.]