H2020 - copia (2)

 

PARTNERS

INSTITIUTOS

 

SC2

 

 

SC-School

 

 

Contact: n.komiha@um5r.ac.ma, isabelle.kleiner@lisa.ipsl.fr, ml.senent@csic.es

 

Information in:

http://www.fsr.ac.ma/scholarship/atmos-2022

 

 

 

Chair

N. Komiha (U. Mohammed V), I. Kleiner (CNRS),

and

M.L. Senent (CSIC)

 

Local Organizing Committee

N. Komiha

O. Kabbaj

K. Marakchi

H.A bou El Makarim

M.Salah

S.Dalbouha

H. El-Hadki

 

Scientific Committee

 

Université Mohammed V

N. Komiha

O. Kabbaj

K. Marakchi

H.A bou El Makarim

 

ATMOS-MSCA-RISE

D. Benoit (U. Hull, UK)

M.Carvajal (U.Huelva, Spain)

A.Cuisset (ULCO, France)

A.García Vela (CSIC, Spain)

Q. Gou (Chongging U., P.R .China)

D. Hammoutene (USTHB, Algeria)

N. Inostroza (UAC, Chile)

P. Jensen (U. Wuppertal, Germany)

I. Kleiner (CNRS. France)

M.L.Senent (CSIC, Spain)

W. Zhang (CASHIPS, P.R. China)

 

 

 

 

Scope of the ATMOS school

 

ATMOS designates an international network which main objective is to establish a collaborative effort for the study of scientific problems related to atmosphere pollution elements, with an emphasis on training graduated students in atmospheric sciences. The network comprises 11 scientific groups and 31 senior scientists with a recognized expertise in state-of-the art experimental and theoretical studies of gas phase molecular systems and their interaction with solids.

 

Specific objectives correspond to. The general goals of the scientific working groups (WP) are the following:

 

·       WP1 pursues both the theoretical and the experimental spectroscopic characterization of Volatil Organic Compounds containing internal rotors, atmosphere radicals and abundant atmosphere components. WP1 deals with uncharacterized isolated targets which can play important roles in the processes related to WP2 and WP3.

·       WP2 deals with reactive processes and pursues the theoretical study of the mechanisms and photodissociation pathways of radical species and the study of the roles of organic peroxy radical reactions in atmospheric degradation of volatile organic compounds through laboratory techniques.

·       WP3 deals with non-reactive interactions. It pursues the study of rotationally-inelastic collisions of pairs of small atmosphere components, the modelling of silicate aerosols. WP3 also deals with theoretical and experimental studies of gas-solid interactions towards the design of new materials for gas sequestration.

 

ATMOS provides a novel multifaceted approach to challenging atmospheric problems. The key advances are emphasized in three scientific packages. The main novelties of the project are:

a) The spectroscopic description of rather complex uncharacterized OVOCs focused to their detection by the large scale and local instruments

b) The study of reactive processes to understand in detail the connection between VOCs and atmospheric radicals and to describe the relevant role of radicals.

c) The exploitation of some Greenhouse Gases (GHG) as reagents towards the preparation of innovative materials, contributing, at the same time, to the reduction of their presence in the environment.

 

The ATMOS school represents the first ATMOS networking activity, a tool for the formation of students in the field of chemical pollution. For North-African students, it opens the opportunity for participation in further ATMOS activities and for visiting the European laboratories involved in the action.

 

The school is organized in 6 sections related working packages of the actions and the scientific objectives:

 

WP-school

 

Two sessions will be dedicated to the presentation of posters and to “open doors”. Students are encouraged to orally submit a 3-minute summary of their posters that will be on display for the entire duration of the school.

The “open doors” session will be dedicated to the climate change strategies.

 

 

 

 

 

 

 

ATMOS School program

 

Monday, 21

Tuesday, 22

Wednesday, 23

Tursday, 24

Friday, 25

Saturday, 26

9.00-10.00

School opening

N. Komiha (UMV, chair),

M.Rachi (President de l’Université UMV)

M. Regragui (doyen de la faculté de Sciences, UMV)

M.L.Senent (co-chair)

I. Kleiner (co-chair)

 

 

 

 

 

 

10:00-10:30

Coffee break

Session 2

WP2 Reactivity

Chair: K. Marakchi (UMV)

9.30-11.00

Kick-off-meeting

of ATMOS

MC & AC meeting

Session 4

WP3 Interactions

Chair: A. El Makarim (UMV)

OPEN DOORS

The day of the planet

Chair: N.Komiha (UMV)

Co-chair: M.Salah (UMV)

 

Introduction:

Environmental situation in Morocco, N. Komiha (UMV)

 

Climat change and energetical transition. M.Salah (UMV)

 

Atmospheric Pollution

Anas OTMANI (Chef du Service Analyses de la

Pollution atmosphérique-SAPA, Laboratoire

National des Études et de Surveillance de la Pollution

 

The contribution of ATMOS project to the

studies of the Climate Change

M.L. Senent (CSIC)

 

Videos and Poster session (cont.)

 

Lunch

 

Session 1

WP1 Spectroscopy

Chair: O.K. Kabbaj (UMV)

9.30-10:15

Combining ab Initio

calculations with

dynamical

simulations: The

perfect couple (Like

Holmes and Watson)

to unveil the secrets

of molecular

photodissociation.

A.García Vela (CSIC, WP2 leader)

11.00-11:30

Session 3

WP4 & WP5

How to write a research project

M.L.Senent (CSIC, Coordinator of ATMOS)

Communication and Dissemination in Research Projects, M.Carvajal (UHU, WP5 leader)

9.30-10:15

Molecule–surface interactions: a theoretical perspective

D.Benoit (UHULL, WP3 leader)

Meeting of the LOC

of ATMOS2022.

Last remarks

10:30-11:15

Fundamentals of
spectroscopy - I. Kleiner (CNRS)

11.30-12.15

WP1,WP2,WP3

Quantum chemistry an essential support for atmospheric studies. I

M.L.Senent (CSIC)

10.15-11.00

Atmospheric 
pollutants: sources, 
sinks, reactivity and 

impacts. C. Coeur (ULCO)

12.15-13.00

WP1,WP2,WP3

Molecular Symmetry

M.Carvajal (UHU)

10.15-11-00

Spectroscopy and

 inelastic collisions of

atmospheric

molecules J.M.Fernández (CSIC)

 

11.15-12.00

Jet-cooled Rotational 
spectroscopy of molecules 
with atmospheric interest Q. Gou (Chongging 
University)

11:00-11.30

Coffee break

13:00-13.45

WP1,WP2,WP3

Quantum chemistry an essential support for atmospheric studies. II

N. Komiha (UMV)

11:00-11.30

Coffee break

 

12:00-12:45

THz spectroscopy of

atmospheric compounds –

A.        Cuisset (ULCO, WP1

leader)

11:30-12:15

Total OH reactivity:

atmospheric measurements

and their applications to air quality and climate change research. W. Zhao (CASHIPS)

13.45-15:00

Lunch

11:30-12:15

CO2 adsorption On the surface of activated carbon with Material studio software. S. Byadi (UMV)

12:45-13.30

Photonic techniques for

atmospheric quantitative

spectroscopy - W. Chen

(ULCO)

12:15-13.00

 

15:00-17:00

 

Poster session

Oral presentations of the posters

Chairs: M.Salah, S.Dalbouha & H. El-Hadki

12:15-13.00

Towards classical to

ab initio molecular

dynamics and complex phenomena: from classical force-field methods to

novel neural network and machine learning potentials V.Timón (CSIC)

13.30-15:00

Lunch

13.00-15.00

Lunch

13.00-15.00

Lunch

15:00-17:00

 

WP1

Practical session

15:00-17:00

 

WP2

Practical session

15:00-17:00

WP3

Practical session

Close session

N. Komiha (UMV)

M.L.Senent (CSIC)

 

17:00 -dinner

Kick-off-meeting

of ATMOS

(meeting of the ER members of ATMOS)

 

Registration

Free registration for ATMOS participants

Other participants may contact Prof. N. Komiha